Course Descriptions - Iowa Western Community College (2024)

Business

• BUS 280 - Fundamentals of Lean Process Improvement

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Fundamentals of Lean Process Improvement focuses on learning and practicing Lean methods of minimizing waste, increasing efficiency and improving quality within organizations. This course provides basic understanding and practical applications of organization techniques, Lean mapping tools, streamlining work processes and problem-solving methodologies.
  

Business Computer Application

• BCA 152 - Comprehensive Spreadsheets

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Comprehensive Spreadsheets deals with the command menu, functions, template design, printing, file handling, graphics, database features, and keystroke macros. Students should have some prior spreadsheet experience.
  Prerequisite(s): CSC 116 - Information Computing
  

• BCA 184 - Comprehensive Web Page Design Software

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Comprehensive Web page Design Software teaches students how to develop web pages. Basic design, construction, and maintenance of the web page are covered. Students learn how to set up a web page using current web page design software and tools.
  

Chemistry

• CHM 122 - Introduction to General Chemistry

  4.0 Credit(s)
  Lecture 3
  Lab 3
  Introduction to General Chemistry is a one-semester course that covers the fundamentals of inorganic chemistry. Topics include the structure of the atom, properties and states of matter, nomenclature, chemical bonding, stoichiometry, gas laws, solutions, and acid-base chemistry. Laboratory experience provides hands-on exploration of the fundamentals of inorganic chemistry and reinforces lecture concepts. Laboratory is required.
  Prerequisite(s): A grade of “C” or higher in oneof the following:Oneyear of high school algebra earned within the last two years, MAT 102 - Intermediate Algebra,or MAT 743- Technical Math.
  

• CHM 132 - Introduction to Organic and Biochemistry

  4.0 Credit(s)
  Lecture 3
  Lab 3
  Introduction to Organic and Biochemistry covers selected principles of general, organic, and biochemistry for students of health sciences. Basic bonding, molecular structure, acid/base chemistry, and radiological effects are covered from general chemistry. It introduces functional groups, nomenclature, and some main reactions in organic chemistry. The biochemistry emphasizes structure and reactions of molecules in metabolism and the biosynthesis of carbohydrates, lipids and proteins. Additional topics are nucleic acids, protein synthesis, immunology, nutrition, and digestion. Laboratory work complements each topic of study.
  Prerequisite(s): CHM 122 - Introduction to General Chemistry or a grade of “C” or higher in one year of high school chemistry earned within the last two years.
  

• CHM 166 - General Chemistry I

  5.0 Credit(s)
  Lecture 3
  Lab 4
  General Chemistry I, first of a two-semester sequence, covers the fundamentals of chemistry. Topics include: structure of the atom, chemical bonding, stoichiometry, and kinetic theory of matter as applied to gases, liquids, and solids. General Chemistry I Lab explores the fundamentals of chemistry, emphasizing laboratory technique, data collection and analysis, and technical writing. Laboratory work complements each topic of study.
  Prerequisite(s): CHM 122 - Introduction to General Chemistry, or a grade of “C” or higher in one year of high school chemistry earned within the last two years, and one of the following:A grade of “C” or higher in two years of high school algebraor a grade of “C” or higher in Mat 102 - Intermediate Algebra.
  

• CHM 176 - General Chemistry II

  5.0 Credit(s)
  Lecture 3
  Lab 4
  General Chemistry II, second of a two-semester sequence, covers the fundamentals of chemistry. Topics studied include solutions, acid-base chemistry, kinetics, chemical equilibrium, thermodynamics, electrochemistry, and an introduction to organic chemistry. General Chemistry II Laboratory emphasizes data collection and analysis to explore the topics from lecture. Emphasis is placed on experiment design and technical writing. Laboratory work complements each topic of study.
  Prerequisite(s): A grade of “C” or higher in CHM 166 - General Chemistry I.
  

• CHM 263 - Organic Chemistry I

  5.0 Credit(s)
  Lecture 3
  Lab 4
  Organic Chemistry I studies carbon skeletons of aliphatic hydrocarbons and organic functional groups. It emphasizes the nature of bonding, nomenclature, isomerism, and reactions. Laboratory work introduces techniques used in identifying organic compounds and typical reactions.
  Prerequisite(s): CHM 176 - General Chemistry II.
  

• CHM 273 - Organic Chemistry II

  5.0 Credit(s)
  Lecture 3
  Lab 4
  Organic Chemistry II continues the study of organic compounds. It emphasizes the nature of alkynes and aromatics and includes the study of organic groups such as esters, amides, amino acids, and phenols. Laboratory work covers the synthesis of organic compounds.
  Prerequisite(s): CHM 263 - Organic Chemistry I.
  

