ECT 1000      (Active) Survey of Electronics 2.0 : 2.0 : 0.0    F, Sp An overview course for those unfamiliar with the field of electronics. Covers basic electrical theory, electronic devices, applications, and history. Emphasizes recent trends in the electronic industry and effects on everyday life. Includes lecture, demonstration, video presentation, and field trip.

ECT 1010      (Active) Basic Electronics--DC/AC 4.0 : 4.0 : 0.0    F Corequisites(s):ECT 101L; ECT 1050 or equivalent recommended An introductory and foundation course for Electronic and Computer Technology majors. Covers fundamental DC/AC concepts. Studies basic electrical physics, DC/AC sources, resistance, basic circuits and laws, capacitance, inductance, transformers, superposition, the sine wave, reactance, impedance, resonance, and filters. Includes lecture, demonstration, computer simulation, and video presentation.

ECT 101L      (Active) DC/AC Circuits Laboratory 2.0 : 0.0 : 6.0    F Corequisites(s):ECT 1010; ECT 1050 or equivalent recommended Emphasizes finding agreement between analytical and experimental results as DC/AC theory is applied in a practical laboratory environment. Studies design, analysis, and building of circuits using passive electrical devices. Includes hands-on experience with equipment and demonstration.

ECT 1020      (Active) Basic Electronic Math 2.0 : 2.0 : 0.0    On Sufficient Demand Prerequisite(s):High School Algebra II Corequisites(s):ECT 1010 Designed for Electronic and Computer Technology majors who are not enrolled in a math course in the Math Department or the School of General Academics. Provides a basic mathematical base for solving problems associated with Basic Electronics: DC/AC. Provides mathematical applications to the physical world, teaches students to work in teams, learn to estimate answers, use computer algebra systems, and graphic calculators. Presents new ideas graphically, numerically, and analytically. Applies deductive reasoning to problem solving and troubleshooting.

ECT 1030      (Active) Electronics Safety 1.0 : 1.0 : 0.0    On Sufficient Demand Teaches safety to those desiring to work with electricity and electronic equipment. Covers topics relating to safety on the job in a high technology, electronics environment. Studies ESD, ergonomics, FCC radiation rules, and hazardous materials disposal. Includes lecture, demonstration, and hands-on activities. Completers should be able to work safely around a variety of electrical and electronics equipment and know what to do in case of an emergency.

ECT 1050      (Active) Mathematics for Electronics 5.0 : 5.0 : 0.0    F Prerequisite(s):High School Algebra II, or MAT 0990 or MAT 0950 Covers basic mathematical principles needed for DC/AC theory and provides a mathematical base for future studies. Applies theories and laws to the components and circuits covered in ECT 1010 and ECT 101L. Includes calculator use and programming, graphics, algebra, and trigonometry concepts. Includes lecture and demonstration.

ECT 1060      (Active) Electrical Science I 2.0 : 2.0 : 0.0    Su, F, Sp Foundation course in Electronic and Computer Technology. Covers typical topics in DC circuit theory beginning with electrical quantities and measurements then progressing through electromagnetism and inductance. Course available via the internet.

ECT 106L      (Active) Electrical Science I Laboratory 0.5 : 0.0 : 1.5    Su,F,Sp Foundation course in Electronic and Computer Technology. Designed for those who need a short intense laboratory course in electronics. May be used by those who need to validate their proficiencies in electronics which may have been developed during independent study or in nontraditional course work such as the internet. Focus is on DC principles and circuits.

ECT 1070      (Active) Electrical Science II 2.0 : 2.0 : 0.0    Su, F, Sp Prerequisite(s):ECT 1060 or equivalent Foundation course in Electronic and Computer Technology. Covers typical topics in AC circuit theory beginning with sinusoidal alternating current waveforms and progressing through passive filters and pulse waveform response. Course available via the internet.

