NWCCD 2020-21 Catalog 
    
    May 20, 2024  
NWCCD 2020-21 Catalog [This is an Archived Catalog.]

Courses


 
  
  • CRMJ 2120 - Introduction to Criminal Justice


    This course examines the foundations of the criminal justice system in the United States including the rule of law and causes of crime. It explains law enforcement, courts, and corrections, their goals and processes, and the impact of crime on society.

    Credits: 3

    General Education Requirement: None
    Minimum Student Competencies
    Upon completion of CRMJ 2120/POLS 2120 Introduction to Criminal Justice, the student will:

    1. Discuss the historical development of the police, courts and corrections in the United States.
    2. Identify the major goals of the criminal justice system and its components.
    3. Describe the working relationships between local, state and federal agencies of the criminal justice system.
    4. Discuss the effects of law in the United States and its enforcement, adjudication and punishment within society.
    5. Identify the major sources of criminal justice data and classification of crimes.
    6. Assess future trends in law enforcement, adjudication and post-conviction processes.
    7. Discuss the ethical and liability issues for the Criminal Justice professional.
    8. Discuss the impact of crime on victims and society.
    9. Investigate the various functions that law enforcement agencies perform.


    Cross-listed: POLS 2120 - Introduction to Criminal Justice
  
  • CRMJ 2125 - Forensic Psychology


    This course focuses on the production and application of psychological knowledge and research findings for the civil and criminal justice systems. The student explores criminal profiling, crime scene investigations, psychology of crimes and delinquency, “victimology” and victim services, psychological assessments, mental disorders, and correctional psychology.

    Credits: 3

    Prerequisites:
    Complete PSYC 1000 General Psychology or SOC 1000 Sociological Principles

    Minimum Student Competencies
    Upon completion of CRMJ 2125/PSYC 2125 Forensic Psychology, the student will:

    1. Integrate current theory and research to explain behavior from a forensic psychology perspective.
    2. Apply theories related to the interaction between the criminal and civil legal systems and psychology.
    3. Employ vocabulary, concepts, and ethical standards in evaluating an important issue related to forensic assessment.
    4. Describe experiences and perspectives of diverse populations including but not limited to race, culture, socioeconomics, age, gender, sexual orientation, and disability.
    5. Discuss how social/political issues, policies, and events affects the field of forensic psychology.
    6. Evaluate the existing literature and body of knowledge in assessment, evaluation, and research methods in forensic practice.
    7. Describe investigative psychology, criminal profiling, scene analysis, and racial profiling.
    8. Compare competencies of criminal suspects and risk assessment instruments.
    9. Explain the role of forensic psychologists dealing with adults and child victims


    Cross-listed: PSYC*2125
  
  • CRMJ 2130 - Criminal Investigation


    This course provides a detailed explanation of the process of criminal investigation beginning with the initial response by law enforcement to a crime scene and ending with the successful prosecution of the offender. The responsibilities of the first responder, evidence technician, and investigator are covered in detail. Techniques for developing suspects including proper protocols for interviewing and interrogations are explained. Protocols for identification, collection, and preservation of evidence are discussed.

    Credits: 3

    Instructional Method Lecture

    Minimum Student Competencies
    Upon completion of CRMJ 2130 Criminal Investigation, the student will:

    1. Examine the duties and responsibilities of the first responding officer to a crime scene.
    2. Examine the duties and responsibilities of the evidence technician.
    3. Examine the duties and responsibilities of the investigating detective.
    4. Assess standard operating procedures for investigating crimes against persons and property including techniques for identifying suspects.
    5. Analyze proper procedure for interviews and interrogations.
    6. Identify types of evidence.
    7. Discuss proper preservation and collection strategies for different types of evidence.
    8. Investigate a crime scene.
    9. Identify the elements of successfully prosecuted criminal investigations.


  
  • CRMJ 2150 - Introduction to Victimology


    This course focuses on the criminal justice system’s treatment of crime victims, victim programs and services, and the impact of victimization on individuals and communities.  An overview of victim assistance programs, victim remedies, and victim rights, including civil and criminal solutions, will be presented.

    Credits: 3

    Minimum Student Competencies
    Upon completion of CRMJ2150 Introduction to Victimology , the student will:

    1. Define victimology
    2. Diagram the components of the criminal justice system.
    3. Explain the sources utilized to measure criminality in the United States.
    4. Describe the emergence of the victim’s right movement.
    5. Evaluate and apply the theories of crime causation to the specialty of victimology.
    6. Compare and contrast the civil protections afforded to the offenders and to the victims of crime.
    7. List the consequences of victimization from a physical, mental and financial perspective.
    8. Describe the experiences of crime victims as it relates to the various types of crime.
    9. Research the history and evolution of legal protections afforded to crime victims.


  
  • CRMJ 2160 - Domestic Family Violence


    This course examines the domestic environment from an interpersonal, physical, emotional and social perspective, evaluating the historical and cultural changes regarding the beliefs, values and norms regarding violence within a domestic environment, among its members and the risk factors for domestic abuse.  A review of the components of the criminal justice system will present the evolution of and contemporary foundation for social policy, legal response and enforcement strategies in response to incidents of domestic violence. The unique challenges and responses to the most vulnerable and protected classes of individuals, including the disabled, elderly, LGBTQ family members and children, exposed to domestic violence will be considered. Additionally this course will provide an overview of the differing types of community intervention programs, their techniques and strategies for responding to a domestic violence situation. 

    Credits: 3

    Comments: Crosslisted: CRMJ2160/SOC2320/PSYC2280

    Minimum Student Competencies
    Upon completion of CRMJ2160/ SOC2320/PSYC2280 Domestic/Family Violence, the student will:

    1. Explain the physical, emotional and social contributors to various types of violence within a domestic environment.
    2. Analyze issues regarding the historical evolution of risk factors for child, sibling, intimate partner, extended family or elder family abuse.
    3. Identify the appropriate public policy and community prevention strategies that address domestic violence, offender accountability and remediation.
    4. Critique the individual and social issues, beliefs and cultural practices associated with violent behavior within the domestic environment.
    5. Identify and evaluate community intervention programs and techniques.
    6. Identify and evaluate the criminal justice systems components and legal strategies for responding to a domestic violence situation.
    7. Summarize state and federal laws related to domestic violence victimization and perpetrator accountability.  
    8. Describe the purpose and contributions of psychological and sociological theories as they are applied to domestic violence issues.
    9. Contrast the criminal justice system and societal responses to incidents of domestic violence among the most vulnerable and/or protected classes of citizens including the disabled, elderly, LGBTQ community, children.


  
  • CRMJ 2200 - Constitutional Law


    This course examines the powers of the government as they are allocated and defined by the United States Constitution with an intensive analysis of United States Supreme Court decisions as they impact society and  the criminal justice system. It explores the United States Constitution historically and contemporarily, the application of the Bill of Rights, the 14th Amendment and conducts an intensive analysis of United States Supreme Court decisions.

    Credits: 3

    Minimum Student Competencies
    Upon completion of CRMJ 2200 Constitutional Law, the student will:

    1. Recognize the Fourteenth Amendment as a Limitation on State Power.
    2. Differentiate between protected speech and unprotected speech.
    3. Recognize law enforcement actions that constitute a seizure.
    4. Apply the legal concept of probable cause to fact-based situations.
    5. Recognize law enforcement actions that constitute a search.
    6. Apply the appropriate constitutional protections to custodial interrogations.
    7. Evaluate the need for a warrant to fact-based situations.
    8. Recognize when the right to counsel attaches to the criminal trial process.
    9. Critique the application of rights to criminal defendants and criminal procedure as defined by the United States Constitution.


  
  • CRMJ 2205 - Constitutional Rights of Inmates


    This course examines the rights afforded to incarcerated inmates. Even though these felons are imprisoned, placed on parole or community supervision, convicted felons and inmates still have civil rights under the U.S. Constitution and afforded by U.S. Supreme Court rulings. Students will review the historical view on inmate’s rights and the contemporary application of civil rights including the right to humane conditions of confinement, civil and criminal liabilities, and access to legal services, rights in administrative and disciplinary proceedings. Additionally students will explore the legal liability, under color of law, for corrections officials regarding conditions of confinement, access to medical services and protecting inmates from harm. 

    Credits: 3

    General Education Requirement: None
    Minimum Student Competencies
    Upon completion of CRMJ2205 Constitutional Rights of Inmates , the student will:

    1. Identify the key constitutional amendment associated with due process (5th).
    2. Define the term “color of law” as it related to the federal law referring to government officials (civil rights act of 1871 (42 U.S.C.A. Section 1983).
    3. Identify the sources of law as it relates to the judicial processes affecting incarcerated felons.
    4. Articulate the development of rules of evidence in the United States related to state and federal courts, as it applies to incarcerated individuals.
    5. Identify and discuss the constitutional amendment associated with search, seizure and the admissibility of evidence (4th). 
    6. Differentiate between the various components of courtroom procedure(s).
    7. Examine the constitutional amendment associated with self-incrimination (5th), witness testimony.
    8. Describe the use of “habeas corpus” as a recourse by inmates in law to report an unlawful detention or conditions of imprisonment.
    9. Express the significance, and changes which were enacted, of supreme court rulings as they relate to conditions of confinement.


  
  • CRMJ 2210 - Criminal Law I


    This course is an in-depth examination of the basic elements of criminal culpability as well as the legal definitions of the elements of criminal law as defined by court interpretations.  Defenses, justifications, and excuses are discussed.  Crimes against people and property are covered.

    Credits: 3

    Minimum Student Competencies
    Upon completion of CRMJ 2210 Criminal Law I, the student will:

    1. Identify the nature and origins of criminal law in our society.
    2. Recognize the constitutional limitations of criminal law.
    3. Differentiate between procedural criminal law and substantive criminal law.
    4. Examin the basic elements of criminal culpability including actus reus, mens rea, causation and concurrence.
    5. Analyze parties to a crime and vicarious liability.
    6. Examine the affirmative defenses of justification and excuse.
    7. Analyze the inchoate crimes of attempt, conspiracy, and solicitation.
    8. Assess the criminal elements of crimes against persons, property, and public order.
    9. Assess the criminal elements of crimes against the state including terrorism and espionage.


  
  • CRMJ 2300 - Counseling Skills


    This course is designed to examine the concepts and skills of counseling. It defines the role of the counselor. Students analyze appropriate counseling techniques. Students identify appropriate guidance to clients within the criminal justice system. Students differentiate the counselor’s role within the criminal justice field. Students develop counseling skills to be used in the field.

    Credits: 3

    Prerequisites:
    Completion of or concurrent enrollment in ENGL 1010 English I

    Minimum Student Competencies
    Upon completion of CNSL_CRMJ_SOC 2300 Counseling Skills, , the student will:

    1. Differentiate between lay counseling and professional counseling.
    2. Identify factors that foster and block good communication and rapport building.
    3. Describe the Core Conditions of helping relationships.
    4. Demonstrate competent practice with the Core Conditions of helping relationships.
    5. Explain the role of client resistance in helping relationships.
    6. Describe current legal and ethical practices in helping relationships.
    7. Differentiate Assertive versus Non-Assertive communication styles.
    8. Explore communication and counseling skills appropriate for various client populations, including multicultural interaction.
    9. Explain the importance of self-care strategies for the counselor role.
    10. Compare several major counseling theories.


    Cross-listed: CNSL 2300 and SOC 2300 - Counseling Skills
  
  • CRMJ 2350 - Intro to Corrections


    This course provides and in-depth review of corrections and punishment within the United States. Community based correctional programs, diversion, probation and parole and institutional corrections are covered in detail. The subcultures of inmates and security threats including prison gangs are identified and institutional responses are discussed.

    Credits: 3

    Minimum Student Competencies
    Upon completion of CRMJ 2350 Introduction to Corrections , the student will:

    1. Describe sentencing philosophy and identify the central purpose of criminal punishment within the United States.
    2. Identify the types of sentencing and sanctions.
    3. Analyze the use of community corrections, diversion, probation and parole.
    4. Identify the constitutional amendments that apply to inmates.
    5. Discuss the inmate subculture in terms of security within the prison society.
    6. Identify management issues in prison staff, prison inmates, and special populations.
    7. Assess constitutional rights protections for inmate populations based upon fact-based situations.
    8. Discuss management of prison and jail facilities.
    9. Identify gangs active in institutional prison facilities


  
  • CRMJ 2360 - Community Based Corrections


    This course is an analysis of community based correctional programs and procedures with emphasis on environment and the relationship to public safety, rehabilitation, and punishment.

    Credits: 3

    General Education Requirement: None
  
  • CRMJ 2375 - Class & Treatment of Offenders


    This course introduces the student to the process through which the custodial, educational, vocational, and treatment needs of the offender are determined. Topics include interview, case diagnosis, use of testing programs as classification aids, reception and diagnostic centers, principles of the treatment process, and treatment approaches.