Computer Aided Drafting

• CAD 129 - CAD I

  3.0 Credit(s)
  Lecture 2
  Lab 2
  CAD I provides instruction in entry-level CAD (computer-aided design) skills. Students learn 2D and 3D representation of objects, and national and international standards for documentation. Students will use Siemens software and teamwork to create drawings. Parametric solid modeling will be introduced.
  Prerequisite(s)/Corequisite(s): EGT 113 - Introduction to PLM
  

• CAD 139 - Introduction to CAD/CAM

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to CAD/CAM demonstrates the integration of Computer-Aided-Design (CAD) and Computer-Aided-Manufacturing (CAM). Students learn modern prototyping and machining methods, the use of specific software for converting 2D and 3D CAD drawing geometry directly into toolpath information used to drive numerically controlled turning and milling machines.
  

• CAD 197 - CAD 3D-NX

  4.0 Credit(s)
  Lecture 3
  Lab 2
  CAD 3D-NX introduces basic (Unigraphics Solutions) NX® parametric based solid modeling techniques. Exercises include creating and editing solid models using primitive features, form features and sketches. Introduces master modeling technique of drawing creation and editing; file management in a team environment is emphasized.
  Prerequisite(s): CAD 129 - CAD I.
  

• CAD 203 - Principles of Design

  3.0 Credit(s)
  Lecture 2
  Lab 2
  Principles of Design emphasizes further development of geometric dimensioning and tolerancing techniques and the application of tolerances for functionality and manufacturability. Students use CAD softwareto create solid models, detail, and assembly drawings suitable for manufacturing production.
  Prerequisite(s): CAD 197 - CAD 3D-NX
  

• CAD 222 - Advanced CAD 3D-NX

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Advanced CAD NX® explores areas of three-dimensional constructions and related features of the Unigraphics CAD system. Participants will construct 3-D models and perform model editing, use a 3-D coordinate system, create and apply surface techniques, and create 2-D drawings based on 3-D models. Students will also learn to transition data to others within the manufacturing process.
  Prerequisite(s): CAD 197 - CAD 3D-NX
  

• CAD 236 - Design Problems

  6.0 Credit(s)
  Lecture 3.0
  Lab 6.0
  Design Problems offers students the opportunity to use creativity in designing a specific product from scratch. The process begins with a basic concept as a solution to a problem and progresses through an analytical state, involving calculations and layout drawings. The project includes final assembly and detail drawing, as well as a bill of materials. Different failure modes, and design methods to avoid failure and meet functional requirements, are studied.
  Corequisite(s): EGT 184 - Strength of Materials
  

• CAD 238 - Design Communications

  3.0 Credit(s)
  Lecture 2
  Lab 2
  Design Communication teaches techniques to communicate the design ideas to stake holders. It covers reporting to the client via different graphic methods and perspectives. Students generate presentations, animations and assembly demonstrations. Students prepare data for production.
  Prerequisite(s): CAD 197 - CAD 3D-NX.
  

• CAD 290 - Introduction to 3D Printing

  3.0 Credit(s)
  Lecture 2
  Lab 2
  Introduction to 3D Printing covers the current and emerging 3D printing applications, advantages, and limitations of this technology. Students will discuss 3D printing technology from a time and cost-saving viewpoint based on product requirements.
  

• CAD 933 - Design Technology Internship

  6.0 Credit(s)
  Lecture 0
  Lab 0
  Internship 24
  Design Technology internship provides work experience related to the student’s Design training. This course allows the student to integrate theory with practice in the student’s area of specialization. Work experience hours are arranged.
  Prerequisite(s): A grade of “C” or higher in all first-year Design Technology courses, including MAT 743 - Technical Mathand MAT 750 - Technical Mathematics II, and permission from the instructor.
  

Computer - Networking

• NET 142 - Network Essentials

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Network Essentials introduces the networking field. The course focuses on network terminology and protocols, local area networks (LANs), wide-area networks (WANs), Open System Interconnection (OSI) models, cabling, cabling tools, routers, router programming, Ethernet, Internet Protocol (IP) addressing, and network standards. Instruction and training are provided in the proper care, maintenance, and use of networking software, tools, and equipment and all local, state, and federal safety, building, and environmental codes and regulations.
  

