ENC 1101 English Composition I (P)* 3 Credits

This course presents the rhetorical principles of modern and classical essays, which in practical application enable students to compose college level expository and argumentative essays. This course contains a required speech component. Student will demonstrate college-level writing skills through multiple assignments. Prerequisite: Student must score into college-level reading and English on placement test or complete ENC 0001 with a grade of “C” or higher

PHY 1020 Principles of Physics (P) 3 credits

This course is both a classic and technical physics course. It emphasizes both physical principles and physics applications in today’s world. The student learns the scientific method of problem solving, as well as develop critical thinking and reasoning skills. Topics include, but are not limited to measurement, problem solving, motion, force, work, energy, simple machines, rotational motion, matter, fluids, temperature and heat, gas laws, wave dynamics, electricity, magnetism, and optics. Recommended Prerequisite: MAT 1033.

MTB 1321 Technical Mathematics I 3 credits

This course covers basic algebra topics as applied in the field of electronic engineering technology. Prerequisite: MAT 0024 or placement into college-level mathematics.

MTB 1322 Technical Mathematics II 3 credits

This course focuses on right triangle trigonometry, circular functions, graphs or trig functions, trig identities, exponents and logarithms, complex numbers, and their application to real world problems. Prerequisite: MTB 1321.

WOH 2012 World History to 1500 (P) 3 credits

This course teaches the fundamentals of World History to 1500. It examines the rise of civilizations and discusses the major events that helped shape both East and West. It is taught in a comparative manner so that students can better understandthe similarities and differences between the East and the West as well as the impact that the East and the West had upon one another. Prerequisite: Student must score into college-level English and reading on placement test.

ECO 2000 Introduction to Economics (P) 3 credits

This course examines both microeconomic and macroeconomic principles and problems. Students are introduced to the structure, functioning, and stabilization of a market-directed capitalistic economy. The microeconomic topics include
supply, demand, and elasticity; and the profit maximizing behavior of the firm under the market structures of pure competition and pure monopoly. The principles underlying international trade, economic growth, and labor markets are
also presented. The macroeconomic topics covered are the Great Depression, business cycle theory, Keynesian Revolution, money and banking, counter-cyclical monetary and fiscal policy, and the national debt. ECO 2000 does not satisfy the university requirement for either ECO2013 or ECO 2023.

POS 1041 American Government (P) 3 credits

This course provides the basic principles of the U.S. Constitution, civil rights, political parties, and the electoral process. The structure and machinery of the federal government including the Congress, Presidency, and Judiciary are covered
in detail. Prerequisite: Student must score into college-level English and reading on placement test.

Social/Behavioral Science

AFH 1000, AMH 2010, AMH 2020, ANT 2402, ANT 2410, ANT 2511, ANT 2930, ASH 2041, ASN 1010, CPO 2002, DEP 2004, ECO 2000, ECO 2013, ECO 2023, EUH 2000, EUH 2001, EUH 2002, GEA 2000, INR 2002, POS 1041, POS 2112, PSY 2012, SYG 2000, SYG 2010, WOH 2012, WOH 2022, WOH 2040

Humanities/Fine Arts

*AML 2010, *AML 2020, *ARH 2050, *ARH 2051, ART 1300C, ART 1301C, ART 2500C, CHI 1120, CHI1121, CHI 2220, CHI 2221, CRW 2001, CRW 2002, *ENC 1101, *ENC 1102, *ENC 1107, *ENL 2012, *ENL 2022, FRE 1120, FRE 1121, FRE 2220, FRE 2221, *HUM 1233, *HUM 1533, *HUM 1541, *HUM 2512, *IDS 1110, *IDS 1955,*LIT 2110, *LIT 2120, LIT 2300, LIT 2330, *MUL 2010, *MUL 2012, *ORI 1001, *PHI 1002, *PHI 1010, *PHI 1103, PHI 1450, *PHI 1635, *PHI 1801, *PHI 2630, REA 1205, *REL 1300, SPC 1300, *SPC 1600, SPN 1120,SPN 1121, SPN 2220, SPN 2221, *THE 1000, *TPP 1110, TPP 2652