    Credits: 3

    General Education Requirement: None
  
  • CRMJ 2400 - Criminology


    This course examines the study of the biological, sociological and psychological theories of the causes of criminal behavior. It differentiates the practice of criminal justice from the practice of criminology. The causes of crimes against persons, crimes against property, organized crime, white-collar crime, drug crime, cybercrime, and terrorism are examined. Victimology and the social consequences of victimization are discussed. Crime control strategies based upon theoretical causes are developed.

    Credits: 3

    Instructional Method Lecture

    General Education Requirement: Social and Behavioral Sciences
    Comments: This course does not meet UW’s Human Culture requirement unless transferred as part of an Associate degree.

    Minimum Student Competencies
    Upon completion of CRMJ 2400/SOC 2400 Criminology, the student will:

    1. Differentiate between criminal justice and criminology.
    2. Analyze the biological theories of the causes of crime.
    3. Analyze the sociological theories of the causes of crime.
    4. Analyze the psychological theories of the causes of crime.
    5. Compare crime control approaches in society.
    6. Apply crime theories to the study of individual criminal profiles.
    7. Develop crime control strategies to counter criminal behavior.
    8. Identify the social consequences of victimization.
    9. Discuss victimology and how it can be used to prevent crime.


    Cross-listed: SOC 2400 Criminology
  
  • CRMJ 2420 - Juvenile Justice


    This course examines the juvenile justice system and delinquency in the United States including theories of the causes of delinquency, risk factors for delinquency, role of police in the juvenile justice system, the application of juvenile law and procedure, delinquency prevention and intervention programs and juvenile correctional programs. Analysis includes gangs, special populations, and the future of juvenile justice.

    Credits: 3

    Minimum Student Competencies
    Upon completion of CRMJ 2420 Juvenile Justice, the student will:

    1. Compare the juvenile justice and the criminal justice system.
    2. Identify the risk factors for juvenile delinquency and victimization.
    3. Identify the individual theories for juvenile delinquency including choice, biological, and psychological approaches.
    4. Identify the social theories for juvenile delinquency including structure, process, life course, and reaction.
    5. Assess the success of delinquency prevention and intervention programs.
    6. Critique landmark U.S. Supreme Court cases in juvenile justice.
    7. Summarize the juvenile adjudication process.
    8. Analyze the success of juvenile corrections programs.
    9. Identify issues with juvenile gangs and special populations


  
  • CRMJ 2580 - Crisis Intervention


    This course explores the application of crisis theories in working with diverse populations. The role of the interventionist is examined.

    Credits: 3

    Minimum Student Competencies
    Upon completion of CNSL 2380/CRMJ 2580 Crisis Intervention, the student will:

    1. identify the best intervention theories for a given crisis situation.
    2. discuss the differences in addressing crisis intervention in various cultures.
    3. apply appropriate crisis theory to a given crisis situation.
    4. compare intervention theories.
    5. analyze coping strategies.
    6. explain crisis intervention within communities.
    7. design intervention plans.
    8. contrast individual and group interventions.
    9. outline key ideas in emotional arousal.


    Cross-listed: CNSL 2380 Crisis Intervention
  
  • CRMJ 2590 - Drugs and Behavior


    This course provides an introduction and overview of the various substances the human body is exposed to and how we react to them.  Students analyze the interaction between drugs and human behaviors. Students predict the function of the major groups of legal and illicit substances and examine U.S. drug policy. Students also categorize the social effect of drugs on humans as well as evaluate drug activity and its use.

    Credits: 3

    Prerequisites:
    Complete PSYC 1000 General Psychology or SOC 1000 Sociological Principles, or instructor consent

    Minimum Student Competencies
    Upon completion of PSYC 2210/CRMJ 2590 Drugs and Behavior, the student will:

    1. Analyze the interaction between drugs and human behaviors.
    2. Predict the effect on behavior of various psychoactive drugs.
    3. Categorize psychoactive drugs by their physiological, psychological, and social effects on humans.
    4. Explain the addiction process.
    5. Examine the historical background of human drug use.
    6. Describe the correlation between co-morbidity factors and addictions.
    7. Evaluate psychoactive drugs and their potential for abuse.
    8. Critique the use of animal models of drug abuse and pharmacotherapy.
    9. Identify the drugs used for treatment of psychological disorders.


    Cross-listed: PSYC 2210 - Drugs & Behavior
  
  • CRMJ 2650 - Crime Prevention


    Introductory material, including historical information, is followed by sections on security requirements of various structures and identification and analysis of existing hazards. Electronic surveillance, retail security, armed robbery prevention, security lighting, safes, security surveys, and rape prevention are also covered.

    Credits: 3

    General Education Requirement: None
  
  • CROP 0000 - Any course from the CROP department


    Choose any course from the CROP department.

  
  • CROP 1150 - Pest Safety Application


    This course covers basic chemical principles. Students then apply them to an in-depth study of herbicides, insecticides and fertilizers. Students become familiar with the selection and application methods of various chemicals. Particular attention will be given to environmental concerns. Students who complete the course will be eligible to take the Wyoming Private Applicators examination. This qualifies them to purchase and use restricted use chemicals.

    Credits: 3

    General Education Requirement: None
    Prerequisites:

    None



    Co-requisites:

    None



  
  • CS 0000 - Cultural Studies


    The Cultural Studies requirement may be satisfied by completing classes designated as Global Studies, Foreign Language, Humanities, Social & Behavioral Science or Visual & Performing Arts.  Some programs restrict the categories from which students may choose, or designate the course to be used to fulfill the requirement.

    AA and AS degrees require 6 credits from 2 different areas. 
    AAS degree requires 3 credits. 
    AFA degree requires 9 credits. 
    ADN requires 4 credits.

     

  
  • CS 0001 - Cultural Studies other than Social & Behavioral Sciences


    The Cultural Studies requirement may be satisfied by completing classes designated as Foreign Language, Global Studies, Humanities or Visual & Performing Arts.

    AA and AS degrees require 6 credits from 2 different areas. 

    AAS degree requires 3 credits. 

    AFA degree requires 9 credits. 

    ADN requires 4 credits.

  
  • CSCO 2000 - Cisco: CCNA 1 Introduction to Networks


    This course is the first course in the CCNA curriculum.  The course introduces the architectures, models, protocols, and networking elements that connect users, devices, applications and data through the Internet and across modern computer networks - including IP addressing and Ethernet fundamentals. By the end of the course, students can build simple local area networks (LAN) that integrate IP addressing schemes, foundational network security, and perform basic configurations for routers and switches.

    Credits: 4

    Instructional Method Lecture/Lab

    General Education Requirement: None
    Prerequisites:
    Successful completion of MSFT 1745 A+ Computer Maintenance and MSFT 1510 Windows Client Operating System, or instructor approval.

    Minimum Student Competencies
    Upon completion of CSCO 2000 Cisco: CCNA I – Introduction to Networks, the student will:

    1. explain the advances of modern network technologies
    2. implement initial settings including passwords, IP addressing, and default gateway parameters on a network switch and end devices.
    3. explain how network protocols enable devices to access local and remote network resources.
    4. explain how physical layer protocols, services, and network media support communications across data networks.
    5. calculate numbers between decimal and binary systems.
    6. explain how media access control in the data link layer supports communication across networks.
    7. explain how Ethernet operates in a switched network.
    8. explain how routers use network layer protocols and services to enable end-to-end connectivity.
    9. explain how ARP and ND enable communication on a local area network.
    10. implement initial settings on a router and end devices.
    11. calculate an IPv4 subnetting scheme to efficiently segment your network.
    12. implement an IPv6 addressing scheme.
    13. use various tools to test network connectivity.
    14. compare the operations of transport layer protocols in supporting end-to-end communication.
    15. discuss the operation of application layer protocols in providing support to end-user applications.
    16. configure switches and routers with device hardening features to enhance security.
    17. implement a network design for a small network to include a router, a switch, and end devices.


  
  • CSCO 2020 - Cisco: CCNA 2 Switching Routing and Wireless Essentials


    This course is the second course in the CCNA curriculum.  Using Cisco NetAcademy curriculum, this course focuses on switching technologies and router operations that support small-to-medium business networks and includes wireless local area networks (WLAN) and security concepts.  Students learn key switching and routing concepts. They can perform basic network configuration and troubleshooting, identify and mitigate LAN security threats, and configure and secure a basic WLAN.

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    CSCO 2000 – Cisco CCNA 1

    Minimum Student Competencies
    Upon completion of CSCO 2020 Cisco: CCNA 2 – Switching, Routing, and Wireless Essentials, the student will:

    1. configure devices by using security best practices.
    2. explain how Layer 2 switches forward data.
    3. implement VLANs and trunking in a switched network.
    4. troubleshoot inter-VLAN routing on Layer 3 devices.
    5. explain how STP enables redundancy in a Layer 2 network.
    6. troubleshoot EtherChannel on switched links.
    7. implement DHCPv4 to operate across multiple LANs.
    8. explain the operation of dynamic address allocation in IPv6 networks.
    9. explain how FHRPs provide default gateway services in a redundant network.
    10. discuss how vulnerabilities compromise LAN security.
    11. configure switch security to mitigate LAN attacks.
    12. explain how WLANs enable network connectivity.
    13. implement a WLAN using a wireless router and WLC.
    14. explain how routers use information in packets to make forwarding decisions.
    15. configure IPv4 and IPv6 floating static routes.
    16. explain how to troubleshoot static and default route configurations.


  
  • CSCO 2025 - Cisco: CCNA 3 – Enterprise Networking, Security, and Automation


    This course is the third and final course in the CCNA curriculum.  Using Cisco NetAcademy curriculum, this course describes the architectures and considerations related to designing, securing, operating, and troubleshooting enterprise networks. This course covers wide area network (WAN) technologies and quality of service (QoS) mechanisms used for secure remote access along with the introduction of software-defined networking, virtualization, and automation concepts that support the digitalization of networks. Students gain skills to configure and troubleshoot enterprise networks, and learn to identify and protect against cybersecurity threats.  Students are introduced to network management tools and learn key concepts of software-defined networking, including controller-based architectures and how application-programming interfaces (APIs) enable network automation.

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    CSCO 2020 – Cisco CCNA 2

    Minimum Student Competencies
    Upon completion of CSCO 2025 – Cisco: CCNA 3 – Enterprise Networking, Security, and Automation, the student will:

    1. explain how single-area OSPF operates in both point-to-point and broadcast multiaccess networks.
    2. implement single-area OSPFv2 in both point-to-point and broadcast multiaccess networks.
    3. explain how vulnerabilities, threats, and exploits can be mitigated to enhance network security.
    4. explain how ACLs are used as part of a network security policy.
    5. implement IPv4 ACLs to filter traffic and secure administrative access.
    6. implement NAT services on the edge router to provide IPv4 address scalability.
    7. explain how WAN access technologies can be used to satisfy business requirements.
    8. explain how VPNs and IPsec are used to secure site-to-site and remote access connectivity.
    9. explain how networking devices implement QoS.
    10. implement network management protocols to monitor the network.
    11. explain the characteristics of scalable network architectures.
    12. troubleshoot enterprise networks.
    13. explain the purpose and characteristics of network virtualization.
    14. explain how network automation is enabled through RESTful APIs and configuration management tools.


  
  • CSEC 1500 - Computer Network Security+


    This course gives the student foundation-level computer and network security skills and knowledge. The course maps to the TestOut Security Pro and Comp TIA Security+ Certification and covers all core domains including systems security, network infrastructure, access control, assessments and audits, cryptography, and organizational security.

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    none

    Minimum Student Competencies
    Upon completion of CSEC 1500 Computer Network Security+, the student will:

    1. differentiate between various system security threats.
    2. apply industry best practices for identity and access control methods.
    3. differentiate general cryptography concepts.
    4. apply basic encryption concepts to appropriate applications.
    5. develop security policies and incident response processes.
    6. implement the appropriate network tools and procedures to facilitate network security.
    7. outline effective physical security risk mitigation practices.
    8. list network perimeter defense practices.
    9. detail common network attacks and methods of risk mitigation.
    10. state operating system hardening procedures to achieve workstation and server security.
    11. define application development secure coding lifecycle.
    12. explain applications vulnerabilities and appropriate countermeasures.
    13. describe data security issues and methods of protection.
    14. evaluate vulnerability assessments and audits using common industry tools.


  
  • CSEC 1510 - Hardening Network Infrastructure


    This course gives students an awareness of security related issues and essential skills they will need as network administrators in order to provide a secure LAN, WLAN or WAN network. Using Cisco NetAcademy courseware, the course explores secure network infrastructure, understanding core security concepts, managing secure access, VPN encryption, firewalls, intrusion prevention, web and email content security, and endpoint security. This course helps prepare students for the Cisco CCNA Security certification exam which can be attempted after the student has achieved CCNA certification status.