• NET 204 - Introduction to Networks

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Networks introduces the architecture, structure, functions, components and models of the Internet and other computer networks. The principles and structure of IP addressing and the fundamentals of Ethernet concepts, media, and operations are introduced to provide a foundation for the curriculum. Students build simple LANs, perform basic configurations for routers and switches, and implement IP addressing schemes.
  

• NET 278 - Enterprise Networking, Security, and Automation

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Enterprise Networking, Security, and Automation describes the routers and switches using OSPF in point-to-point and multi-access networks. Students mitigate threats and enhance network security using access control lists and security best practices. Students understand virtualization, SDN, APIs and how configuration management tools enable network automation.
  Prerequisite(s): NET 311 - Switching, Routing, and Wireless Essentials
  

• NET 311 - Switching, Routing, and Wireless Essentials

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Switching, Routing and Wireless Essentials describes the architecture, components, and operations of routers and switches in a small network. Students configure a router and a switch for basic functionality. Students configure and troubleshoot routers and switches and resolve common issues with RIPv1, RIPv2, and single-area and multi-area OSPF, virtual LANS, wireless LANS, and inter-VLAN routing in both IPv4 and IPv6 networks, redundancy on a switched network using STP and EtherChannel.
  Prerequisite(s): NET 204 - Introduction to Networks
  

• NET 313 - Windows Server

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Windows Server introduces the managing and maintaining of a Windows Server environment. Students learn how to install, configure, administer and support the primary services in the latest Windows Server operating system.
  Prerequisite(s): CSC 121 - Operating Systems.
  

• NET 315 - Cloud Systems Administration

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Cloud Systems Administration introduces cloud terminology and methodologies. Students gain experience implementing cloud technologies and infrastructures. Topics include security, implementation best practices, and the application of virtualization.
  

• NET 343 - Windows Directory Services

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Windows Directory Services provides the knowledge and skills necessary to plan, analyze, optimize, and troubleshoot Microsoft Windows NT® Server network operating systems in an enterprise environment. The course includes how to set up, configure, use, and support Transmission Control Protocol/Internet Protocol (TCP/IP).
  Prerequisite(s): NET 313 - Windows Server.
  

• NET 418 - LINUX Administration

  3.0 Credit(s)
  Lecture 3
  Lab 0
  LINUX Administration introduces the techniques necessary to create and manage users, groups, computers, and firewalls that make up a LINUX network. Students install and configure a secure LINUX system, applications, and user configuration files.
  Prerequisite(s): CSC 121 - Operating Systems.
  

• NET 495 - Virtual Infrastructure

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Virtual Infrastructure introduces students to the concepts and capabilities of virtual architecture with a focus on the installation, configuration and management of a VMware virtual infrastructure. This course covers fundamentals of virtual network design and implementation, fundamentals of storage area networks, virtual switching, virtual system management, and engineering for high availability.
  

• NET 612 - Fundamentals of Network Security

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Fundamentals of Network Security provides a fundamental understanding of network security principles and implementation. Students examine the technologies used and principles involved in creating a secure computer networking environment.
  Prerequisite(s): CSC 121 - Operating Systems.
  

• NET 790 - PC Support I

  3.0 Credit(s)
  Lecture 3
  Lab 0
  PC Support I introduces computer hardware and software concepts necessary for an entry-level computer repair technician. Students learn to troubleshoot, repair, upgrade, and maintain PC hardware and software.
  

• NET 795 - Desktop Support Practicum

  1.0 Credit(s)
  Lecture 0
  Lab 2
  Desktop Support Practicum provides a hands-on experiencefor students to practice skills learned in the classroom. Students learn to provide positive customer service while repairing computers.
  

• NET 810 - Computer Internship

  1.0 - 8.0 Credit(s)
  Lecture 0
  Lab 0
  Internship 4-32
  Computer Internship provides work experience related to the student’s computer training. This course allows the student to integrate theory with practice in the student’s area of specialization. Work experience hours are arranged.
  Prerequisite(s): Permission from the instructor.
  

Computer Programming

• CIS 121 - Introduction to Programming Logic

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Programming Logic covers the basic concepts of flowcharting techniques and introduces program analysis. Students also analyze and flowchart a set of modular programs.
  

• CIS 127 - Introduction to Programming

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Programming uses programming languages to teach the basics of good programming and algorithm development, with emphasis on logic, functions, debugging and graphical user interfaces.
  