ECT 107L      (Active) Electrical Science II Laboratory 0.5 : 0.0 : 1.5    Su, F, Sp Prerequisite(s):ECT 1070, ECT 1060 or equivalent Foundation course in Electronic & Computer Technology. Designed for those who need a short intense laboratory course in electronics. May be used by those who need to validate their proficiencies in electronics which may have been developed during independent study or in nontraditional course work such as the internet. Subject focus is on AC principles and circuits.

ECT 1100      (Active) Electronics Fundamentals 4.0 : 3.0 : 3.0    On Sufficient Demand An introductory and foundation course in electronics for non-majors. Covers fundamental electronic circuit concepts. Studies basic electrical physics, DC/AC sources, resistance, capacitance, inductance, transformers, circuit configurations, basic laws and network theorems, the sine wave, reactance, impedance, resonance, frequency response, semiconductor and IC basics. Includes lecture, lab, demonstration, video presentations, and computer simulation.

ECT 1110      (Active) Active Devices and Circuits 5.0 : 5.0 : 0.0    Sp Prerequisite(s):ECT 1010 and ECT 1050 or equivalent Corequisites(s):ECT 1120 or equivalent For students with DC/AC background. Covers semiconductor theory beginning with the pn junction diode. Studies the operation of semiconductors and the design and analysis of basic semiconductor circuits. Includes diode characteristics and circuits, physics of semiconductors, bi-polar and field effect transistors, basic transistor circuits and amplifiers, thyristors (SCRs), AC analysis and frequency effects in transistors and their circuits. Includes lecture, demonstration, and computer simulation.

ECT 1120      (Active) Active Devices and Circuits Laboratory 2.0 : 0.0 : 6.0    Sp Prerequisite(s):ECT 101L Corequisites(s):ECT 1110 Provides laboratory experience for ECT 1110 students. Studies the design, analysis and building of circuits using semiconductor devices. Emphasizes applying theory to practical situations in design and construction of basic diode circuits, transistor biasing and amplifier circuits, and other related circuits. Includes hands-on experience with common test equipment, demonstration, and observation.

ECT 1150      (Active) Digital Devices and Circuits 3.0 : 3.0 : 0.0    F Presents the concepts of basic logic design. Studies analysis, troubleshooting, repairing, and designing of sequential digital circuits. Includes number systems, codes, Boolean algebra, truth tables, Karnaugh maps, basic logic components (gates, flip-flops, counters, registers, timers, etc.), and state machine design. Includes lecture, demonstration, and computer simulation.

ECT 1160      (Active) Digital Devices and Circuits Laboratory 2.0 : 0.0 : 6.0    F Corequisites(s):ECT 1150 Provides laboratory experience for ECT 1150 students. Studies the design, analysis, and building of digital circuits. Emphasizes applying theory to practical situations in design, construction, and troubleshooting of combinational and sequential digital circuits. Includes hands-on experience with common test equipment, demonstration, and observation.

ECT 1170      (Active) Software Tools for Electronics 2.0 : 1.0 : 3.0    F Introduces the computer as a problem solving tool for electronic problems. Uses basic computer hardware, DOS, word processors, spreadsheets, circuit analysis, and circuit drawing software. Emphasizes hands-on computer experience. Studies uses of the computer to write lab reports, draw schematics, solve difficult problems, and graph results.

ECT 1180      (Active) Advanced Software Tools for Electronics 3.0 : 3.0 : 0.0    Sp Prerequisite(s):ECT 1010 or equivalent Course focuses on the development of electronic virtual instrumentation. Using LabVIEW students learn to use graphical programming language which uses icons instead of lines of text to create applications specific to their analytical needs. The focus is on data flow programming, where data determine execution. Application will be developed which will communicate with remote, data generating sites, via the web.

ECT 1210      (Active) Analog Circuits 3.0 : 3.0 : 0.0    Sp Prerequisite(s):ECT 1110, ECT 1120 Covers designing and analyzing circuits using discrete bi-polar, FET and other devices along with operational amplifiers and other linear integrated circuits in meaningful applications. Includes lecture, demonstration, and computer simulation.