Natural Science/Mathematics

Natural Science: AST 1002, BOT 2010, BOT 2010L, BSC 1005, BSC 1005L, BSC 1009, BSC 1010, BSC 1010L, BSC 1011, BSC 1011L, BSC 1011C, BSC 1084, BSC 1254, BSC 1254L, BSC 1421, BSC 2093, BSC 2093L, BSC 2094, BSC 2094L, CHM 1020,
CHM 1045, CHM 1045L, CHM 1046, CHM 1046L, CHM 1083, CHM 2210, CHM 2210L, CHM 2211, CHM 2211L, ESC 1000, GLY 1010, MCB 2010, MCB 2010L, MET 1001, OCB 1000, OCB 1000L, OCB 1630, OCB 1951C, OCE 2001, OCE 2001L, PCB 1030, PHY 1020, PHY 2048, PHY 2048L, PHY 2049, PHY 2049L, PHY 2053, PHY 2053L, PHY 2054, PHY 2054L, PSC 1341, PSC 1341L

*Mathematics: MAC 1105, MAC 1140, MGF 2106, MGF 2107, MAC 1114, MAC 2311, MAC 2312, MAC 2313, MAC 2233, MAD 2104, MAP 2302, MAS 2103, MTG 2204, STA 2023, PHI 2100, (MAT 1033 and MTB 1321 may be used for A.A.S. programs,
not Gordon Rule)

CET 1041 HTI+ Certification (Home Technology Integration) (O) 3 credits

This course teaches installation, integration and troubleshooting of home security systems, computer networks, audio and video systems, HVAC (heating/air conditioning systems), cable or satellite broadband Internet access systems, and telecommunications. This course prepares students for the ComTIA HTI+ certification examination.

CET 1112C Logic Circuits I (O) 3 credits

This course teaches the logic circuitry used in digital electronic systems. Topics covered are number systems, logic gates, Boolean algebra, Karnaugh maps, DeMorgan’s Theorems, IC specifications, interfacing, encoders, decoders, and flipflops.

CET 1113C Logic Circuits II (O) 3 credits

This course is a continuation of Logic Circuits I. Topics covered are counters, registers, arithmetic circuits, memories, digital systems, digital to analog conversion, and analog to digital conversion.

CET 1178 A+ Certification Training I (O) 3 credits

This course prepares the student for a career in the personal computer industry. It also helps prepare the student for the A+ Certification examination, which measures the competencies required by a service technician with six months of onthe- job experience. Students learn how to install, configure, upgrade, troubleshoot, and repair microcomputer hardware.

CET 1179 A+ Certification Training II (O) 3 credits

This course is a continuation of A+ Certification Training I.

CET 1440C Computer Aided Schematic Design (O) 3 credits

This course teaches the basics of computer aided schematic design. An appropriate software package is used to create new parts, title blocks, bill of materials report, ERC report and net lists. Lab fee $10.00.

CET 1461C Computer Aided Engineering (O) 3 credits

This course teaches the basics of computer aided engineering (CAE). An array of computer programs is introduced to demonstrate the use of the computer in automating the engineering process. An electronic circuit simulation program is used to build and simulate virtual circuits. A word-processing program along with an electronic spreadsheet is used to produce professional technical reports. An introduction to basic computer data structures and algorithms is also included.  Corequisite: EET 1015C. Lab fee $10.00.

CET 1588 Network + Certification (O) 4 credits

This course teaches a wide range of vendor-neutral networking technologies and skills such as configuring, installing, troubleshooting and maintaining network interface cards, hubs, routers, switches, servers, RAID technologies and clustering technologies. The course focuses on necessary management skills including managing a support/help desk center, supporting end users, and working in conjunction with management and other technicians. Additional topics include developing a documentation system and Standard Operating Procedures (SOP).  This course prepares the student for the CompTia Network + Industry Certification Exam. Recommended prerequisite: CET 1178.