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    Successful completion of CSCO 2000 Cisco: CCNA 1 - Introduction to Networks, hold an active CCENT or CCNA certification or instructor consent.

    Minimum Student Competencies
    Upon completion of CSEC 1510 Hardening Network Infrastructure , the student will:

    1. explain network security concepts and common principles.
    2. identify common security threats.
    3. outline the fundamentals of Virtual Private Networks (VPN) technology and cryptography.
    4. describe the fundamentals of IP security.
    5. detail the process of implementing IPSEC Site-to-site VPNs.
    6. outline the process of implementing SSL Remote Access VPNs.
    7. describe mitigation techniques for email-based and web-based threats.
    8. describe firewall function, placement, benefits and limitations.
    9. outline the process of implementing a zone-based firewall on a router.
    10. describe the process of implementing basic firewall policies on an adaptive security appliance (ASA).
    11. discuss the deployment, basic configuration and performance tuning of an intrusion protection system (IPS).
    12. describe common threats to layer 2 technologies (switches) and associated mitigation techniques.
    13. explore the Network Foundation Protection framework.
    14. discuss security best practices associated with the device management plane.
    15. discuss security best practices associated with the IPV4 and IPv6 traffic in the data plane.
    16. examine the control plane and secure routing protocols.
    17. describe the methods available to secure local access.
    18. investigate Bring Your Own Device (BYOD) architecture, components and mobility device management


  
  • CSEC 1520 - Network Defense and Countermeasures


    This course is designed to prepare students to think like a hacker and further understand how attackers compromise networks. The course prepares students to conduct test attacks to discover vulnerabilities before attackers do. Students use Kali Linux, a security-testing application for hand-on activities. The goal of the course is to develop a structured approach to conducting a security test.  Additionally, students are introduced to the availability of professional certifications in this field.

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    Successful completion of COSC 2020 Linux Fundamentals and CSEC 1500 Computer Network Security +, or instructor consent.

    Minimum Student Competencies
    Upon completion of CSEC 1520 Network Defense and Countermeasures, the student will:

    1. describe the role of security and penetration testers.
    2. summarize what an ethical hacker can and cannot do legally.
    3. discuss types of attacks to computers, network and physical security.
    4. explain how foot-printing methods are used as part of an attacker’s reconnaissance phase.
    5. illustrate port scanning and ping sweeps.
    6. describe steps for enumerating operating systems such as Windows and Linux.
    7. outline programming concepts useful in network and computer security work.
    8. utilize shell scripting tips to automated security tasks.
    9. review vulnerabilities in Windows and Linux operating systems.
    10. evaluate best practices for hardening these systems.
    11. discuss vulnerabilities and best practices for protecting embedded operating systems.
    12. describe web applications vulnerabilities and the tools used to attack web servers.
    13. outline wireless networking hacking tools and countermeasures.
    14. describe attacks to crypto and other access protection systems.
    15. describe devices that can be employed to protect networks.
    16. identify laws affecting network security.


  
  • CSEC 1530 - Computer Forensics


    This course is designed to train “digital investigators” to properly conduct a computer forensics examination and give them an understanding of the process of electronic discovery. Students learn the skills and techniques necessary to conduct a thorough examination. The course develops the foundation needed as the first step in the journey to achieve a Computer Forensics certification such as GIAC Certified Forensic Analyst (GCFA), ISFCE Certified Computer Examiner CCE or IACRB Certified Computer Forensics Examiner (CCFE).

    Credits: 3

    Instructional Method Lecture

    Prerequisites:
    Successful completion of CSEC 1500 Computer Network Security + and MSFT 1745 A+ Computer Maintenance, or instructor consent.

    Minimum Student Competencies
    Upon completion of CSEC 1530 Computer Forensics, the student will:

    1. discuss legal and ethical issues surrounding computer forensics.
    2. demonstrate an understanding of digital forensics fundamentals.
    3. assess evidence acquisition opportunities in common computer technology to include but not limited to: browsers, networks, computer systems, operating systems, email, and mobile devices.
    4. apply a forensically sound approach to evidence acquisition, preparation and preservation to various types of computer systems, file types, logs, communication, social media and common digital media employed throughout.
    5. determine data-hiding techniques.
    6. identify commonly used forensic software utilities and their purpose.
    7. identify commonly used forensic hardware tools and their purpose.
    8. detail the design of a digital forensics laboratory.
    9. discover the process of casework and report development.


  
  • CSEC 2100 - Cyber Security Analyst+


    This course teaches students to configure and use threat-detection tools. Additionally students will perform data analysis on security tool findings and interpret the results to identify vulnerabilities, threats and risks to an organization. Lastly, the student will study risk remediation methods to secure and protect applications and systems within an organization. This course helps prepare students for the CompTIA CySA+ certification exam

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    Successful completion of CSEC 1500 Network Security +, hold a CompTIA Security + certification or instructor consent.

    Minimum Student Competencies
    Upon completion of CSEC 2100 Cyber Security Analyst +, the student will:

    1. Explain the responsibilities and function of a cybersecurity analyst.
    2. Describe the basis of an effective security approach.
    3. Outline the fundamentals of risk evaluation.
    4. Apply environmental reconnaissance techniques and vulnerability studies using appropriate tools.
    5. Analyze reconnaissance and vulnerability study results to identify risks.
    6.  Implement recommended risk remediation methods.
    7. Use data results to threats and breaches to organizational security.
    8. Distinguish threat data to determine incident impact.
    9. Prepare a toolkit with appropriate forensics tools, communication strategy, and best practices as a response.
    10. Outline elements of effective security architecture to implement defense in depth approach.


  
  • CULA 1500 - Food Principles


    This course takes a systems approach to sanitation, planning, preparation, and resource management. Cooking principles are thoroughly covered in safety, menu planning, equipment, purchasing, receiving, storing, and serving food. Students will learn how to tailor the guidelines of Food Principles #1 to fit the specific needs of any operation.

    Credits: 3

    Comments: Fee. Prior to Spring 2011, CULA 1500 was listed as Food Principles I

    Prerequisites:
    Completion of CULA 1515 Basic Culinary Skills with a C or better All CULA courses in the program must be completed with a C or better.

    Minimum Student Competencies
    Upon completion of CULA 1500 Food Principles , the student will:

    1. Identify effective controls for proper storage control and issuing food.

    2. Discriminate between the major pieces of food service equipment and their functions.

    3. Identify ways in which the application of heat performs the cooking function, various cooking methods, and energy use.

    4. Identify a variety of fruits, vegetables, starches, legumes and grains using basic cooking methods.

    5. Prepare a variety of foods using the sauté techniques.

    6. Prepare a variety of fried foods to their proper doneness.

    7. Differentiate between sautéing, roasting, baking, barbecue, grilling, broiling, braising, stewing, pan-frying, deep-frying and shallow-poaching processes.

    8. Prepare grilled, broiled, braised and stewed foods to the proper doneness.

    9. Prepare shallow-poached foods properly and produce a sauce that incorporates the cooking liquid.

    10. Characterize poaching and simmering, including the temperature range at which each occurs.

    11. Prepare poached and simmered foods to the proper doneness.

  
  • CULA 1510 - Sanitation


    This course is designed for industry leaders in food safety training. The students will learn the latest developments, procedures, current government standards and emerging issues in Food Service Sanitation. Students will get a head start in understanding Hazardous Analysis Critical Control Point, (HACCP), a cutting-edge system that is the hospitality industries system-of-choice.

    Credits: 1

    Minimum Student Competencies
    Upon completion of (CULA 1510 Sanitation) , the student will:

    1. Establish procedures for Critical Control Points (CCP’S).

    2. Develop and implement policies and procedures for good personal hygiene practices.

    3. Describe the HACCP system.

    4. Implement the correct procedures for thawing, preparing, cooking, and holding, displaying, serving, transporting, cooling, and reheating food.

    5. Demonstrate correct practices to prevent, reduce, or eliminate contamination.

    6. Define food borne illness, outbreak, clean, and sanitary.

    7. List most common food borne illness.

    8. Perform sanitation self inspections according to Health Department rules and regulations.

  
  • CULA 1515 - Basic Culinary Skills


    This course introduces the fundamental skills that are required to be a professional culinarian. Topics such as knife skills, stocks, sauces, soups as well as recipe conversion, costing and product identification are all covered in this course. These are the basic building blocks that are required for future culinary success.

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    CULA 1510 Sanitation with a grade of “C” or better Students must maintain a culinary grade point average of 2.5 or better to progress to the sophomore year.

    Minimum Student Competencies
    Upon completion of CULA 1515 Basic Culinary Skills, the student will:

    1. perform basic knife cuts within acceptable American Culinary Federation (ACF) guidelines.

    2. prepare stocks, soups and the five modern mother sauces.

    3. explore a variety of non-mother/classical sauces.

    4. characterize numerous common food products.

    5. explore the two basic soup categories.

    6. prepare a variety of soups from each basic category.

    7. determine the parts/components of a recipe

    8. describe a standardized recipe.

    9. outline the procedure for writing a standardized recipe



    Program Outcomes
    Upon completion of CULA 1515 Basic Culinary Skills, the student will:

         PO#1 Demonstrate proper kitchen equipment operation and maintenance skills

         PO#2 Evaluate production techniques as outlined by the American Culinary Federation

  
  • CULA 1550 - Breakfast & Lunch Cookery


    This course takes a systems approach to sanitation, planning, preparation, and resource management. Cooking principles are thoroughly covered with respect to nutrition and preparation, purchasing, receiving, storing, and serving food. Students adapt the topics covered to fit the specific needs of any operation.

    Credits: 3

    Comments: Course Fee

    Prerequisites:
      Completion of CULA 2700 Advanced Baking and Pastry with a C or better. All CULA courses in the program must be completed with a C or better.

    Co-requisites:
    None

  
  • CULA 1600 - Garde Manger


    This course takes a systems approach to the planning and preparation of cold foods as an alternative to other conventional types of food preparation. Cold kitchen principles are thoroughly covered in the sanitation, menu planning, purchasing, preparation, presentation, and storage of cold foods. Students learn how to tailor the guidelines of cold food preparation to fit the specific needs of any operation.

    Credits: 3

    Comments: Course Fee

    Prerequisites:
    Completion of CULA 1800 Meat Fabrication for Culinarian with a C or better All CULA courses in the program must be completed with a C or better.

  
  • CULA 1700 - Basic Baking


    This course takes a systems approach to the introduction, planning and preparation of baked goods. Beginning baking principles are introduced in the planning, purchasing, preparation, presentation, and proper storage of basic baked goods. Students learn how to tailor the guidelines of learned baking techniques to fit the specific needs of any operation.

    Credits: 3

    Comments: Course Fee

    Prerequisites:
    Completion of CULA 1600 Garde Manger with a C or better All CULA courses in the program must be completed with a C or better.

  
  • CULA 1800 - Meat Fabrication for the Culinarian


    This course is structured to provide students with a hands-on, practical meat cutting experience. This course also deals with fabricated cuts ready for preparation. Students conduct meat identification and deal with whole carcasses and primal cuts. Students are introduced to meat-grading procedures, identification of meat quality, and become familiar with yield testing.

    Credits: 2

    Comments: Course Fee

    Prerequisites:
    Completion of CULA 1500 Food Principles with a C or better All CULA courses in the program must be completed with a C or better.

  
  • CULA 2500 - Culinary Nutrition


    This course is designed around the nutritional principles used to evaluate and modify menus and recipes to create more nutritional dishes and introduces students to the nutritional requirements of a variety of potential customers and how to effectively respond to those customers’ needs.

    Credits: 3

    Minimum Student Competencies
    Upon completion of CULA 2500 Culinary Nutrition, the student will:

    1. Characterize the five food groups of the food plate and the recommended daily allowances.
    2. Describe the major nutrients contributed by each food group.
    3. Explore methods for evaluating diets and adapting recipes with respect to current dietary guidelines.
    4. Describe the characteristics, functions and best sources of each of the major nutrients, vitamins and minerals.
    5. Describe the process of human digestion.
    6. Calculate energy needs based upon basal metabolic rate and exercise expenditure.
    7. Demonstrate knowledge of cooking techniques and storage principles for maximum retention of nutrients.
    8. Categorize foods into exchange groups.
    9. Plan menus applying the exchange system.
    10. Explain common food allergies and appropriate substitutions.
    11. Discuss contemporary nutritional issues such as vegetarianism, heart healthy and religious dietary laws


  
  • CULA 2600 - Charcuterie


    This course takes a systems approach to the planning and preparation of sausages and other cold food preparation techniques as an alternative to other conventional types of food preparation. Cold kitchen principles are thoroughly covered for sanitation, menu planning, purchasing, preparation, presentation, and storage of cold foods. Students tailor the guidelines of cold food preparation to fit the specific needs of any operation.