ECT 1220      (Active) Analog Circuits Laboratory 3.0 : 0.0 : 9.0    On Sufficient Demand Prerequisite(s):ECT 1110, ECT 1120 Corequisites(s):ECT 1210 Designed to provide the laboratory experience to complement ECT 1210. Enrollment should be concurrent. Studies designing, building, and performing measurements with a variety of electronic application circuits. Covers the building and testing of circuits utilizing semiconductor devices and linear integrated circuits. Emphasizes getting agreement between analytical and experimental results as the theory learned in ECT 1210 is applied in the lab. Includes hands-on experience with common test equipment, demonstration, and observation.

ECT 1250      (Active) Introduction to Calculus for Electronics 5.0 : 5.0 : 0.0    Sp Prerequisite(s):ECT 1050 or MATH 1050 or higher Designed to prepare and introduce Electronic and Computer Technology majors to calculus and its use in electronics. Applies the math learned to electronic devices and circuits. Includes a review of algebra and trigonometry and basic differential calculus concepts.

ECT 1270      (Active) Assembly Language for Electronics 2.0 : 1.0 : 3.0    F A core class for Electronic and Computer Technology majors. Includes practical applications of assembly language in real world situations. Studies programming in assembly language to the extent of exercising hardware and performing common routines. Covers debuggers, micro-processor architecture, assembly language procedures, memory segments, I/O, modular design, firmware, and OS routines. Emphasizes hands-on experiences with a computer system.

ECT 1300      (Active) Interconnection Technology 3.0 : 2.0 : 3.0    On Sufficient Demand Prerequisite(s):ECT 1000 or ECT 1100 or ECT 1110 Studies wiring, cabling, and connectors, transmission lines, hardware interconnect standards, fiber optics connections, sensors, and transducers, network connections, telephone and modem connections, Internet connections, etc. Includes lecture, lab, demonstration, video presentation, and computer simulation.

ECT 1430      (Active) Customer Communications 1.0 : 1.0 : 0.0    On Sufficient Demand For students studying Computer Systems Maintenance. Includes customer relations, business communications, telephone etiquette, and documentation. Covers cost of repairs and service. Includes how to explain to customers costs associated with their bills.

ECT 1570      (Active) Programming Tools for Repair 3.0 : 1.0 : 6.0    On Sufficient Demand Corequisites(s):ECT 1270 For the Computer Systems Maintenance Certificate. Presents fundamentals in batch file programming, HTML, and Java programming. Studies debugging and fault isolation techniques using software including assembly language. Covers system diagnostic software and virus protection utilities.

ECT 1610      (Active) Foundations of Nanoscale Materials Chemistry 3.0 : 3.0 : 0.0    On Sufficient Demand Surveys the field of nanoscale materials chemistry with emphasis on properties of matter and the techniques by which matter can be altered to create materials required for the future. Introduces processes, materials and equipment used in integrated circuit and micro mechanical manufacturing. Focuses on ceramics, solids, polymers and composite materials. Considers processes such as thermal oxidation, lithography, thin film deposition, metrology and packaging.

ECT 1620      (Active) Introduction to Integrated Circuit Layout 3.0 : 3.0 : 0.0    On Sufficient Demand Corequisites(s):ECT 1610 Introduces Integrated Circuit layout and design. Integrates electronic engineering design schematics with silicon semiconductor process constraints. Addresses design rules and constraints imposed by MOS manufacturing processes.

ECT 1650      (Active) Network Maintenance 4.0 : 3.0 : 3.0    On Sufficient Demand For the Computer Systems Maintenance Certificate. Presents fundamentals of networks and networking. Studies LAN, WAN, peer to peer, Internet, and intranet configurations. Emphasizes installation, maintenance, and troubleshooting. Studies cabling and connectors, transmission lines, hardware interconnect standards, network connections, telephone and modem connections, and Internet connections.