CET 2123C Microprocessors I 4 credits

This is an introduction to the microcomputer and the study of the microprocessor hardware and software. Microprocessor trainers are utilized to allow the student to program and operate the circuits of the microprocessor. Subjects include microprocessor architecture, programming in assembly language and input-output interfacing. Lab fee $10.00.

CET 2131C Microprocessors II (O) 4 credits

This course continues the study of microprocessors and includes interfacing concepts with emphasis on the peripheral interface adapter (PIA), digital to analog, and analog to digital converters. Prerequisite: CET 2123C. Lab fee $10.00.

CET 2173C Microcomputer Theory and Servicing (O) 3 credits

This course presents the theory of and provides hands-on experience in troubleshooting and servicing microcomputers. Extensive microcomputer theory and subsystems functions are covered. The course also includes instruction on the use of DOS from a technician’s viewpoint, the use of hard disk directory structures, and the use of software diagnostics, test equipment and schematics.

EET 1011C Circuit Fundamentals I (O) 3 credits

This course teaches the fundamental theories of DC circuits with emphasis on operation and troubleshooting. Topics covered are electronic components, Ohm’s Law, Power Law, series DC circuits, parallel DC circuits, electromagnetic devices, and DC test instruments.

EET 1015C DC Circuits 4 credits

This course provides basic electrical knowledge to analyze DC circuits. Topics include current and voltage, resistance, Ohm's Law, power, energy, series and parallel circuits, methods of analysis, network theorems and capacitors, identification of components, measuring voltage and current of circuits constructed in the lab, and the use of test instruments and power supplies. Lab fee $10.00.

EET 1025C AC Circuits 4 credits

Magnetic circuits, inductance, AC generation, phasors, series and parallel impedances, AC Power, transformers, and polyphase are topics under study. The oalloscope and signal generator are introduced to analyze circuits constructed in the lab dealing with inductors and capacitors. Lab fee $10.00.

EET 1180C Electronic Equipment Repair I (O) 3 credits

This course introduces students to computer and TV electronic circuits. The student learns concepts required for troubleshooting and repairing this type of equipment.

EET 1181C Electronic Equipment Repair II (O) 3 credits

This course introduces the proper diagnosis and repair of a variety of electronic equipment such as audio systems, equalizers, mixers, power amplifiers, power inverters, and other common consumer electronic products. Special emphasis is placed on safety and correct use of electronic test instruments.

EET 1215C Introduction to Electronics (O) 3 credits

This course teaches the basic manual techniques used in the field of electronic engineering technology. Topics covered are electrostatic discharge (ESD), high reliability soldering, prototyping, and the use of the volt-ohm-amp meter. Lab fee $10.00.

EET 1580 Power Plant Science (O) 3 credits

This course teaches the fundamental techniques in the study of nuclear plant science. Coursework covers the broad spectrum of the SAFE program which encompasses basic chemistry, mathematics, physics, and communication.
Additionally, the student is provided with radiation control access training (RCAT) required for unescorted access in the nuclear plant site’s radiation areas.

EET 2141C Electronic Devices I (O) 4 credits

Diodes, bipolar and field effect transistors are studied in this course. The theory, characteristics and application of solid state devices are examined. Selected topics include h-parameters, AC and DC load lines and biasing, thermal stability, construction, specifications and performance; determining volt-ampere characteristics of diodes and transistors, and experimenting with different transistor base, emitter, and collector configurations. Prerequisite: EET 1015C.  Corequisite: EET 1025C. Lab fee $10.00.

EET 2142C Electronic Devices II (O) 4 credits

SCR’s, TRIAC’s, opto-electronic devices, operational amplifiers and integrated circuits are covered in theory and usage. An introduction to feedback amplifiers and oscillators are included along with bread boarding of circuits involving the above devices and analysis of these circuits utilizing various testing techniques.  Lab fee $10.00.

EET 1560 Power Plant Systems (O) 3 credits

This course teaches the fundamentals of the major systems and components of a nuclear power plant.

EET 2305 FCC General Certification Exam Preparation (O) 3 credits

This course prepares students to take the Federal Communications Commission (FCC) General Radiotelephone examination by reviewing extensively all subject areas. Topics covered in this course are: FCC regulation, basic electronics theory, and telecommunications theory. Prerequisite: EET 2325C.

EET 2310 Certification Exam Preparation (O) 4 credits

This course prepares students to take the national certification exam in electronic engineering technology. The course covers DC circuits, AC circuits, Solid State devices, analog circuits, digital circuits, basic microprocessors, and communication circuits and theory. Prerequisite: EET 2142C, CET 2123C. Corequisite: EET 2325C.

EET 2325C Communication Circuits I (O) 4 credits

Topics covered are AM transmission and reception, single sideband, and FM transmission and reception. Lab experiments covering resonant circuits, oscillators, frequency response, and receivers are included. Prerequisite: EET 2141C. Lab fee 10.00.

EET 2335C Communication Circuits II (O) 4 credits

This course covers digital communications, transmission lines, wave propagation, antennas, waveguides, fiber optics, microwaves and lasers, and lab work on practical equipment. Prerequisite: EET 2325C. Lab fee $10.00.

EET 2515C Motors and Generators (O) 3 credits

This course teaches industrial equipment maintenance. Students learn how to analyz troubleshoot, and repair rotating electric machinery with emphasis on industrial applications. Students learn terminology specific to motors, generators, and transformers; electromechanical device theory; circuits connecting electromechanical devices to voltage sources and loads; and how to apply mathematical analysis to determine quantitative circuit functioning in terms of voltage, current, and power.

EET 2527C Motor Starters, Controllers, and Breakers (O) 3 credits

This course teaches industrial equipment maintenance, covering AC and DC power distribution in the plant. Students study operating principles, troubleshooting, repair and maintenance of switch gear, motor control centers, breaker panel power, control, and instrument cable, raceways, protective devices and grounding as related to the generating station. Hands-on laboratory exercises reinforce each major concept studied.

EET 2547C Transformers and Power Distribution (O) 3 credits

This course teaches industrial equipment maintenance. Students acquire an understanding of the components and devices used to distribute power, and how to protect major elements involved in power distribution. Students learn about the uses and maintenance of fuses, circuit breakers, reclosures, and relay coordination; how to protect against lightning and other abnormal conditions; and the protection of transformers, motors, and generators.

EET 2930 Special Topics in Electronic Engineering (O) ½ - 3 credits

This course teaches specific competencies related to circuit analysis, low frequency analog electronics, RF circuits, digital, microprocessors, microcontrollers, computer architecture, and networking. The content of the course is customized to meet the special technical training needs of electronic engineering professionals.

EST 2520 Process Management Fundamentals (O) 3 credits

This course teaches the typical measurements made in industrial measurement and control loops. The basic physics involved in the measurements is covered, as well as the common types of sensors used in industry. Pressure, temperature, flow, level, and analytical measurement theory is emphasized.

EST 2424 Biomedical Electronics (O) 3 credits

This course teaches basic concepts of biomedical equipment operation, basic troubleshooting techniques, and the use of appropriate test equipment.

EST 1572 Power Plant Fundamentals (O) 3 credits

This course teaches the theory of operation of power plants. Additionally, the student is presented with instruction in industrial safety and general administrative procedures for completing routine tasks.

EST 2210 Introduction to Photonics (O) 3 credits

This course teaches the fundamental principles of optics, electro-optics, lasers, and fiber optics. The technologies covered in this course can be applied in the fields of electronics, instrumentation, telecommunications, and biomedical equipment. This course also addresses the technical training needs of working professionals required to update their skills with current technologies.

EST 2215 Geometrical Optics (O) 3 credits

This course teaches the theory of light as geometric rays, and pertinent applications of the laws of reflection and refraction from the mathematical, graphical, and experimental points of view. Lens and mirror aberrations and the

EST 2220 Fiber Optics and Data Communications (O) 3 credits

This course teaches the technical and business aspects of data communications. It provides comprehensive coverage of technologies used in current data and voice communications along with extensive discussion of emerging technologies such as converged data/voice networks and voice over IP.

EST 2230 Laser Technologies (O) 3 credits

This course teaches theory and procedures for the safe use of lasers. Pulsed solidstate lasers are the primary example in laboratory exercises. Topics covered in this class include the shape of laser rods, pumping cavities, flashlamps, resonator cavities, power supplies, and cooling systems.

EST 2408 Biomedical Seminar (O) 3 credits

This course teaches the current concepts and applications in biomedical electronics. Medical professionals, scientists and biomedical engineers are invited to discuss bioengineering topics and share their experiences. Activities also include visits to hospitals and other bio-facilities, during which students become familiar with equipment, processes and operations, as well as with the role of engineers and technologists in bio-industries. MRI (magnetic resonance imaging) EDG (electro cardiogram), EEG (electro encephalogram), and CAT-Scan equipment among others are explored in this seminar.

EST 2427 Advanced Biomedical Electronics (O) 3 credits

This course teaches the application of principles and methods of measurement of biological variables. It places special emphasis on the physiological parameters of the nervous system. Topics covered are biotelemetry, radiology, and electromagnetic compatibility. Prerequisite: EST 2424 is highly recommended or experience in the field.

EST 2530 Process Control Technology (O) 3 credits

This course teaches theory and applications in industrial process control loops.  Common process loops are developed, the math and physics are covered, and loop tuning methods are used to analyze process response. Process control models are used to show the advantages and disadvantages of the common types of control methodology used for loop tuning.

EST 2542 Programmable Logic Controllers I (O) 3 credits

This course teaches the fundamental principles of Programmable Logic Controllers (PLCs), and how they are used to control industrial processes. Topics covered are
PLC hardware, number systems and codes, fundamentals of logic, PLC programming, wiring and ladder diagrams, programming timers, and programming counters.

EST 2544 Programmable Logic Controllers II (O) 3 credits

This course teaches how to program and set up Programmable Logic Controllers (PLCs). Topics covered are program control instructions, data manipulation instructions, math instructions, sequencer and shift registers, PLC installation and troubleshooting, process control and data acquisition, computer-controlled machines and processes.

EST 2606C Industrial Computers and Robotics II (O) 5 credits

The course is the second of a two course series leading to an Advanced Technical Certificate (ATC) in industrial computers and robotics. This course teaches the operation, programming and application of programmable logic control.

EST 2630 Manufacturing Processes (O) 3 credits

This course teaches the fundamental principles of the use of computers to integrate and automate a broad range of engineering and manufacturing functions.  Topics covered include manufacturing and process planning, flexible manufacturing, automation cells, material handling, resource planning (MRP) and just-in-time (JIT) production.

EST 2631 Advanced Manufacturing Processes (O) 3 credits

This course teaches how to program computers in order to integrate and automate a broad range of engineering and manufacturing functions. Topics covered include advanced manufacturing and process planning, advanced flexible manufacturing, advanced automation cells, complex material handling, resource planning (MRP) and just-in-time (JIT) production.

EST 2676 Introduction to Robotics (O) 3 credits

This course teaches the basic principles of industrial electronics, computers, automated equipment, sensors, servo systems, stepper motors, relays and controllers. Students gain practical experience by building and programming a basic robotic system.

EST 2678 Industrial Robots (O) 3 credits

This course teaches the fundamentals of industrial robotic systems found on the factory floor of manufacturing plants. Topics covered in this course are components of an industrial robot, end-of-arm tooling, sensors, artificial intelligence, repair and maintenance.

EST 2700 Fluid/Pneumatic Instrumentation (O) 3 credits

This course teaches familiarization with the typical pneumatic indication and control loops encountered in industry. Transmitter, indicator, positioner, controller and actuator theory are covered in depth. The operation, arrangement and calibration methodology are also covered.