• CIS 134 - Web Design

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Web Design encompasses the design, creation, and maintenance of web pages and websites. Students learn how to critically evaluate website quality, create and maintain quality web pages, assess web design standards, and manipulate images. The course progresses from introductory work on web design to a culminating project in which students design and develop comprehensive websites and publish to a web server.
  Prerequisite(s): CIS 207 - Fundamentals of Web Programming.
  

• CIS 139 - Programming I

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Programming I is a beginning applied programming course that uses object-oriented programming. The course emphasizes the basics of good programming techniques and style. Students will practice implementing and debugging programs. Programs include interactive data types, error handling and web forms.
  Prerequisite(s): CIS 127 - Introduction to Programmingor CIS 171 - Java.
  

• CIS 144 - Programming II

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Programming II covers the development of interactive data-driven web-based applications using the .NET environment. Topics include web controls, custom controls, data connections, application and session state, application cache, security, accessibility, and page design. (3/0)
  Prerequisite(s): CIS 139 - Programming I.
  

• CIS 158 - Web e-Business

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Web e-Business covers the development of ecommerce websites that are able to sell products and services. Students will learn to create catalogs, shopping carts and processing of multiple payment options.
  Prerequisite(s): CIS 215 - Server Side Web Programming
  

• CIS 171 - Java

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Java examines the Java programming language. Students explore interactive web application development using object-oriented development techniques as well as Java language constructs, run-time libraries, and graphics libraries.
  

• CIS 175 - Java II

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Java II covers advanced client-server application development constructs. Advanced GUI techniques, exception-handlers, database connectivity, and debugging are topics covered. Students will create programs using inheritance and polymorphism concepts.
  Prerequisite(s): CIS 171 - Java.
  

• CIS 187 - ASP.NET MVC with C#

  3.0 Credit(s)
  Lecture 3
  Lab 0
  ASP.NET MVC with C# provides students with hands-on experience using Visual Studio to create dynamic web applications using the ASP.NET MVC Framework and C#. Students learn how to leverage the power of the Model-View-Controller pattern to separate the layers of a web site into input handling (model), user interface (view) and business/data logic (controller). Students will learn the benefits of using the MVC pattern for web site development while creating model, views and controllers.
  Prerequisite(s): CIS 139 - Programming I
  

• CIS 207 - Fundamentals of Web Programming

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Fundamentals of Web Programming teaches how to create, design, publish, and maintain a web site. Students learn HTML, DHTML and CSS using web site creation software. Design considerations such as usability, download time and aesthetics are emphasized.
  

• CIS 213 - Advanced Client Side Scripting

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Advanced Client Side Scripting teaches current technologies for scripting the web client. Students will create scripts, dashboards and widgets.
  Prerequisite(s): CIS 207 - Fundamentals of Web Programming
  

• CIS 215 - Server Side Web Programming

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Server Side Web Programming introduces several of the most common server-sided scripting languages used in business today. The programming constructs used in these languages are covered. Scripts are designed, programmed, tested, and debugged.
  Prerequisite(s): CIS 213 - Advanced Client Side Scriptingand CIS 134 - Web Design.
  

• CIS 227 - Advanced Web Design

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Advanced Web Design introduces students to more advanced skills by using color and typography creatively and how to achieve effective web page layout by incorporating principles and standards of the web design process in the web environment. Students explore advanced web production skills such as layers and table-free layouts, templates, reusable elements, external Cascading Style Sheets, XML, automation of dynamic HTML, and site management. Students also explore complex websites with more advanced design concepts in web site creation, such as efficient navigation design, portability and accessibility, separating content from presentation for easy site updating and maintenance, planning interactivity, and search engine optimization.
  Prerequisite(s): CIS 134 - Web Designand CIS 213 - Advanced Client Side Scripting.
  

• CIS 332 - Database and SQL

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Database and SQL introduces students to the techniques and methodologies needed to construct large relational databases. It covers Data Modeling, System Query Language (SQL) and Application Programming Interfaces (API).
  

• CIS 601 - Introduction to Cryptography

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Cryptography provides an introduction to the fundamental components of encryption. Topics include the history of cryptography, public key and private key systems, hashing, and digital signatures. Students study the development of the Advanced Encryption Standard, the use and functionality of Pretty Good Privacy, and the Secure Socket Layer.
  

• CIS 602 - Cyber Investigations and Forensics

  3.0 Credit(s)
  Lecture 2
  Lab 2
  Cyber Investigations and Forensics examines basic methods of investigation, information acquisition, and management of Internet and computer forensic cases. Topics include record-searching, note taking and report writing, and using scientific methodology in cyber investigations. Students apply the basic tools and techniques for forensic analysis of computers, networks systems, and mobile devices.
  

• CIS 616 - Network and Information Security Basics

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Network and Information Security Basics is a survey of network and information security. Topics include threat assessment, risk management, establishing and managing network security policy, user training, security models, objectives, architectures, and the investigative process. It examines information security topics, such as constitutional issues, applicable laws, right and rules of evidence, confidentiality, integrity, availability, accountability, and auditing.
  

• CIS 617 - Information Systems, Forensics, and Legal Topics

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Information Systems, Forensics, and Legal Topics presents computer forensics concepts, tools, and data analysis. Students explore civil and common law issues that apply to information systems and gain practical experience in evidence detection and preservation. Students learn the concepts of establishing communications with company leadership and investigative agencies.
  

• CIS 619 - Network Attacks, Intrusions, and Penetration Testing

  3.0 Credit(s)
  Lecture 2
  Lab 2
  

  Network Attacks, Intrusions, and Penetration Testing covers attack and intrusion methods and how to defend against them. By studying network security from the point of view of the cracker and hacker, students get hands-on exposure to penetration testing and intrusion detection systems. Students investigate methods used to circumvent systems, malicious code and its impact on systems, and defense against attacks.
  

• CIS 621 - Assessments and Audits

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Assessments and Audits introduces students to the principles of risk assessment, vulnerability analysis, and auditing and how they are used to evaluate the effectiveness of information security controls. Students develop an understanding of threat and asset identification, countermeasures and safeguards, acceptable risks, and vulnerabilities. The course introduces auditing concepts of technical, physical, and administrative controls and discusses how to measure these controls for effectiveness.
  

• CIS 623 - Boundary Protection

  3.0 Credit(s)
  Lecture 2
  Lab 2
  Boundary Protection introduces the various methodologies for defending a network. Students focus on the concepts of firewalls, including packet filtering, proxy firewalls, application gateways, circuit gateways, and stateful inspection. Students delve into security planning, well-designed security policies, and integrated support from anti-virus software, intrusion detection systems, and related tools. This course explores firewalls in the context of these critical elements, providing an overview that focuses on both managerial and technical aspects of security.
  

• CIS 625 - Information Assurance Fundamentals

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Information Assurance Fundamentals topics include leading practices for information security and assurance governance and risk management. Students focus on network architecture and design of systems to maximize assurance. Students concentrate on business continuity, disaster recovery planning, resiliency, data privacy, risks, and laws. Student learn to understand legal, investigation, information-security incident response and management processes and developing secure application software.
  

• CIS 627 - Building Secure Environments

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Building Secure Environments examines a variety of communication protocols, the client/server applications that use them, and their vulnerabilities. Students explore methods to mitigate vulnerabilities of Internet/Intranet applications while maintaining Web servers and workstations usability. Discussion centers on best practices and students use a variety of methods to build, test, and defend all computers in the enterprise environment.
  

• CIS 628 - Information Warfare

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Information Warfare is designed as an overview of the fundamental processes associated with waging war in an electronic age. Topics include strategic planning and tactical analysis for target identification, reconnaissance, and tool selection. The course focuses on individual, corporate and national forms of warfare.
  

• CIS 629 - Security Capstone

  3.0 Credit(s)
  Lecture 2
  Lab 2
  Security Capstone provides realistic, hands-on, scenario-based environments in which to combine and implement concepts and tools covered in previous courses. Students conduct risk analyses and threat assessments, and they complete security plans that include auditing, monitoring, incident response, forensics, and penetration testing.
  Prerequisite(s): Permission from the instructor
  

• CIS 780 - Computer Projects

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Computer Projects involves systems from inception to completion. Projects revolve around courses taken in the curriculum with emphasis on systems, hardware, software, languages and databases. (3/0-3)
  Prerequisite(s): CIS 215- Server Side Web Programming, or NET 311- Switching, Routing, and Wireless Essentials.
  

Computer Science

• CSC 110 - Introduction to Computers

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Computers consists of a hands-on introduction to microcomputer hardware, operating systems and application software. Students enter, modify and manipulate data with word processing, presentation, spreadsheet, and database programs. Students should be familiar with the standard keyboard.
  

• CSC 114 - Introduction to Information Technology

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Information Technology examines computer hardware and software, computer networking, and data analysis and communication. Business case problems are used to introduce students to the general concepts of computers and information technology. Students work extensively in teams to collaborate and design solutions to business case problems using case-based problem methodology.
  

• CSC 116 - Information Computing

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Information Computing presents the basic concepts of information systems and computer literacy. The course incorporates theory as well as hands-on practice which focuses on spreadsheets and database management systems (DBMS).
  

• CSC 121 - Operating Systems

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Operating Systems is a hands-on course introducing the concepts of operating systems, including process, memory and storage management, protection, security and distributed systems. Students learn basic command line tools, scripting, file management and commands for several different operating systems.
  

Construction

• CON 114 - Blueprint Reading

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Blueprint Reading presents an introduction to the fundamentals of blueprint reading. Students get hands-on experience with construction drawingsand specifications. Students are introduced to the symbols, lines, schedules, specifications, and how they are associated with blueprints.
  

• CON 115 - Commercial Print Reading

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Commercial Print Reading provides students with additional experience in print reading and an introduction to using electronic plans, programs, and devices in the interpretation of blueprints and construction drawings.
  Prerequisite(s): CON 114 - Blueprint Reading
  

• CON 118 - Introduction to Sustainable Construction

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Sustainable Construction provides students knowledge of sustainable building systems and their impact on the construction industry. Students learn how energy-efficient architecture and design of buildings, sustainable construction materials, circular construction, and zero waste construction optimize natural resources and human wellbeing, lead to better waste managementand a lower carbon footprint.
  

• CON 119 - Construction Materials and Inspection

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Construction Materials and Inspection focuses on construction materials of the past, present, and future. The course emphasizes the importance of proper selection and application of construction materials. Students become familiar with aspects of a construction inspector’s duties, responsibilities, and record keeping.
  

• CON 170 - Building Construction Techniques I

  6.0 Credit(s)
  Lecture 0
  Lab 12
  Building Construction Techniques I introduces students to the methods and materials used in the construction industry. The course covers construction efficiency, as well as the delivery, handling, and installation of building materials. Other construction products, systems, procedures, and tools of the trade are also discussed.
  Corequisite(s): CON 180 - Principles of Building Construction I
  

• CON 171 - Building Construction Techniques II

  6.0 Credit(s)
  Lecture 0
  Lab 12
  Building Construction Techniques II provides additional application of selected construction techniques. This course covers the basics of floor and stair framing, roofingand siding, concrete forming and placement, block laying, and door and window installation.
  Prerequisite(s): CON 170 - Building Construction Techniques I and CON 180 - Principles of Building Construction I
  Corequisite(s): CON 181 - Principles of Building Construction II
  

• CON 180 - Principles of Building Construction I

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Principles of Building Construction I provides an introduction to the building construction process. The courseemphasizes construction safety issues and building code requirements; characteristics, use, and selection of building materials; and selection, care, and use of hand and power tools.
  Corequisite(s): CON 170 - Building Construction Techniques I
  

• CON 181 - Principles of Building Construction II

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Principles of Building Construction II provides fundamental theory of advanced construction techniques. This courseexplains floor systems, wall and ceiling framing, stair construction, interior finishing techniques,door and window selection, installation, andconcrete forming and placement.
  Prerequisite(s): CON 170 - Building Construction Techniques I and CON 180 - Principles of Building Construction I
  Corequisite(s): CON 171 - Building Construction Techniques II
  

• CON 244 - Related Trade Applications

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Related Trade Applications presents an introduction to the principles of HVAC, plumbing, and electrical systems in construction. This course addresses basic theory, related codes, techniques, and applications.
  

• CON 266 - Construction Safety

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Construction Safety provides students with the requirements and expectations of safety in the construction industry. Students learn the elements of an occupational safety program, safe working environment, personnel protection and welfare, occupational health hazards, safety laws and legal aspects of safety. Students receive an OSHA certification upon successful completion of this safety course.
  

• CON 325 - Estimating

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Estimating introduces students to the principles and techniques of estimating construction costs, with emphasis on quantity take-off, pricing elements of work, labor, equipment, material, subcontractor cost, and indirect costs. Spreadsheets and scheduling software will be used for computerized estimating.
  

• CON 329 - Construction Management

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Construction Management introduces the functions of construction management related to financial management, labor relations, material and equipment control, business methods, and risk management.
  Prerequisite(s): CON 325 - Estimating
  

• CON 348 - Supervision and Leadership in Building Construction

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Supervision and Leadership in Building Construction teaches the skills needed by construction supervisors in management. Students participate inseminar-style projects conducted by industry professionals.
  