    Credits: 3

    Comments: Course Fee

    Prerequisites:
    Completion of CULA 1700 Charcuterie with a C or better All CULA courses in the program must be completed with a C or better.

  
  • CULA 2620 - Classical Italian Cuisine


    This course prepares students to be proficient in preparing classical Italian cuisine. Students explore the many different regions of Italy and prepare dishes from each region. Students also learn a competent knowledge base that enhances their career success in the culinary arts.

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    Students must maintain a culinary grade point average of 2.5 or better to progress to the next course.

    Minimum Student Competencies
    Upon completion of CULA 2620 Classical Italian Cuisine, the student will:

    1. Prepare numerous dishes from the many regions of Italy.
    2. Explore the various cooking styles and ingredients from several different regions.
    3. Discover about the historical significance of Italy and their influence on modern day cuisine.
    4. Discover the different styles of menu preparation.
    5. Prepare an Italian themed menu in a real world environment.


  
  • CULA 2640 - International Cuisine


    This course takes a hands-on approach to the planning, development and creation of seven known food styles from around the world. Cooking principles are thoroughly covered including sanitation, ethnic ingredients, menu planning, cooking techniques and plate presentation. Cuisines that will be covered are Indian, Asian, Mexican, Italian, Mediterranean Spanish, and French.

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    Students must maintain a culinary grade point average of 2.5 or better to progress to the next course.

    Minimum Student Competencies
    Upon completion of CULA 2640 International Cuisine, the student will:

    1. Prepare numerous dishes from the many regions of Italy.
    2. Explore the various cooking styles and ingredients from several different regions.
    3. Discover about the historical significance of Italy and their influence on modern day cuisine.
    4. Discover the different styles of menu preparation.
    5. Prepare an Italian themed menu in a real world environment.


  
  • CULA 2700 - Advanced Baking & Pastry


     

    This course provides an extensive, hands-on approach to the planning and preparation of advanced baked goods. Advanced baking principles are applied in the planning, purchasing, preparation, presentation, and proper storage of baked goods. Students tailor the guidelines of baking techniques to fit the specific needs of any operation.

    Credits: 3

    Comments: $75 Fee

    Prerequisites:

     

    Completion of CULA 2600 Charcuterie with a C or better

    All CULA courses in the program must be completed with a C or better.



    Co-requisites:

    None



  
  • CULA 2720 - North American Cuisine


    This course takes a hands-on approach to the planning, development and the creation of popular food styles from North America. Cooking principles and practices are thoroughly covered including sanitation, preparation, ingredient identification, menu planning, cooking techniques and plate presentation.

    Credits: 3

    Instructional Method Lecture/Lab

    Prerequisites:
    Students must maintain a culinary grade point average of 2.5 or better to progress to the next course.

    Minimum Student Competencies
    Upon completion of CULA 2720 North American Cuisine, the student will:

    1. Prepare numerous dishes from the many regions of Italy.
    2. Explore the various cooking styles and ingredients from several different regions.
    3. Discover the historical significance of Italy and their influence on modern day cuisine.
    4. Discover the different styles of menu preparation.
    5. Prepare an Italian themed menu in a real world environment.


  
  • CULA 2900 - Classical French Cuisine


    Classical French Cuisine is a hands-on approach to the study of the evolution of modern day cuisine.  This course covers cuisine of the various regions of France, emphasizing indigenous ingredients and preparation methods.  Students will become familiar with the gastronomy of Auguste Escoffier and his contributions to classical French cuisine.

    Credits: 3

    General Education Requirement: None
    Prerequisites:

    CULA 2200 International Cuisine with C or better, or instructor consent



  
  • DESL 0000 - Any course from the DESL department


    Choose any course from the DESL department.

  
  • DESL 1540 - Heavy Duty Electrical Systems


    This course introduces students to the basic theory of electricity and electronics. Students are instructed in the proper use of troubleshooting equipment and techniques. 

    Credits: 4

    Comments: Course must be completed with a C or better.

    Minimum Student Competencies
     Upon completion of DESL 1540 Heavy Duty Electrical, the student will:

    1. Explain the theory and laws of electricity.

    2. Describe the difference between insulators, conductors, and semiconductors.

    3. Define voltage, current, and resistance.

    4. Define various electrical laws.

    5. Illustrate series, parallel and series-parallel circuits and the electrical laws that pertain to them.

    6. Demonstrate the usage of wiring diagrams.

    7. Explain how electronic components work.

    8. Demonstrate the use of electrical meters.

    9. Perform basic troubleshooting skills.

    10. Build functioning electrical circuits.

    11. Identify the safety risks involved in working around electrical circuits.

    12. Draw electrical diagrams using appropriate symbols.

  
  • DESL 1595 - Diesel Essentials


    This course introduces fundamental concepts for students studying the diesel industry.  This course covers precision measuring tools, basic hand tools, basic shop equipment, specialty tools, hardware, and safety practices when using these tools and equipment.

    Credits: 2

    Instructional Method Lecture/Lab

    Comments: Course must be completed with a C or better.

    Minimum Student Competencies
    Upon completion of DESL 1595 Diesel Essentials the student will:

    1. Appropriately use a variety of precision measuring tools.
    2. Differentiate between metric and SAE fasteners.
    3. Apply English/Metric conversations.
    4. Operate basic tools and shop equipment safely.
    5. Examine specialty tools used to repair diesel equipment.
    6. Explore online databases and service literature commonly used in the diesel industry.


  
  • DESL 1600 - Diesel Engines


    This course is intended for students planning a career in the diesel field. It is designed to provide instruction for the student in the theory and operation of diesel engines. Considerable time is spent on proper procedures to disassemble and assemble diesel engines. Component nomenclature, function, and analysis are covered, as is the proper usage of hand tools, measuring instruments, and equipment.

    Credits: 8

    General Education Requirement: None
    Comments: Course must be completed with a C or better.

    Minimum Student Competencies
    Upon completion of DESL 1600 Diesel Engines , the student will:

    1. Demonstrate proper safety practices when working with diesel engines.
    2. Explain basic engine theories and principles.
    3. Describe the function of the major components used within the engine.
    4. Outline the Diesel Cycle.
    5. Use proper nomenclature that is associated with diesel engines.
    6. Demonstrate the proper use of service manuals either a hard copy or online.
    7. Perform proper procedures to disassemble and reassemble a diesel engine.
    8. Examine engine components.
    9. Evaluate engine components reusability.
    10. Compile a parts list.
    11. Exercise proper use of hand tools and measuring instruments.
    12. Outline the function of the main components in a diesel engine lubrication circuit.
    13. Interpret an oil sample.
    14. Describe the cooling system components and their principle of operation. 
    15. Examine an engine cooling system.
    16. Outline the role of the engine timing gear train in managing engine functions.
    17. Explain how intake air is routed to the engine’s cylinder and exhaust gases are routed out the tailpipe.


  
  • DESL 1640 - Diesel Fuel Systems and Tuning


    This course will familiarize students with the air and fuel delivery systems, emission control devices and engine retarders that are currently used in the industry.  Students will be instructed on the proper troubleshooting, repair and adjustment of the systems.

    Credits: 4

    Comments: Course must be completed with a C or better.

    Minimum Student Competencies
    Upon completion of DESL 1640 Diesel Fuel Systems and Tuning, the student will:

    1. Outline the fuel subsystem used on current diesel powered equipment.
    2. Perform a fuel filter restriction test on a diesel-powered engine.
    3. Test a fuel system with a sight glass for excessive air bubbles.
    4. Perform a charge air cooler leakage test.
    5. Perform fuel pump timing on hydro mechanically fueled engines.
    6. Identify and adjust mechanically actuated injectors.
    7. Perform an injector replacement on a common rail fuel system.
    8. Demonstrate how to properly adjust valves, injectors, and compression brakes on a variety of diesel engines.
    9. Compare the different emission control systems used by OEMs.
    10. Research alternative fuels that are used or might be used in the diesel industry.
    11. Apply troubleshooting procedures commonly used for engine management systems.


  
  • DESL 1670 - Heavy Equipment A/C Systems


    This course is intended for students planning a career in the Diesel Technology field. It is designed to provide instruction in the Heavy Equipment A/C systems used in today’s equipment. The theory and operation of systems are presented. Proper handling of refrigerants according to EPA regulations is covered and voluntary certification from the ASE is offered. Diagnosis and repair of systems is emphasized.

    Credits: 2

    Instructional Method Lecture/Lab

    General Education Requirement: None
    Comments: Course must be completed with a C or better.

    Minimum Student Competencies
    Upon completion of DESL 1670 Heavy Duty A/C Systems, the student will:

    1. Explain the basic theory of heavy-duty air conditioning systems.
    2. List the five components of the air conditioning system and explain how they work.
    3. Discuss the requirements of the Clean Air Act as they affect air conditioning systems.
    4. Recall the types of refrigerants used in A/C systems.
    5. Properly operate the equipment necessary for the service of A/C systems.
    6. Recall the procedures for retrofitting a system for R-12 or R-134a.
    7. Outline the requirements of a cab ventilation system.
    8. Summarize the liquid-cooled heating system.


  
  • DESL 1710 - Clutches and Transmissions


    This course covers the theory and operation of heavy duty clutches and manual transmissions, as well as an introduction to planetary gear sets, torque converters and automatic transmissions.  Proper installation procedures are covered in hands-on activities working with clutch replacement, manual transmission disassembly, assembly, and troubleshooting on both single and double countershaft transmissions.

    Credits: 3

    Instructional Method Lecture/Lab

    Minimum Student Competencies
    Upon completion of DESL 1710 Clutches and Transmissions, the student will:

    1. Demonstrate the ability to adjust and replace a clutch.
    2. Troubleshoot clutch wear and damage.
    3. Identify the various gear designs and components used in heavy-duty truck transmissions.
    4. Explain the role of main and auxiliary gear sections in a transmission
    5. Discuss the power flow through a transmission.
    6. Define the roles of transfer cases in heavy-duty truck operation.
    7. Explain the operation of PTO’s in heavy-duty truck operation.
    8. Describe the procedures for troubleshooting a transmission.
    9. Identify potential causes of various transmission performance problems such as unusual noise, leaks, vibrations, jumping out of gear, and hard shifting.
    10. Evaluate the job of a torque converter.
    11. Identify the three main elements of a torque converter.
    12. Lay out the three parts of a simple planetary gear set.


  
  • DESL 1720 - Brakes and Chassis


    This course covers the theory of operation of drive shafts, heavy-duty axles, steering systems, air and hydraulic brakes, and suspension systems. Lab times consist of disassembly, assembly, and troubleshooting of the mentioned components.

    Credits: 3

    Minimum Student Competencies
    Upon Completion of DESL 1720 Brakes and Chassis, the student will:

    1. Identify the components of a truck drivetrain.
    2. Explain the power flow through a heavy-duty truck axle assembly.
    3. Examine the procedures for inspecting, lubricating, and replacement of drivetrain components.
    4. Identify the components of the steering system of a heavy-duty truck.
    5. Distinguish the different types of suspensions used on current trucks.
    6. Troubleshoot common suspension problems.
    7. Examine the chassis frame of a heavy-duty truck.
    8. Explain the operation of air brakes.
    9. Relate the procedures of inspection, adjustment, and repair.
    10. Identify the components that make up an air brake system.
    11. Evaluate an over the road truck according to the Department of Transportation Criteria.


  
  • DESL 1770 - Diesel Skills


    This course allows students, in a laboratory experience, to develop new skills and reinforce old ones.  Students, with help from the instructor choose the area they wish to develop and work at their own pace.  This course is intended, and its focus is, for students entering the mechanical field. 

    Credits: 1 to 2

    Instructional Method Lecture/Lab

    Comments: This class is only for students in the Diesel Technology program.

    Minimum Student Competencies
    Upon Completion of DESL 1770 Diesel Skills, the student will:

    1. Identify a project or projects to work on that will enrich their diesel skills.
    2. Write service reports detailing the work done on the project.
    3. Use various shop equipment safely and effectively to diagnose and repair their project.


  
  • DESL 1850 - Mobile Hydraulic Technology


    This course will cover the basic theories of hydraulics (pressure, flow, force, inertia, torque, and work are some of the hydraulic principals covered). Hydraulic components, graphic symbols, hydraulic oils and filtration will also be integrated into this course.

    Credits: 4

    Instructional Method Lecture/Lab

    Minimum Student Competencies
    Upon completion of DESL 1850 Mobile Hydraulic Technology, the student will:

    1. Demonstrate proper safety practices when working with hydraulics.
    2. Explain basic hydraulic laws and principles.
    3. Outline the operation of the most common valves and components used in hydraulic systems.
    4. Explain proper maintenance procedures when working on hydraulic systems.
    5. Explain the use of hydraulic symbols and diagrams.
    6. Identify the differences between open and closed loop systems. Use various shop equipment safely and effectively to diagnose and repair their project.


  
  • DESL 1870 - Mobile Hydraulic Troubleshooting


    This course introduces students to safe troubleshooting techniques using the leakage path analysis.

    Credits: 4

    Instructional Method Lecture/Lab

    Minimum Student Competencies
    Upon completion of DESL 1850 Mobile Hydraulic Technology, the student will:

    1. Understand the proper safety practices used when troubleshooting hydraulic systems.
    2. Demonstrate proper troubleshooting techniques when diagnosing mobile hydraulic systems.
    3. Demonstrate proper use of hydraulic symbols and schematics used on mobile hydraulic systems.
    4. Demonstrate proper use of troubleshooting tools and test equipment


  
  • DESL 2010 - Diesel Electronics


    This course covers the operating principles of electronically controlled diesel engines and support systems. Theories of the major components used in these systems are covered.  Proper troubleshooting skills, hardware, and software usage for each system are also covered.

    Credits: 4

    Instructional Method Lecture/Lab

    Comments: Course must be completed with a C or better.

    Prerequisites:
    DESL 1540 Heavy Duty Electrical Systems

    Co-requisites:
    None

    Minimum Student Competencies
    Upon completion of DESL 2010 Diesel Electronics, the student will:

    1. Identify the most common electronic management systems used in the diesel industry.
    2. Identify sensors and switches used on electronically controlled machines.
    3. Describe how the switches and sensors operate.
    4. Demonstrate proper troubleshooting procedures for the most common switches, sensors, and harnesses used.
    5. Outline the fuel systems used on current electronic diesel engines.
    6. Compare the different emission control systems commonly used in the industry.
    7. Use a variety of diagnostic software to analyze electronic circuits used in diesel equipment.
    8. Follow diagnostic troubleshooting trees to repair electronic equipment.
    9. Perform a recalibration of customer parameters.


  
  • DESL 2710 - Power Transfer System


    This course is designed to provide instruction in the theory and operation of Heavy Duty Drivetrains.  Considerable time is spent on proper procedures to disassemble and assemble torque converters, power shift, and automatic transmissions. The class will also work with common planetary final drives.  Component nomenclature, function, and analysis are covered, as is the proper usage of hand tools, measuring instruments and special equipment.

    Credits: 4

    Instructional Method Lecture/Lab

    Minimum Student Competencies
    Upon completion of DESL 2710 Power Transfer Systems, the student will:

    1. Select safe work habits, identify common shop hazards, and properly use safety equipment.
    2. Explain how common Drivetrains function.
    3. Justify methodology for establishing why different drivetrains are utilized.
    4. Overhaul and determine re-usability guidelines for components.
    5. Develop the criteria for proper diagnosis and equipment necessary to do so.
    6. Prescribe the steps to properly analyze equipment maintenance and make improvements.
    7. Validate the steps of proper troubleshooting.
    8. Explain the purpose of gears used in mobile off-road equipment.
    9. Calculate planetary gear ratios.
    10. Troubleshoot Automated Transmissions
    11. Describe and explain common failures and root causes for Torque converters, torque dividers, and fluid couplings.
    12. Explain the purpose and fundamentals of countershaft and planetary power-shift transmissions.
    13. Describe the shift logic of computer-controlled transmissions.
    14. Describe the common failures of power-shift transmissions.


  
  • DHYG 1000 - Survey of Dental Hygiene


    This course provides a broad overview of the dental hygiene profession.  Concepts addressed include history of the discipline, scope of practice, ethics, professionalism, dental terminology, basic dental anatomy, duties and responsibilities, evidence-based decision making, communication within a diverse culture, and career options.

    Credits: 1

    Instructional Method Lecture

    Prerequisites:

    none



    Co-requisites:

    none



    Minimum Student Competencies
    Upon completion of DHYG 1000 Survey of Dental Hygiene, the student will:

     

    1. explain the dental hygiene process of care model.
    2. identify basic oral anatomical features and terminology.
    3. analyze communication methods for diverse clients across the lifespan.
    4. apply evidenced-based, ethical, and legal principles to problem-based case scenarios.
    5. differentiate between career options.
    6. describe duties and responsibilities of a licensed dental hygienist.


  
  • DHYG 2100 - Dental Health Education


    This course is designed to assist dental hygiene students in addressing methods for preventing oral disease, behavior modification techniques, and patient education.  This course prepares students to apply preventive oral health concepts and individualize oral health care in clinical dental hygiene and community health environments.

    Credits: 3

    Instructional Method Lecture

    Comments: Prior to Fall 2010, DHYG 2100 was listed as DHYG 3100

    Prerequisites:

    Admission to the Dental Hygiene program required



    Co-requisites:

    none



    Minimum Student Competencies
    Upon completion of DHYG 2100 Dental Health Education, the student will:

    1. explain the oral disease processes.
    2. promote positive values of overall health and wellness to the public.
    3. communicate in a culturally sensitive manner with diverse individuals.
    4. assess the dental/oral health education needs of patients.
    5. identify obstacles to achieving optimal oral health.
    6. evaluate factors that can be used to promote patient adherence to disease prevention or health maintenance strategies.
    7. conduct an oral health risk assessment.
    8. integrate accepted current scientific theories and research into educational and preventive over-the-counter oral self-care products.
    9. integrate accepted current scientific theories and research related to  the preventive modalities of fluorides, sealants, and adjunctive therapies.
    10. differentiate between behavioral modification theories.
    11. develop individualized patient oral health education plans based on case    scenarios.
    12. conduct a dietary analysis with a patient.
    13. recommend appropriate oral physiotherapy aids based on a patient’s individualized dental hygiene care plan.
    14. implement a caries risk behavioral change plan with a patient.
    15. evaluate the effectiveness of behavioral change plans.
    16. explore the effectiveness of various tobacco cessation programs.
    17. apply the principles of tobacco cessation counseling.


  
  • DHYG 2200 - Pharmacology


    This course familiarizes students with the sources, actions, uses, dosages and toxic effects of drugs.  It covers drugs commonly used in dentistry and drugs commonly taken by patients that affect dental and dental hygiene therapy.

    Credits: 2

    Instructional Method Lecture

    Prerequisites:

    Admission to the Dental Hygiene program required.



    Co-requisites:

    none



    Minimum Student Competencies
    Upon completion of DHYG 2200 Pharmacology, the student will:

    1. Apply vocabulary and terminology associated with pharmacology to read and interpret new information.
    2. Utilize appropriate reference material.
    3. Describe the indications, pharmacokinetics, pharmacological effects, adverse reactions, drug interactions, and dosages associated with the various drug groups.
    4. Discuss the drugs/ drug categories used in dentistry and the side effects.
    5. Discuss possible oral complications associated with drug therapy and systemic disease.


  
  • DHYG 2210 - Dental Embryology and Histology


    This course involves the study of the development and histologic structure of elements in the head and neck region. Special emphasis will be placed on embryology of structures in the orofacial region.  Histologic features will be related to functional characteristics of the tissues discussed.

    Credits: 2

    Prerequisites:

    Sequence of course work is established by the Dental Hygiene Program.



    Co-requisites:

    None



  
  • DHYG 2300 - Preclinical Dental Hygiene


    This course prepares students for clinical dental hygiene experience.  Topics include aseptic techniques, assessment, planning, implementation, and evaluation of individualized dental hygiene care.

    Credits: 3

    Prerequisites:
    Admission to the Dental Hygiene program required.

    Minimum Student Competencies
    Upon completion of DHYG 2300 Preclinical Dental Hygiene, the student will:

    1. apply standard infection control precautions to unit preparation.
    2. exercise effective ergonomics.
    3. demonstrate medical history interviewing techniques.
    4. demonstrate procedures for taking vital signs.
    5. chart extra-oral, intra-oral, calculus, and periodontal findings.
    6. construct a dental hygiene diagnosis based on assessment data.
    7. plan appropriate oral health goals for clients based on case studies.
    8. design an individualized dental hygiene care plan.
    9. demonstrate effective instrumentation techniques.
    10. provide primary and secondary preventive dental hygiene therapies to peer clients.
    11. design patient-specific oral health home care strategies for peer patients and case scenarios.
    12. demonstrate effective instrument sharpening techniques.
    13. demonstrate instrument transfer techniques.
    14. document client data using computer-based programs.
    15. handle client information according to the Health Insurance Portability and Accountability Act (HIPAA).
    16. manage common dental emergencies based on case scenarios
    17. employ efficient time in motion strategies to improve time management skills.
    18. self-reflect on learning through journal entries.


  
  • DHYG 2305 - Clinical Dental Technology


    This course prepares the dental hygiene student to utilize the dental computer program Eagle Soft required in the Sheridan College Dental Hygiene Clinic. Competence in this technology equips graduates to move on to operate similar dental software used by various dental practices.
     

    Credits: 1

    Instructional Method Lecture

    Co-requisites:
    DHYG 2470 Orientation to Dental Hygiene, DHYG 2300 Pre-clinical Dental Hygiene

    Minimum Student Competencies
    Upon completion of DYHG 2305 Clinical Dental Technology , the student will:

    1. Obtain electronic signatures for legal documents explaining HIPAA and clinical protocols for clients.
    2. Develop client records including personal contact information and preferred providers.
    3. Explain importance of accurate, complete client assessment and records.
    4. Create additional required clinical documents using the tool SmartDocs within Eagle Soft.
    5. Enter proposed dental hygiene services using Code on Dental Procedures and Nomenclature coding.
    6. Validate quality assurance of comprehensive dental care completion with chart audit documentation.


  
  • DHYG 2350 - Clinical Dental Hygiene I


    This course allows dental hygiene students to apply practical skills in patient care and education during supervised clinical experience.

    Credits: 3

    Prerequisites:
    Admission to the Dental Hygiene program required.

    Minimum Student Competencies
    Upon completion of DHYG 2350 Clinical Dental Hygiene I, the student will:

    1. apply standard infection control precautions.
    2. handle client information according to the Health Insurance Portability and Accountability Act (HIPAA).
    3. communicate effectively with diverse populations.
    4. employ efficient time in motion strategies to improve time management skills.
    5. exercise effective ergonomics.
    6. demonstrate proficiency in medical and dental history interviewing and documentation.
    7. chart extraoral, intraoral, calculus, and periodontal findings.
    8. critique required diagnostic radiographs.
    9. design an individualized dental hygiene care plan
    10. plan in collaboration with the client, appropriate oral health goals.
    11. provide primary and secondary preventive dental hygiene therapies for diverse populations.
    12. demonstrate effective instrument sharpening techniques.
    13. evaluate dental hygiene care based on client needs.
    14. reflect on learning through clinic journals.


  
  • DHYG 2400 - Head, Neck, and Oral Anatomy/Physiology


    This course focuses on the structure and function of the head and neck of the human body, including the nomenclature of bones, muscles, blood vessels, nerves, glands, lymphatic structure, fasciae, and spaces.  Emphasis is placed on structures associated with the mouth and the masticatory system and their clinical application to the dental hygiene process of care.   

    Credits: 2

    Instructional Method Lecture

    Prerequisites:

    Admission to the Dental Hygiene program required.



    Co-requisites:

    none



    Minimum Student Competencies
    Upon completion of DHYG 2400 Head, Neck, and Oral Anatomy and Physiology, the student will:

    1. Locate on diagrams and models of the head and neck all of the major components of the skeletal, muscular, glandular, nervous, vascular, and lymphatic systems and describe their physiological importance to the practice of dental hygiene.
    2. Recognize the relationship of the oral cavity and head and neck region to the rest of the body.
    3. Identify all intra-and extra-oral landmarks associated with the major anatomical structures in the head and neck region.
    4. Describe the paranasal sinuses, their drainage, relationship to structures in the oral cavity and spread of dental infection in the head and neck.
    5. Describe functions of masticatory and facial expression musculature.
    6. Relate this anatomy to the signs and symptoms of temporomandibular joint dysfunction.
    7. Identify lymphatic drainage from the head and neck and relate it to the spread of infection and metastasis.
    8. Describe the major fascial spaces and compartments and relate them to the spread of infection in the head and neck.
    9. Distinguish between veins and arteries and their functions.
    10. Recognize nerves of the head and neck region and their paths of innervation.
    11. Identify landmarks for local anesthesia on a human skull.


  
  • DHYG 2405 - Dental Anatomy


    This course involves the study of basic dental terminology, tooth form, function occlusion, notation systems, tooth morphology, eruption and exfoliation patterns. Course activities include examination of natural teeth, teeth models and skulls.

    Credits: 2

    Instructional Method Lecture

    Prerequisites:
    Sequence of course work is established by the Dental Hygiene Program.

    Co-requisites:
    None

    Minimum Student Competencies
    Upon completion of DHYG 2405 Dental Anatomy, the student will:

    1. Locate and describe the basic structures of the oral cavity.
    2. Apply correct dental terminology to describe the location and morphologic characteristics of each tooth in the primary and permanent dentition.
    3. Differentiate between tooth numbering systems and apply the Universal numbering system to clinical and radiographic situations.
    4. Analyze a tooth’s function based on its morphology.
    5. Identify extracted teeth by name and Universal number.
    6. Predict dental hygiene instrumentation challenges based on root morphology.
    7. Predict patient homecare challenges and susceptibility to dental disease based on tooth morphology.
    8. Determine the eruption, exfoliation, and root completion dates for the primary and permanent dentition.
    9. Evaluate the occlusion of models/case studies/peers/patients and differentiate between the primary/mixed/permanent dentition.


  
  • DHYG 2420 - Clinical Seminar I


    This course provides continued preparation for clinical experience through instruction in the interpretation of client assessment data, and designing dental hygiene care for clients across the lifespan and those who are medically compromised.

    Credits: 2

    Instructional Method Lecture

    Prerequisites:
    Admission to the Dental Hygiene program required.

    Minimum Student Competencies
    Upon completion of DHYG 2300 Preclinical Dental Hygiene, the student will:

    1. render emergency care centered on problem-based case scenarios.
    2. apply the dental hygiene process of care model to plan for patients who are medically compromised or may have physical, sensory, mental, substance abuse, or emotional disabilities or disorders.
    3. apply ethical and legal principles to problem-based case scenarios.
    4. analyze communication methods for special needs patients across the lifespan.
    5. identify the etiologic and epidemiologic characteristics of diseases/conditions.
    6. describe the oral management (prevention and treatment) of patients with special needs.
    7. incorporate behavior change theory into planning patient education including oral self-care modification for patients with special needs.
    8. demonstrate appropriate oral health armamentarium for the special needs patient.
    9. design a dental hygiene care plan for a patient who is medically compromised or has a physical, sensory, mental, substance abuse, or emotional disability or disorder.
    10. assess one’s professional attitudes, values and commitment to providing oral health care to special needs patients.


  
  • DHYG 2450 - Oral Radiology


    This is a lecture course dealing with the principles of x-ray production, exposure, processing, and radiation biology. Also covered are analysis and interpretation of dental radio graphic images.

    Credits: 3

    Instructional Method Lecture

    Prerequisites:
    Sequence of coursework is established by the dental hygiene program.

    Co-requisites:
    DHYG 2451, Oral Radiology Lab, 1 credit

    Minimum Student Competencies
    Upon completion of DHYG 2450 , the student will:

    1. Describe the principles of radiation and x-radiation.
    2. Identify the component parts and workings of the dental x-ray machine.
    3. Describe factors affecting the quality of the x-ray beam and the resulting radiographic image.
    4. Explain the effects of ionizing radiation on living tissues.
    5. Discuss radiation biology health and safety.
    6. Demonstrate selection of appropriate radiographic surveys, sensor size      and sensor use.
    7. Demonstrate currently accepted intraoral techniques for bitewing images (horizontal and vertical), occlusal images and periapical images, with an emphasis on paralleling technique.  
    8. Evaluate and demonstrate supplementary techniques for specialized patient conditions. (endodontic, localization, edentulous, pediatric patients,  difficult anatomy, disabling conditions)
    9. Explain the techniques of proper sensor/film processing, handling and record keeping.
    10. Explain image viewing techniques and principles of interpretation
    11. Recognize and name the radiographic errors and artifacts on intra oral and extra oral images.
    12. Interpret and describe normal anatomy versus pathology on radiographic images.
    13. Identify and describe classifications of dental caries and restorative materials viewed on radiographs.
    14. Classify periodontal disease according to radiographic bone levels.
    15. Explain appropriate infection control protocols for radiography.
    16. Describe and implement quality assurance procedures.


  
  • DHYG 2451 - Oral Radiology Lab


    This is a laboratory course dealing with the principles of x-ray production, exposure, processing, and radiation biology.  Techniques for achieving diagnostic radiographs will be taught.  Also covered are analysis and interpretation of dental radiographic images.

    Credits: 1

    Prerequisites:

    Sequence of coursework is established by the Dental Hygiene program.



    Co-requisites:

    DHYG 2450, Oral Radiology, 3 credits



  
  • DHYG 2455 - Dental Materials


    This course covers the lecture portion of the scientific and application principles of dental materials. It includes study of the composition, properties and other factors which provide scientific rationale in the selection and use of materials employed in the fabrication of dental appliances and tooth restorations.

    Credits: 2

    Instructional Method Lecture

    Comments: This course was previously numbered DHYG 2460.

    Co-requisites:
    DHYG 2456 Dental Materials 2456

    Minimum Student Competencies
    Upon completion of DHYG 2455 Dental Materials, the student will:

    1. Identify physical, chemical, and biological properties of specific dental materials.
    2. Apply principles and techniques when proportioning and manipulating all dental materials that are within the dental hygienist’s scope of practice.
    3. Evaluate variables in manipulation of dental materials that may influence desired outcomes, including initiating or implementing procedures to eliminate errors during manipulation of dental materials.
    4. Apply principles of professional and ethical behavior.


  
  • DHYG 2456 - Dental Materials Lab


    This course covers the laboratory portion of the scientific and application principles of dental materials. It includes study of the composition, properties and other factors which provide scientific rationale in the selection and use of materials employed in the fabrication of dental appliances and tooth restorations.

    Credits: 1

    Instructional Method Lab

    Co-requisites:
    DHYG 2455 Dental Materials

    Minimum Student Competencies
    Upon completion of DHYG 2456 Dental Materials Lab, the student will:

    1. Identify physical, chemical, and biological properties of specific dental materials.
    2. Apply principles and techniques when proportioning and manipulating all dental materials that are within the dental hygienist’s scope of practice.
    3. Evaluate variables in manipulation of dental materials that may influence desired outcomes, including initiating or implementing procedures to eliminate errors during manipulation of dental materials.
    4. Apply principles of professional and ethical behavior.


  
  • DHYG 2460 - Dental Materials


    This course covers the lecture portion of the scientific and application principles of dental materials. It includes study of the composition, properties and other factors which provide scientific rationale in the selection and use of materials employed in the fabrication of dental appliances and tooth restorations.

    Credits: 2

    Instructional Method Lecture

    Prerequisites:
    Admission to the Dental Hygiene program required.

    Minimum Student Competencies
    Upon completion of DHYG 2460 Dental Materials, the student will:

    1. Identify physical, chemical, and biological properties of specific dental materials.
    2. Apply principles and techniques when proportioning and manipulating all dental materials that are within the dental hygienist’s scope of practice.
    3. Evaluate variables in manipulation of dental materials that may influence desired outcomes, including initiating or implementing procedures to eliminate errors during manipulation of dental materials.
    4. Apply principles of professional and ethical behavior.


  
  • DHYG 2461 - Dental Materials Lab


    This course covers the laboratory portion of the scientific and application principles of dental materials. It includes study of the composition, properties and other factors which provide scientific rationale in the selection and use of materials employed in the fabrication of dental appliances and tooth restorations.

    Credits: 1

    Instructional Method Lab

    Co-requisites:
    DHYG 2460 Dental Materials

    Minimum Student Competencies
    Upon completion of DHYG 2461 Dental Materials Lab, the student will:

    1. Identify physical, chemical, and biological properties of specific dental materials.
    2. Apply principles and techniques when proportioning and manipulating all dental materials that are within the dental hygienist’s scope of practice.
    3. Evaluate variables in manipulation of dental materials that may influence desired outcomes, including initiating or implementing procedures to eliminate errors during manipulation of dental materials.
    4. Apply principles of professional and ethical behavior.


  
  • DHYG 2470 - Orientation to Dental Hygiene


    This course prepares the student dental hygienist for clinical experience with a comprehensive overview of the principles, concepts, and techniques related to the dental hygiene process of care.

    Credits: 3

    Prerequisites:

    Sequence of course work is established by the Dental Hygiene Program.



    Co-requisites:

    None



  
  • DHYG 3230 - Clinical Seminar II


    This course is a continuation of the Clinical Seminar Series.  Course content will focus on the review and enhancement of instrumentation skills; the essentials of instrument selection; the role of root planing in dental hygiene; the development and refinement of skills needed for treatment of more advanced periodontal cases, which includes the initiation of a periodontal case study; and the introduction and preparation for the use of state-of-the-art clinical technologies.

    Credits: 2

    Instructional Method Lecture

    Minimum Student Competencies
    Upon completion of DHYG 3230 Clinic Seminar II , the student will:

    1. Correlate didactic material with clinical applications in patient care.
    2. Apply instrumentation techniques learned in previous clinical courses as well as new techniques used for advanced instrumentation.
    3. Produce intra-oral and digital camera images of diagnostic quality.
    4. Create treatment plan adaptations for patients who are challenged with mental disorders.
    5. Demonstrate ultrasonic and sonic scaler debridement techniques.
    6. Demonstrate the use of an air-powder polisher.
    7. Explore the different types of adjunct therapies available for treating advanced periodontal conditions.
    8. Demonstrate the application of minocycline gel.
    9. Compare the concepts of root planing and periodontal debridement.
    10. Develop competency in synthesizing advanced periodontal patient care through the review of case studies.
    11. Explore the use of dental endoscopy and laser therapy for periodontal procedures.
    12. Demonstrate screening techniques for HIV testing.


  
  • DHYG 3250 - Clinical Seminar III


    This course prepares the dental hygiene student to make the transition from an educational setting to private practice.  Focus is on applying, synthesizing, and transferring clinical and didactic knowledge to clinical and ethical decision-making.  Students will be engaged in problem-based case studies, application of motivational theories, and analysis of evidence-based research.

    Credits: 2

    Prerequisites:
    Sequence of course work is established by the Dental Hygiene Program.

    Minimum Student Competencies
    Upon completion of DHYG 3250 Clinic Seminar III , the student will:

    1. Apply the elements of clinical reasoning to a problem-based clinical case study.
    2. Evaluate behavior modification models and motivational theories.
    3. Apply the appropriate motivation/behavioral change theory based on a clinical case from Clinic II or III.
    4. Establish realistic outcomes for client change based on a clinical case from Clinic III.
    5. Apply the role of evidence-based decision making to clinical practice.
    6. Differentiate between clinical and statistical significance.
    7. Identify inferences and assumptions related to an assigned research article.
    8. Analyze strengths, weaknesses, opportunities and threats to reliability and validity of an assigned research study.
    9. Evaluate three articles related to a PICO (patient/problem, information, comparison, and outcomes) question about a clinical issue, product or strategy.
    10. Draw conclusions in arriving at an evidence-based decision regarding the PICO question and research.
    11. Present comparative research to faculty, peers and professional colleagues.


  
  • DHYG 3300 - Clinical Dental Hygiene II


    This course provides students the opportunity to gain further practical experience in dental hygiene procedures by providing comprehensive patient care in clinical settings.  A flexible format allows students to meet requirements in procedures for patient record-keeping, patient education, dental prophylaxis, dental radiography and routine clinical procedures.

    Credits: 5

    Prerequisites:
    Sequence of course work is established by the Dental Hygiene Program

    Minimum Student Competencies
    Upon completion of DHYG 3300 Clinical Dental Hygiene II , the student will:

    1. Apply Standard Infection Control Precautions.
    2. Demonstrate proficiency in taking and recording medical histories and vital signs.
    3. Design individualized dental hygiene care plans.
    4. Demonstrate calculus charting, debridement and stain removal without traumatizing hard of soft tissue.
    5. Maintain instrument sharpness.
    6. Demonstrate advanced instrumentation techniques.
    7. Critique required diagnostic radiographs.
    8. Demonstrate the use of the air-powder polisher.
    9. Evaluate all patients for the need of adjunct therapy.
    10. Demonstrate the use of the ultrasonic scaler.
    11. Demonstrate the ability to apply pit and fissure sealants.
    12. Capture intra- oral images using the intra -oral camera.
    13. Demonstrate effective scheduling, record-keeping, sterilization, screening, and assisting skills while performing clinic and office assistant responsibilities
    14. Perform soft tissue therapy using the dental laser.


  
  • DHYG 3350 - Clinical Dental Hygiene III


    This course assists students in gaining practical experience in clinical procedures requiring greater skill and knowledge than procedures previously undertaken.  This course prepares students for the transition to private office practice.

    Credits: 5

    Instructional Method Clinical

    Prerequisites:

    Complete DHYG 3300 - Dental Hygiene II



    Minimum Student Competencies
    Upon completion of DHYG 3350 Clinic Dental Hygiene III, the student will:

    1. Assume responsibility for dental hygiene actions and services, according to clinic protocol.
    2. Provide documentation for assessment, planning, implementation, and evaluation of dental hygiene services.
    3. Communicate using positive verbal and nonverbal communication skills with all individuals.
    4. Communicate professional knowledge orally and in writing.
    5. Teach clients to value the delivery of competent care by dental professionals.
    6. Integrate the professional code of ethics in all endeavors.
    7. Adhere to state and federal laws, recommendations, and regulations in the provision of dental hygiene care.
    8. Provide care to all clients using an individualized approach that is empathetic and caring.
    9. Serve all clients and the community without discrimination, appreciating the cultural differences of the population.
    10. Ensure the privacy of the client during dental hygiene treatment and counseling and the confidentiality of client records.
    11. Accept responsibility for solving problems and making decisions based on accepted scientific principles.
    12. Utilize sound judgment in application of new information to client/client care
    13. Analyze collected data on the general, oral, and psycho-social health status of clients with methods consistent with the dental hygiene scope of practice and legal principles.
    14. Formulate a comprehensive dental hygiene care plan in collaboration with the client and other health professionals.
    15. Provide preventive and therapeutic services that promote oral health according to the needs of the client.
    16. Evaluate the effectiveness of implemented clinical, preventive, and educational services and modify as needed.
    17. Respect the values and beliefs of the client while promoting optimal oral and general health.
    18. Recognize and refer clients who may have physiologic, psychological, and/or social problems for comprehensive client evaluation.
    19. Identify factors that can be used to motivate the client for disease prevention and/or health maintenance.
    20. Accept responsibility for self-assessment and professional growth through life-long learning.


  
  • DHYG 3400 - General and Oral Pathology


    This course is designed to teach students the concepts underlying general and oral manifestations of human disease states, manifestations of specific diseases, relationships to body defense mechanisms, and potential implications for medical and dental hygiene treatment. To the extent possible, applications to clinical situations in dental hygiene practice will be made.

    Credits: 3

    Instructional Method Lecture

    Prerequisites:

    Admission to the Dental Hygiene program required



    Minimum Student Competencies
    Upon completion of DHYG 3400 General and Oral Pathology, the student will:

    1. Explain the ways general and oral pathology impact dental hygiene practice.
    2. Demonstrate the ability to understand, pronounce, spell, and use correctly the terminology unique to the study of pathology.
    3. Summarize the systemic and oral conditions seen in a clear and concise presentation to a clinical instructor, the patient’s dentist or other health care professional.
    4. Formulate a differential diagnosis.
    5. Differentiate between variants of normal and pathological oral conditions.
    6. Discuss injury, inflammation and wound repair as they apply to oral mucosa, salivary glands, dental pulp, and bones of the jaw.
    7. Recognize traumatic injuries to the head and neck region, oral cavity and dentition.
    8. Recognize oral and systemic manifestations of infectious disease.
    9. Describe the mechanism of body defense and explain the role played by the immune system.
    10. Discuss hypersensitivity and autoimmunity as they relate to disorders of the head, neck and oral regions.
    11. Explain the origin of common developmental disorders of the head, neck and oral regions encountered in dental patients.
    12. Demonstrate an understanding of the role of genetics and environmental factors on the etiology of disease.
    13. Demonstrate an understanding of the processes involved in initiation and spread of malignant neoplasms.
    14. Explain the epidemiology, etiology, clinical manifestations, prognosis, and management of oral cancer in the United States.
    15. Correlate the signs and symptoms of oral pathology conditions with the etiologic factors.
    16. Discuss oral manifestations of systemic disease.


  
  • DHYG 3550 - Community Dental Health


    This course provides the dental hygiene student with an introduction to basic skills needed to evaluate the dental health community, including research methodology and basic statistical analysis.  It provides the student with a basic understanding of the significant social, political, psychological and economic factors influencing the American Health System.

    Credits: 3

    Instructional Method Lecture and Lab

    Prerequisites:

    Admission to the Dental Hygiene program required.



    Minimum Student Competencies
    Upon completion of DHYG 3550 Community Dental Health, the student will:

    1. Identify roles of the dental professional within a community.
    2. Explore characteristics of the current dental care delivery system.
    3. Examine the social, political, cultural and economic factors that affect utilization of the dental care delivery system.
    4. Generalize issues that may affect the current health care system and compare these to the Surgeon General’s Report on Oral Health Care.
    5. Relate the concept of community-based needs to the following subject areas:  Oral Epidemiology; Dental Health Education ; Health Promotion Strategies; Prevention, Control and Treatment of Oral Diseases.
    6. Compare the cost-effectiveness of preventive measures when applied to community-based dental programs.
    7. Analyze and group assessment data to address the needs of a target population group.
    8. Demonstrate the process of planning, implementing and evaluating a community-based program.
    9. Compute basic biostatistics.


  
  • DHYG 3600 - Ethics and Law in Dental Hygiene


    This course provides an introduction to basic concepts in the analysis of ethical theories, principles, values, the professional code of ethics, and legal aspects associated with the dental hygiene healthcare profession. Contemporary issues are examined in dentistry and medicine as a strategy to explore and apply ethical principles in diverse cultures and situations.

    Credits: 2

    Prerequisites:
    Sequence of course work as established by the Dental Hygiene program.

    Minimum Student Competencies
    Upon completion of DHYG 3600 Ethics and Law in Dental Hygiene, the student will:

    1. Compare the terms “ethics,” “morality” and “the law.”

    2. Distinguish between the theories of utilitarianism, deontology and virtue ethics.

    3. Define the terms autonomy, confidentiality, societal trust, nonmaleficence, beneficence, justice, social justice, veracity and fidelity.

    4. Determine whether a problem is an ethical issue, dilemma, or distress.

    5. Apply an ethical decision-making framework to a case-based situation and be able to defend the choice of action

    6. Interpret the dental hygiene professional code of ethics and identify the core values found in the Codes of Ethics of the American Dental Hygienists’ Association.

    7. Summarize the scope of practice for the dental hygiene professional and for the members of the dental team.

    8. Outline the components of the legal system.

    9. Compare the concepts of civil law with criminal law, using examples found in allied dental health practices

    10. Interpret legal principles guiding health care delivery including knowledge of federal and state laws.

    11. Discuss the criteria for informed consent and informed refusal.

    12. Explore the implications of professional malpractice and describe reasons that a license may be suspended, restricted or revoked.

  
  • DHYG 3720 - Office Practice


    This course is designed to provide the dental hygiene student with both current information and experience in office practice and management.  Also included are discussions of professionalism, decision-making and leadership roles, including legal and ethical responsibilities, team responsibilities in the dental office and discussion of selecting, securing and maintaining employment.

    Credits: 2

    Prerequisites:
    Sequence of course work is established by the Dental Hygiene Program

    Minimum Student Competencies
    Upon completion of DHYG 3720, the student will:

    1. Prepare for employment by identifying possible career choices and construct a cover letter and resume.
    2. Investigate variables in compensation for private practice dental hygiene and explore personal finance.
    3. Experience the interview process by participating in a mock interview with a dental professional.
    4. Create a personalized e-portfolio.
    5. Examine strategies of marketing in the dental practice.
    6. Distinguish systems of purchasing in the dental office and propose/defend a new product.
    7. Identify legislation that protects and aids the patient and the dental hygienist against discrimination in dentistry.
    8. Identify through case studies the responsibilities and roles of dental office employees in risk management.
    9. Investigate possible fraudulent practices within the dental health care system.
    10. Explain basic diagnostic, preventive & treatment procedures in oral surgery, pediatrics, endodontics, orthodontics, prosthodontics, & forensics.


  
  • DHYG 3750 - Periodontology


    This course reviews the anatomy and histology of periodontal structures and dental accretions followed by a study of the classifications and etiology of periodontal diseases including both local and systemic factors.  A thorough exploration of the hygienist’s role in disease recognition, prevention, therapeutic procedures and maintenance is also included.

    Credits: 3

    Instructional Method Lecture

    Prerequisites:

    Admission to the Dental Hygiene program required.



    Minimum Student Competencies
    Upon completion of DHYG 3750 Periodontology, the student will:

    1. Identify the clinical, histological and radiographic features of periodontal health versus periodontal diseases.
    2. Compare the various stages of severity of periodontal diseases.
    3. Describe the function of the periodontium.
    4. Classify patient level of periodontal severity according to the American Academy of Periodontology Classification System.
    5. Describe local and systemic factors involved in the etiology and pathogenesis of periodontal disease.
    6. Develop an individualized patient treatment plan to include patient periodontal classification, treatment needs, oral hygiene care needs, proposed prognosis and appropriate patient recare.
    7. Review non-surgical periodontal therapy.
    8. Explore the most commonly performed periodontal surgical procedures and discuss the prognosis of each.
    9. Determine individualized steps to be taken at a patient periodontal re-evaluation appointment.
    10. Modify maintenance programs which are designed to meet individual patient needs.


  
  • DHYG 3770 - Pain Management


    This course provides clinical experience with local anesthesia and inhalation sedation techniques. It includes the detection of anatomic landmarks in the mouth pertaining to specific injection sites, preparation of the armamentarium, maintenance of asepsis, simulated and real injection of anesthetic agents at predetermined sites and administration of nitrous oxide/oxygen.

    Credits: 2

    Instructional Method Lecture

    Prerequisites:
    Admission to the Dental Hygiene program required.

    Co-requisites:
    DHYG 3775 Pain Management Lab

    Minimum Student Competencies
    Upon completion of DHYG 3770 Pain Management, the student will:

    1. Demonstrate complete understanding of the head and neck structures involved in the delivery of local anesthetic to include bones, muscles, nerves, and vascular supply.
    2. Apply Oraqix in a safe and effective manner to appropriate patients.
    3. Explain the components and assemble the armamentarium for local anesthetic injections.
    4. Explain the basic injection techniques common to all intraoral local anesthetic injections.
    5. Demonstrate safe and effective techniques for all intraoral local anesthetic injections.
    6. Explain the physiologic process of pain conduction and blockage.
    7. Explain the psychological components of pain.
    8. Select the most appropriate topical anesthetic, local anesthetic and/or inhalation agent based on patient assessment.
    9. Determine emergency management procedures appropriate for complications which could arise from local anesthetic injections and inhalation sedation.
    10. Write accurate and complete patient records.
    11. Administer nitrous oxide/oxygen sedation safely and effectively after patient assessment.


  
  • DHYG 3775 - Pain Management Lab


    This course provides clinical experience with local anesthesia and inhalation sedation techniques. It includes the detection of anatomic landmarks in the mouth pertaining to specific injection sites, preparation of the armamentarium, maintenance of asepsis, simulated and real injection of anesthetic agents at predetermined sites and administration of nitrous oxide/oxygen.

    Credits: 1

    Instructional Method Lab

    Prerequisites:

    Admission to the Dental Hygiene program required.



    Co-requisites:

    DHYG 3770 - Pain Management (lecture)



    Minimum Student Competencies
    Upon completion of DHYG 3775 Pain Management Lab, the student will:

    1. Assemble all component parts of the equipment required for injections.
    2. Maintain the chain of asepsis throughout the local anesthetic/inhalation process.
    3. Administer local anesthetic agents safely with the least amount of pain and trauma to the patient.
    4. Demonstrate patient management skills which will alleviate patients’ fears of the injection procedure.
    5. Demonstrate correct assembly of the nitrous oxide/oxygen sedation equipment.
    6. Administer nitrous oxide/oxygen to a lab partner in a safe and effective manner.
    7. Write accurate and complete patient records.


  
  • DHYG 3800 - Board Review


    This course is designed to assist dental hygiene students in preparing for the National Board Dental Hygiene Exam, the western and central regional clinical and anesthesia board exams, and state jurisprudence exams. These exams are required for licensure to practice dental hygiene in the United States.  This course includes discussion of the distinction between various agencies in the education, healthcare and legal system which have jurisdiction over the licensure process, and the impact of cheating during any portion of the process on the public welfare.

    Credits: 1

    Instructional Method Lecture

    Prerequisites:

    Admission to the Dental Hygiene program required.



  
  • DVST 0960 - Beginning Computer Skills


    This class is designed to be a first class for the novice computer user. The class is workbook oriented with emphasis towards a hands-on learning of the primary applications covering word processing, spreadsheets, and databases. Throughout the course, the student will become familiar with the keyboard, handling diskettes, and other basic computer concepts.

    Credits: 2

    General Education Requirement: None
  
  • ECON 0000 - Any course from the ECON department


    Choose any course from the ECON department

  
  • ECON 1010 - Macroeconomics


    This course is an introductory course covering a variety of macroeconomic concepts. It focuses on national income accounting, aggregate demand and supply, unemployment, inflation, fiscal policy, monetary policy, Keynesian and supply-side views, international trade and economic growth.  Applications are drawn primarily from the United States economy.

    Credits: 3

    Instructional Method Lecture

    General Education Requirement: Social and Behavioral Sciences
    Comments: This course also satisfies the Human Culture requirement at UW.

    Minimum Student Competencies
    Upon completion of ECON 1010 Macroeconomics, the student will:

    1. Evaluate the terms, concepts, and points of view used in basic economic inquiry.
    2. Assess the role of government performance in a mixed economic system.
    3.   Compare basic measurements of economic performance.
    4. Evaluate the circular flow model and explain its relationship with economic growth, unemployment and inflation.
    5.   Assess the Keynesian and Classical model in terms of the production function and the related effects.
    6.   Describe money and its creation.
    7. Analyze the tools of the central bank and the monetary policy mechanism.
    8. Evaluate the changing international role of the United States as a debtor nation.
    9. Evaluate usage of exchange rates, comparative advantage, and trade policy tools.


  
  • ECON 1020 - Microeconomics


    This course is an introductory course covering a variety of economic concepts. It focuses on model building, production possibilities, scarcity and choices, opportunity costs and trade-offs, the market system, supply and demand, resource allocation in the market, government intervention and its consequences, elasticity, cost, market model (pure competition), monopoly, oligopoly, and monopolistic competition.  It explores economic issues including market power, labor, positive and negative externalities and public choice.

    Credits: 3

    Instructional Method Lecture

    General Education Requirement: Social and Behavioral Sciences
    Minimum Student Competencies
    Upon completion of ECON 1020 Microeconomics , the student will be able to:

    1. Examine the terms, concepts, and points of view used in basic economic inquiry.
    2. Assess the nature and function of the product market.
    3. Analyze consumer demand using elasticity and utility.
    4. Examine the firm’s production, cost and revenue.
    5. Assess profit maximization under perfect competition, or imperfect competition.
    6. Evaluate the uniquely American experiment in legislative control of monopoly with antitrust policy.
    7. Analyze market failures and the rate of government intervention with externalities and public goods.
    8. Explain the changing international role of the United States as a debtor nation.
    9. Evaluate the usage of exchange rates, comparative advantage, and trade policy tools.


  
  • ECON 2400 - Economics of the Environment


    This course serves as an introduction to the economics of the environment, with an emphasis on examining environmental management and policy from an economic perspective. The course explores general resource and environmental issues and problems, such as those involving energy, water, agricultural, biodiversity, fisheries and pollution as well as current global concerns such as population growth global climate change and sustainable development.

    Students are introduced to the framework used by economists to evaluate the relationship between the economy and the natural environment. Economic tools will be developed that provide a means of valuing natural resources. These tools provide students with the ability to evaluate alternatives for achieving a socially optimum resource allocation and usage that ensures sustainable economic growth.

    Credits: 3

    General Education Requirement: Meets Global Diversity Requirement
    Prerequisites:

    ECON 1020 - Micro Economics with a “C” or better



  
  • EDCI 0000 - Science & Seminar


    CHEM 1090 Fundamentals of the Physical Universe and EDCI 1440 Physical Science in Elementary Schools;

    GEOL 1070 The Earth:Its Physical Environment and EDCI 1450 Earth Science in Elementary Schools; or

    BIOL 1020 Life Science and EDCI 1430 Life Science in Elementary Schools

     

  
  • EDCI 1005 - Effective Substitute Teaching


    This course provides students with an understanding of professional ethics and responsibilities. The students expand their awareness of classroom management techniques, increase knowledge of effective teaching behaviors and develop a teaching resource file.

    Credits: 2

    Instructional Method Lecture

    Prerequisites:

    none



    Co-requisites:

    none



    Minimum Student Competencies
    Upon completion of EDCI 1005 Effective Substitute Teaching, the student will:

    1. Generate solutions for situation that may occur during substitute teaching experiences.
    2. Integrate discipline strategies, instructional techniques and classroom management skills.
    3. Discuss legal and moral issues in the classroom.
    4. Outline professional responses to legal and moral issues.
    5. Assess certified teachers.
    6. Investigate the certification application process.


  
  • EDCI 1430 - Life Science in Elementary School Seminar


    This course is designed for students majoring in elementary education or early childhood education and is a companion course to BIOL 1020 Life Science.  The course focuses on teaching strategies, materials, and activities appropriate for the elementary school setting that are related to the materials and content encountered in BIOL 1020 Life Science. Students also develop an effective pedagogy for use in classrooms.

    Credits: 1

    Instructional Method Lecture/Lab

    General Education Requirement: None
    Prerequisites:
    Grade of C or better in ENGL 1010 English I and EDFD 2020 Foundations of Education

    Co-requisites:
    BIOL 1020 Life Science

    Minimum Student Competencies
    Upon completion of EDCI 1430: Life Science Seminar, the student will:

    1. Make connections between the content in BIOL 1020 LIfe Science and actually teaching the life science topics in the elementary school.
    2. Utilize materials and activities appropriate for elementary school students’ conceptual level of development that are related to materials/content encountered in BIOL 1020 Life Science.
    3. Demonstrate teaching strategies appropriate for elementary school students’ conceptual level of development that are related to materials/content encountered in BIOl 1020 Life Science.
    4. Acquire positive attitudes toward teaching children about life science and its relevance to the learner’s life.


  
  • EDCI 1440 - Physical Science in the Elementary School


    This course is designed for students majoring in elementary education or early childhood education and is a companion course to CHEM 1090 Fundamentals of the Physical Universe.  Students effectively use problem- solving techniques to solve a variety of physical situations. Students recognize a variety of uses of physics/chemistry/astronomy in everyday life, and develop an effective pedagogy for use in classrooms.

    Credits: 1

    Instructional Method Lecture/Lab

    Prerequisites:
    Grade of C or better in ENGL 1010 English I and EDFD 2020 Foundations of Education

    Co-requisites:
    CHEM 1090 Fundamentals of the Physical Universe

    Minimum Student Competencies
    Upon completion of EDCI 1440: Physical Science in the Elementary School Seminar, the student will:

    1. develop a notebook of ideas for hands-on classroom activities and lists of appropriate children’s books, source books, and materials
    2. create a starter collection of rocks and minerals for their classroom
    3. demonstrate an understanding of active, hands-on science teaching by presenting example activities, plus appropriate fillers and puzzlements
    4. demonstrate satisfactory scores on tests and assignments


  
  • EDCI 1450 - Earth Science in the Elementary School


    This course is designed for students majoring in elementary education and is a companion course to GEOL 1070 The Earth: Its Physical Environment.  The course covers the application of teaching basic earth science concepts to elementary education students.  Topics in meteorology, astronomy, geography, and geology are covered.

    Credits: 1

    Instructional Method Lecture/Lab

    Prerequisites:
    Grade of C or better in ENGL 1010 English I and EDFD 2020 Foundations of Education

    Co-requisites:
    GEOL 1070 – The Earth: Its Physical Environment

    Minimum Student Competencies
    Upon completion of EDCI 1450 Earth Science in the Elementary School, the student will:

    1. develop a notebook of ideas for hands-on classroom activities and lists of appropriate children’s books, source books, and materials
    2. demonstrate their understanding of active, hands-on science teaching by presenting example activities, plus appropriate fillers and puzzlements
    3. demonstrate satisfactory scores on tests and assignments


  
  • EDCI 2440 - Intro to Classroom Management


    This course is designed to provide an overview of the best practices in both classroom and school-wide discipline models. Sheridan students will be required to complete field hours in the Education Lab (Lab School).

    The course helps students develop a personal system of discipline tailored to his or her individual philosophy and personality as well as to the needs, traits, and social realities of the school and community.

    Credits: 2

    Instructional Method Lecture

    Prerequisites:
    Grade of C or better in ENGL 1010 English I, EDEX 2484 Introduction to Special Education, and EDFD 2020 Foundations of Education, AND grade of C or better in, or concurrent enrollment in, EDFD 2100 Educational Psychology

    Minimum Student Competencies
    Upon completion of Intro to EDCI 2440 Classroom Management , the student will:

    Taken from the InTASC Standards, (Interstate New Teacher Assessment and Support Consortium, 2013)

    Standard 1. Learner Development.

    1. 1(h) The teacher respects learners’ differing strengths and needs and is committed to using this information to further each learner’s development.

    Standard 2. Individual Differences.

    2. 2(o). The teacher makes learners feel valued and helps them learn to value each other.

    Standard 3. Performances.

    3. 3(a) The teacher collaborates with learners, families, and colleagues to build a safe, positive learning climate of openness, mutual respect, support, and inquiry.

    4. 3(b) The teacher develops learning experiences that engage learners in collaborative and self-directed learning and that extend learner interaction with ideas and people locally and globally.

    5. 3(c) The teacher collaborates with learners and colleagues to develop shared values and expectations for respectful interactions, rigorous academic discussions, and individual and group responsibility for quality work.

    6. 3(d) The teacher manages the learning environment to actively and equitable engage learners by organizing, allocating, and coordinating the resources of time, space, and learners’ attention.

  
  • EDCI 2526 - Designing and Developing an Online Course


    This course is designed for faculty to develop and facilitate an online course. Topics include: analyzing the online learning environment; demonstrating effective use of course management system tools; aligning course outcomes, learning activities, and assessments; creating preliminary documents and activities for online students; providing effective learning resources and activities for the online learner; and incorporating effective learner engagement opportunities for online students.

    Credits: 1

    General Education Requirement: None
  
  • EDEC 1020 - Intro to Early Childhood Education


    An introduction to the philosophies, goals, and purposes of group settings in early childhood is provided along with an examination of curriculum, facilities, professional opportunities, and teacher competencies and observation in pre-school classes.

    Credits: 3

    Instructional Method Lecture

    Minimum Student Competencies
    Upon completion of EDEC 1020 Introduction of Early Childhood Education, the student will:

    1. Demonstrate knowledge of several different types of programs and approaches to teaching young children through text reading, and observation and analysis of programs serving young children.
    2. Identify elements of developmentally appropriate practice in early childhood settings.
    3. Generate appropriate solutions to ethical dilemmas by comparing their observations and readings to NAEYC guidelines.
    4. Identify appropriate learning experiences for young children utilizing strategies from a variety of methods.
    5. Integrate learning experiences into a personal guiding philosophy of education.
    6. Discuss the network of social service assistance available to families.
    7. Identify the practical applications of the NAEYC code of ethics.
    8. Explore current issues and trends in the field of early childhood education.
    9. Analyze a variety of guidance and care techniques in terms of developmentally appropriate practice.


  
  • EDEC 1030 - Infant & Toddler Care


    This course provides information on growth and development of children under the age of three along with curriculum implications; defines the interactive role of the caregiver, and explores other components of infant toddler care including implementation of quality programming and adult interactions.  The course, along with EDEC 1035 - Infant and Toddler Care Lab, meets the criteria for the Wyoming Infant Toddler Credential.

    Credits: 2

    Instructional Method Lecture

    Prerequisites:

    none



    Minimum Student Competencies
    Upon completion of EDEC 1030 Infant & Toddler Care, the student will:

    1. investigate physical maturation, cognitive and language development, and social-emotional development.
    2. relate diverse perspectives of the family, parent/child/community/school systems, and various approaches to parent involvement.
    3. explain rationale for and implementation of developmentally appropriate practices in the education of infants and toddlers.
    4. evaluate developmentally appropriate curriculum through the facilitation of play and the design of appropriate learning environments.
    5. outline individual and group guidance and problem-solving techniques.
    6. identify the cultural contexts for young children’s growth, development, and learning.
    7. explain rationale for and implementation of best practices relating to infant’s and toddler’s healthy physical development.


  
  • EDEC 1035 - Infant & Toddler Care Lab


    This course is designed to supervise experiences in planning, implementing, and evaluating curriculum activities at an early childhood center.  The course serves as a bridge between theory and application through student experiences in the laboratory setting.

    Credits: 1

    Instructional Method Lab

    Co-requisites:

    EDEC 1030 - Infant and Toddler Care (or may be completed in a previous semester)



    Minimum Student Competencies
    Upon completion of EDEC 1035 Infant and Toddler Care Lab,  the student will:

    1. investigate physical maturation, cognitive and language development, and social-emotional development.
    2. relate diverse perspectives of the family, parent/child/community/school systems, and various approaches to parent involvement.
    3. explain rationale for and implementation of developmentally appropriate practices in the education of infants and toddlers.
    4. evaluate developmentally appropriate curriculum through the facilitation of play and the design of appropriate learning environments.
    5. outline individual and group guidance and problem-solving techniques.
    6. identify the cultural contexts for young children’s growth, development, and learning.
    7. explain rationale for and implementation of best practices relating to infant’s and toddler’s healthy physical development.


 

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