EST 2930 Electronic Project Engineering (O) 4 credits

In this course the students engineer and build an electronic project. Students simulate an electronic corporation which engineers and builds electronic systems according to customer specifications. Lab fee $10.00.

EST 2941 Electronics Internship I (O) 1 - 2 credits

The course provides supervised work experience in Electronic Engineering Technology. Prerequisite: permission of instructor.

EST 2942 Electronics Internship II (O) 4 credits

The course is a continuation of Electronics Internship I.

ETC 2521 Hydraulics and Hydrology (O) 3 credits

The course introduces the basic theory, engineering, and design technology related to hydrology and drainage areas, storm water runoff, and stream flow analysis. The student is also introduced to the basic theory and engineering design of the hydraulic flow in pipes and in open channel systems. Design concepts, techniques, and illustrations of hydrology and hydraulics are covered. Prerequisite: MAC 1114.

ETI 1000 Industrial Plant Tools and Equipment (O) 3 credits

This course teaches the skills necessary to properly select, inspect, use and care for the tools, test equipment, and lifting/handling equipment commonly used in the performance of assigned tasks in an industrial plant setting.

ETI 1701 Industrial Safety (O) 3 credits

This course teaches the knowledge and skills to recognize hazardous situations in industrial plants and the precautions to be observed and practiced to perform work activities safely. Among the topics covered are industrial safety hazards, electrical safety, working with chemicals, gases, and solvents, protective equipment, and safe working conditions.

ETI 1805C Introduction to Rigging and Lifting (O) 3 credits

This course teaches the knowledge and skills required by students preparing for careers in industrial maintenance involving the mechanical maintenance of heavy equipment. Students learn how to determine rigging requirements for lifts, select equipment, calculate loads, and safely operate different types of lift equipment.

ETI 2408C Welding Processes (O) 3 credits

This course teaches basic welding skills to prepare students for entry-level maintenance technician positions. The students learns principles of welding safety, fundamental practices of shielded arc welding, arc welding with consumable and non-consumable electrodes, brazing, soldering, and plasma cutting.

ETI 2416C Power Plant Machines and Components I (O) 3 credits

This course teaches the principles, concepts, and applications of various mechanical systems encountered in power plants, including: how to identify basic systems and components, troubleshoot equipment problems, and the basic procedures involved in maintaining and replacing component parts.

ETI 2417C Power Plant Machines and Components II (O) 3 credits

This course prepares students for a career in industrial and/or power plant mechanical maintenance. Students learn the principles, concepts, and applications of various mechanical systems, how to identify basic systems and components, to troubleshoot equipment problems, and the basic procedures involved in maintaining and replacing component parts.

ETI 2425C Metallurgical Properties and Dynamics (O) 3 credits

This course teaches industrial maintenance with a foundation in the principles of the metallurgy of steel. Students learn about the thermal, physical, and chemical properties of steel.

ETI 2451C M echanical Maintenance for Power Plants (O) 3 credits

This course teaches how to read and interpret drawings and blueprints, the application of lubrication principles, how to perform torque procedures, and the correct procedures for maintaining sealants, o-rings, and gaskets in power plant environments.

ETI 2315C Pneumatic and Hydraulic Principles (O) 3 credits

This course teaches how to perform mechanical maintenance on industrial equipment and devices. Students learn the theory and application of fluid mechanics, how to calibrate metering devices, and conduct elementary hydraulic tests.

CET 1854 Introduction to Wireless Technology (O) 3 credits

This course teaches key wireless networking topics, including wireless technology and architecture, network design, types of wireless networks, and applications.  Special focus is on technical matters, wireless communication products, wireless networking products, and wireless LANs products. It is recommended that all students have at least a basic knowledge of networking, including Protocol, the OSI module, and TCIP/IP.

HSC 2531 Medical Terminology I 3 credits

This course is the foundation for understanding of the language of medicine. By beginning with roots, suffixes, and prefixes, the student learns to interpret and recognize medical terminology by system.