ECT 1710      (Active) Computer Maintenance 3.0 : 2.0 : 3.0    F, Sp For students studying Computer Systems Maintenance. Presents concepts of computer architecture. Teaches troubleshooting techniques and BUS conflict resolution. Studies component failure, floppy disk drives, keyboards, video graphics hardware, and power supplies. Additional topics may be included according to current technology. Includes hardware troubleshooting to board level.

ECT 1720      (Active) System Configurations 3.0 : 2.0 : 3.0    On Sufficient Demand Prerequisite(s):ECT 1710 For the Computer Systems Maintenance Certificate. Presents installation and configuration of the major systems. Studies basic operating systems requirements, plug and play, configuration of peripherals, resolution of I/O, IRQ, and DMA channel conflicts.

ECT 2110      (Active) DC/AC Circuits 5.0 : 5.0 : 0.0    On Sufficient Demand Prerequisite(s):High School Algebra II Corequisites(s):ECT 1050 or MATH 1060 Covers fundamental DC/AC concepts. Studies basic electrical physics, DC/AC sources, resistance, capacitance, inductance, transformers, circuit configurations, basic laws and network theorems, the sine wave, reactance, impedance, resonance, and frequency response. Includes lecture, demonstration, computer simulation, and video presentation.

ECT 2210      (Active) Active Devices and Circuits for Engineering 5.0 : 4.0 : 3.0    On Sufficient Demand Prerequisite(s):ECT 2110 and MATH 1060 or equivalent For students with DC/AC background. Covers semiconductor theory beginning with the pn junction diode. Presents the operation of semiconductors and the design and analysis of basic semiconductor circuits. Includes diode characteristics and circuits, physics of semiconductors, bi-polar and field effect transistors, basic transistor circuits and amplifiers, thyristors (SCRs), AC analysis and frequency effects in transistors and their circuits. Includes lecture, demonstrations, and computer simulation.

ECT 2310      (Active) Microprocessor and Computer Systems 4.0 : 4.0 : 0.0    F Prerequisite(s):ECT 1150 Studies programming in assembly language, building computer interfaces, and operating digital test equipment. Includes microprocessor hardware organization, microprocessor machine instructions, input-output peripheral equipment, memory elements, control elements, data transmittal systems, interfacing, digitized test equipment, diagnostic programming, computer control of processes, robotics, etc.

ECT 2320      (Active) Microprocessor and Computer Laboratory 4.0 : 0.0 : 12.0    F Prerequisite(s):ECT 1150 Corequisites(s):ECT 2310 Lab work includes microprocessor hardware organization, microprocessor machine instructions, input-output peripheral equipment, memory elements, control elements, data transmittal systems, interfacing, digital test equipment, diagnostic programming, computer control of processes, robotics, etc. Emphasizes lab experiences with an industry-popular microprocessor system. Lab assignments include practical testing, evaluation and design work on digital systems. Involves programming in assembly language, building computer interfaces, and operating digital test equipment.

ECT 2350      (Active) Calculus for Electronics 3.0 : 3.0 : 0.0    F Prerequisite(s):ECT 1250 or MATH 1210 or higher Designed as a continuation of ECT 1250. Includes differential calculus and integral calculus concepts, Fourier series, and introduction to differential equations. Applications are made to electronics.

ECT 2380      (Active) Electro-Mechanics for Electronics 2.0 : 2.0 : 0.0    F Prerequisite(s):ECT 1010 Covers fundamental concepts enabling students to use transducers, lasers, fiber optics, sensors, motors and relays in electronic circuit applications. Emphasizes techniques of electronic and computer interface with mechanical systems.

ECT 2400      (Active) Communications for Multimedia 3.0 : 3.0 : 0.0    On Sufficient Demand Prerequisite(s):ECT 1100, ECT 1300 For non-electronics majors. Provides training in theory relating to electronic communications systems. