DEGREE (CREDIT) COURSES
AVIA 1020 Aeronautics (2)
An overview of aviation and aerospace related industries. Consideration is given to the development of aviation and resulting social and economic factors, theory of flight, problems of weather and navigation, occupational opportunities, and government interest, promotion and regulation.
AVIA 1215 General A&P Applications (3)
General A&P related course and laboratory material necessary to transition from military to civilian applications. Prerequisite: Release from the Federal Aviation Administration (FAA sign-off) for General, Airframe, and Powerplant or permission of instructor.
AVIA 1216 Airframe Applications (3)
Airframe related course and laboratory material necessary to transition from military to civilian applications. Prerequisite: Release from the Federal Aviation Administration (FAA sign-off) for General, Airframe, and Powerplant or permission of instructor.
AVIA 1217 Powerplant Applications (3)
Powerplant related course and laboratory material necessary to transition from military to civilian applications. Prerequisite: Release from the Federal Aviation Administration (FAA sign-off) for General, Airframe, and Powerplant or permission of instructor.
AVIA 3260 Aircraft Radio Installation and Operation (1)
Theory and practice with communication and navigation radio equipment. Prerequisite: AVIA 2230.
AVIA 3262 Aircraft Communication/Navigation Systems (4)
Theory, operation, maintenance and repair of aircraft communication and navigation systems. Course includes lectures, demonstrations, and mandatory laboratory activities. Prerequisites: ET 2060, ET 2058, and ET 3014.
AVIA 3264 Aircraft Pulse and Related Systems (4)
Theory, operation, maintenance and repair of aircraft pulse and related systems. Course includes lectures, demonstrations, and mandatory laboratory activities. Prerequisites: ET 2060, ET 2058, and ET 3014.
AVIA 4000 Special Projects in Aviation Technology (1-3)
Investigation of contemporary problems and issues in power and transportation by selected individuals or groups. May be repeated for a maximum of 6 semester hours.
AVIA 4010 Aerodynamics* (3)
Theories of flight and factors affecting aircraft in flight, including drag, velocity, lift, thrust and wing loading. Comparative analysis of design features in modern aircraft. *Not available for graduate credit.
AVIA 4040 Aviation Management (3)
Aviation/airport management and administrative functions, issues, and problems involving both large and small airports, heliports, sea plane bases and related fixed base operations.
AVIA 4070 Aviation History (3)
Major events, people, and changing technologies in the development of the present day air transportation system.
AVIA 4080 Nondestructive Inspection and Testing (3)
Magnetic particle, eddy current, dye penetrant, ultrasonic vibration analysis, acoustics, radiographic, infrared, and liquid crystal methods of nondestructive inspection. Prerequisites: PHYS 1104 or PR&T 1010 or AVIA 1200 (for A&P students).
AVIA 4090 Aviation Law (3)
Legal foundations and the federal and state regulatory functions which influence aviation and those who work in the industry.
AVIA 4210 Aircraft Inspection, Weight and Balancing* (3)
Theory and practice of repairing, maintaining, ground handling, jacking, weighing aircraft, and performing inspection. *Not available for graduate credit.
AVIA 4420 Air Transportation (3)
Organization and administration of the air transportation industry with attention to airline regulations, rate and route structures, air cargo and freight, scheduled and nonscheduled operations, and contract air transport.
AVIA 4500 Aviation Safety (3)
To develop a knowledge of contributing factors affecting aviation safety and fostering control methods and techniques to reduce accidents related to aircraft and the aviation field.
ET 1010 Applied Electricity (3)
Provides basic theory together with appropriate shop experiences for introductory technical training in electrical principles. Includes basic circuits, Ohm’s Law, A.C. and D.C. theory, as well as generation and application of electrical energy.
ET 1026 DC Circuit Analysis (4: 3 lecture, 1 lab)
Analysis and application of D.C. principles to passive networks. Laboratory experience in the use of basic test instruments. Prerequisite: INDT 1040 or MATH 1111 may be taken concurrently.
ET 1027 AC Circuit Analysis (4: 3 lecture, 1 lab)
Application of alternating current principles to resistive, capacitive, and inductive circuits. Phasor analysis of series-parallel impedance. Resonance and filters are covered. Laboratory experiments using typical test instruments. Prerequisites: MATH 1112 or INDT 1042 or either concurrently and ET 1026.
ET 1050 Digital Principles and Applications (4: 3 lecture, 1 lab)
Binary numbers, logic gates, Boolean algebra, parity generation and detection, arithmetic circuits, flip-flops and latches, and troubleshooting digital circuits using current industry standard techniques.
ET 2020 Industrial Electricity (3)
Electrical practices as applied to modern industrial applications with an emphasis on the National Electrical Code, wiring diagrams, electrical distribution, and electrical/electronic control devices. Prerequisite: ET 1010 or ET 1027 or prior experience and consent of the instructor.
ET 2048 Active Electronic Devices (4: 3 lecture, 1 lab)
Theory, operation, and analysis of Integrated Active Devices and Discrete Semiconductor Active Devices. Basic digital and common analog circuit configurations. Prerequisite: ET 1027 or concurrently.
ET 2060 Microprocessors: Theory and Application (4: 3 lecture, 1 lab)
The fundamental concepts of microprocessors including software development and hardware design. Design of input/output interface circuits together with numerous applications to industrial controls. Prerequisite: ET 1050 or concurrently.
ET 3014 Analog-Digital Circuitry (4: 3 lecture, 1 lab)
Counters, shift registers, monostable multivibrators, memories, A/D and D/A converters, phase-locked loops, digital simulation software, and troubleshooting digital circuits using current industry standard techniques. Prerequisite: ET 1050.
ET 3017 Industrial Electronics (4: 3 lecture, 1 lab)
Analysis of selected industrial controls and components to include transducers, sensors, time delay circuits, motor controls, and thyristors. Emphasis on commercial programmable logic controller installation and programming. Practical applications of industrial electronic devices and systems and further development of troubleshooting skills. Prerequisite: ET 1010 or ET 1026 or consent.
ET 3038 Audio Systems (4: 3 lecture, 1 lab)
Principles of sound and acoustics: audio amplifiers, microphones, speakers, mixers, and equalizers; magnetic tape and disc recording; audio measurement techniques. Prerequisite: ET 2058 or concurrently.
ET 3041 Communication Systems (4: 3 lecture, 1 lab)
A study of receiver and transmitter circuits and systems. Modulation methods, signal propagation, and antenna design. Practical alignment methods, measurement techniques, and troubleshooting procedures. Preparation for the F.C.C. commercial license. Prerequisite: ET 2058 or concurrently.
ET 4031 Introduction to Process Control* (4: 3 lecture, 1 lab)
Implementation, evaluation, tuning and troubleshooting of process control systems. Selection of sensing devices and final control elements. Emphasis on laboratory activities. Application of microprocessor-based systems including programmable controllers. Prerequisites: ET 2020 or consent of instructor. *Not available for graduate credit.
ET 4044 Video Systems* (4: 3 lecture, 1 lab)
Television cameras and the composite video signal. VHF, UHF, cable, and satellite TV distribution systems. Television receiver and monitor circuitry and troubleshooting techniques. Prerequisite: ET 2058.
EET 3320 Introduction to Data Communications (3)
Fundamentals of data transmission, data encoding, multiplexing techniques, circuit and packet switching; local area networking, ISDN, frame relay, ATM, local area networking, and protocol analysis. Prerequisites: ET 2060, EET 2330 or concurrently.
EET 3340 Control Systems Design (3)
Introduction to analog control systems analysis and design including control system components, models of physical systems, state-variable models, system responses, control system characteristics, stability analysis, and use of CAE software. Prerequisites: ET 2058, EET 2300 or concurrently, and EET 2330.
NET 1010 Fiber Optics (4)
Basic fiber optics theory and applications. Areas covered include fiber optic transmission, principles of light, optical cables, light sources, detectors, splicing, cable installation, and test equipment.
NET 1060 Introduction to Networking Basics (3: 2 lecture, 1 lab)
Fundamentals including networking and Ethernet fundamentals, media, IP Addressing, routing fundamentals and troubleshooting. Hands-on experiences involving cabling, routers and router configuration.
NET 2058 Computer Technologies (3)
Introduction to computer architectures and operating systems. Includes PC hardware and DOS/Windows module over basic operating system fundamentals.
NET 2060 Switching Basics and Intermediate Routing (3: 2 lecture, 1 lab)
Advanced IP addressing, intermediate routing protocols, switches, Virtual LANs, Spanning Tree and VLAN Trunking Protocols. Prerequisite: NET 1060.
NET 2061 WAN Technologies (3: 2 lecture, 1 lab)
Advanced IP addressing, Port address Translation, WAN technology and terminology, management, and introduction to optical networking. Prerequisite: NET 2060.
NET 3000 Fundamentals of Wireless Networks (3)
A comprehensive overview of wireless technologies, devices, security, design, and best practices with a particular emphasis on real world applications and skills is covered utilizing Cisco Systems hardware. Prerequisite: NET 2060 or concurrent or instructor consent.
NET 3010 Fiber Optics Advanced (4)
Fiber optics concepts involved with designing, configuring, installing, and maintaining fiber optic systems. Technicians will also be able to test and troubleshoot a Local Area Network (LAN) system with various faults.
NET 3062 Network Design (3)
Cisco Systems’ design principles, methodology, and structure models for Local Area Networks and Wide Area Networks, including Virtual Private Network and backup design considerations. Prerequisite: NET 2061.
NET 3065 Converged Voice and Data Networks (3)
An introduction to Cisco Systems converged voice and data networks as well as the challenges faced by its various technologies and implementing appropriate solutions to those challenges. Prerequisite: NET 3062 or concurrent or instructor consent.
NET 4040 Fundamentals of Network Operating Systems (3)
Installing, configuring, and administering Network Operating Systems. Prerequisite: NET 2058 or instructor consent.
NET 4042 Network Servers and Services (3)
Implementing and Administering of Network Infrastructure and Directory Services Infrastructure. Prerequisite: NET 4040 or instructor consent.
NET 4100 Network Device Configuration (3)
A comprehensive overview of Cisco Systems device configuration.
MMGT 3510 Engineering Planning and Control (3)
Planning and controlling the manufacturing process including materials, machines, people, and suppliers.
MMGT 4580 Quality Systems (3)
The principles and practices of Total Quality Managements and the decision making tools and techniques utilized by professionals in today’s successful industries.
INDM 4230 Quality Control Management (3)
Overall approach to quality and the control activities of management. Technical aspects of management control systems, statistical analysis, statistical quality control, and management concepts are emphasized. Prerequisite: background statistics course.
INDM 4210 Industrial Management (3)
A survey of operations management in industry today. Industrial management principles and applications, management science, operations analysis and design, manufacturing processes, process life cycle, production inventory, and quality control are emphasized.
T&OE 3060 Technical Writing (3)
Technical writing basics, techniques, and applications. Uses a practical focus so students internalize the skills necessary to produce clear and effective documents and reports.
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