• CON 425 - Internship

  4.0 Credit(s)
  Lecture 0
  Lab 0
  Clinical
  0
  Internship 16
  Internship allows students to practice supervisory skills and train at an off-campus construction site.
  Prerequisite(s): CON 171 - Building Construction Techniques IIand CON 181 - Principles of Building Construction II
  

• CON 440 - Construction Management Capstone

  4.0 Credit(s)
  Lecture 4
  Lab 0
  Construction Management Capstone helps students develop and organize a simulated construction project. Students learn how to plan, schedule, and estimate a real-life construction project teaching them basic construction project management skills.
  Prerequisite(s): CON 425 - Internship
  

Criminal Justice

• CRJ 100 - Introduction to Criminal Justice

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Criminal Justice introduces the agencies and processes involved in the apprehension, conviction, and punishment of criminal offenders. Topics include law and the Constitution, the purpose of law enforcement, the role of the police officer, federal and state courts, penal institutions, probation and parole in present day life.
  

• CRJ 111 - Police and Society

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Police and Society provides an overview of the role and activities of police in American society. Students examine the origins of policing, the nature of police organization, work, and personality as well as the patterns of relations between police and the public. Topics include characteristics of the peace officer, police subculture, corruption, recruitment, and legal aspects of policing, such as search and seizure.
  

• CRJ 120 - Introduction to Corrections

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Corrections examines the history, philosophy, and evolution of the American correctional process. Topics include the history of punishment, jail and prison systems, community-based corrections, and capital punishment.
  

• CRJ 130 - Criminal Law

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Criminal Law examines the means by which society attempts to use criminal law to prevent harm to society. It examines the acts that are declared criminal and the punishment for committing those acts, as well as current substantive criminal law, English common law, and the United States Constitution. Topics include crimes against the person, such as homicide; crimes against property and habitation, such as burglary; and crimes against public order and morals, such as prostitution. Students also examine defenses against prosecution, such as insanity and entrapment.
  

• CRJ 133 - Constitutional Criminal Procedure

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Constitutional Criminal Procedure examines legal aspects of investigative and arrest processes as well as rules governing the admissibility of evidence in court. It focuses primarily on police and correctional due process, application of the law, and civil liability concerns. Topics include search and seizure, arrest and interrogation, revocation and probation and parole, probable cause, and other timely issues.
  

• CRJ 142 - Criminalistics

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Criminalistics builds on the knowledge gained from Introduction to Forensic Investigation. This course examines the following topics in more depth and detail: the crime laboratory, establishing personal identity, trace evidence, physiological evidence, impression evidence, firearm evidence, and evidence processing.
  Prerequisite(s): CRJ 160 - Introduction to Forensic Investigation.
  

• CRJ 160 - Introduction to Forensic Investigation

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Introduction to Forensic Investigation introduces various disciplines and techniques in forensic investigation. Topics included are Forensic Anthropology, Forensic Odontology, Forensic Entomology, Forensic Serology, and Criminalistics.
  

• CRJ 240 - Criminal Investigation

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Criminal Investigation covers the basic techniques and procedures utilized in conducting general criminal investigations. Topics include interviews & interrogations, surveillance, use of informants, undercover investigations and more.
  Prerequisite(s): CRJ 100 - Introduction to Criminal Justice.
  

• CRJ 258 - Ethical Issues in Criminal Justice

  3.0 Credit(s)
  Lecture 3
  Lab 0
  Ethical Issues in Criminal Justice introduces the student to ethical concepts, foundations, dilemmas, and applications, as applied to the police, courts, and correctional components of the Criminal Justice system.
  Prerequisite(s): CRJ 100 - Introduction to Criminal Justice.
  

Dance

• DAN 105 - Dance I

  2.0 Credit(s)
  Lecture 0
  Lab 4
  Dance I focuseson posture, balance, coordination, rhythm, and artistic movement. Students learn proper warm-up, stretches, isolations, across-floor progressions, and combinations.Students study jazzand tap techniques and terminology through the lens of choreography for musical theater.
  Prerequisite(s): Permission from the instructor.
  

• DAN 106 - Dance II

  2.0 Credit(s)
  Lecture 0
  Lab 4
  Dance II continues the exploration of dance techniques introduced in Dance I. Students practice proper warm-ups, stretches, isolations, across-floor progressions, and combinations.Students practice increasingly complex dance combinations using advanced patterning. Students also perform progressing tap steps to traditional tap rhythms.
  Prerequisite(s): Obtain instructor permission.
  

• DAN 107 - Dance III

  2.0 Credit(s)
  Lecture 0
  Lab 4
  Dance III builds on proper dance techniques from previous courses while exploring various dance styles used in Broadway productions.Lessons are based on the Broadway-style jazz movement.Students practice proper warm-ups, stretches, isolations, across-floor progressions, and combinations.Emphasis is on developing performance skills such as connecting with the audience and telling a story through dance and facial expressions. Studentslearnhow to choreograph.
  Prerequisite(s): Obtain instructor permission.
  

• DAN 115 - Hip Hop and Modern Dance

  2.0 Credit(s)
  Lecture 0
  Lab 4
  Hip Hop and Modern Dance borrows techniques from ballet, jazz, social dances, and 20th-century modern dance. Student dancers are encouraged to perform with versatile expressions to portray a wide array of movement styles and emotion. Instruction focuses on spatial and body awareness, use of body weight, floor work, leaps, turns, the efficiency of muscle usage, and safe body alignment.
  Prerequisite(s): Permission from the instructor.
  

Dental Assistant

• DEA 253 - Dental Science I

  4.0 Credit(s)
  Lecture 4
  Lab 0
  Dental Science I is the introduction to the various sciences necessary for the dental assistant, including microbiology, pathology, dental caries, nutrition, preventative dentistry and dental anatomy.
  

• DEA 263 - Dental Science II

  2.0 Credit(s)
  Lecture 2
  Lab 0
  Dental Science II is a continuation of Dental Science I. Topics include pharmacology from a dental perspective, dental emergencies, anesthesia, and ethical foundations.
  

• DEA 312 - Dental Radiography I

  3.0 Credit(s)
  Lecture 2
  Lab 2
  Dental Radiography I introduces the history, characteristics, and measurement of radiation, and its effects on biological structures. Students receive training in the use of x-ray equipment and processing techniques in the production of diagnostic radiographs. Digital radiography is introduced, as well as paralleling technique, and the importance of radiation protection and infection control.
  

• DEA 321 - Dental Radiography II

  2.0 Credit(s)
  Lecture 1
  Lab 2
  Dental Radiography II is a continuation of Dental Radiography I. Students receive training in the bisecting technique, intraoral and extraoral procedures, use of imaging in the detection of dental caries, interpretation of periodontal disease, and the recognition of radiographic errors and their corrections.
  

• DEA 403 - Dental Materials

  3.0 Credit(s)
  Lecture 1
  Lab 0/6
  Dental Materials examines the theory of materials utilized at chairside and in chairside-related procedures. Practical application includes preparing impression materials, restorative materials, models, custom trays, occlusal registrations, and temporary restorations.
  

• DEA 502 - Dental Assisting Principles

  4.0 Credit(s)
  Lecture 3
  Lab 4
  Dental Assisting Principles provides techniques in four-handed dentistry, knowledge of general dental armamentarium, OSHA compliance, infection control protocol, and legal intraoral functions.
  

• DEA 582 - Dental Assisting Experience I

  2.0 Credit(s)
  Lecture 0
  Lab 0/6
  Dental Assisting Experience I provides experience in a clinical setting. Emphasis centers on chairside assisting of general dentistry with scheduled rotations through the dental specialties.
  Prerequisite(s): DEA 502 - Dental Assisting Principlesand DEA 403 - Dental Materials.
  

• DEA 585 - Dental Assisting Experience II

  5.0 Credit(s)
  Lecture 0
  Lab 0/15
  Dental Assisting Experience II offers additional experience in the dental office setting. The students’ role increases in chairside assisting of general dentistry. A specialty rotation is recommended.
  

• DEA 602 - Dental Specialties

  4.5 Credit(s)
  Lecture 4
  Lab 2
  Dental Specialties emphasizes competence in coronal polish and fluoride application and also develops a foundation in the following specialty areas: periodontics, oral maxillofacial surgery, endodontics, orthodontics, and pediatric dentistry.
  Prerequisite(s): DEA 502 - Dental Assisting Principles.
  

• DEA 706 - Procedures for the Dental Office

  2.5 Credit(s)
  Lecture 2
  Lab 1.5
  Procedures for the Dental Office introduces office receptionist responsibilities. The course includes resume writing, interviewing techniques, record keeping, insurance forms, telephone techniques, and appointment making.
  

• DEA 933 - Internship Seminar

  1.0 Credit(s)
  Lecture 1
  Lab 0
  Internship Seminar emphasizes group discussion and individual conferences on clinical experiences. The course includes preparation for the National Board examination.
  Prerequisite(s): DEA 582 - Dental Assisting Experience I.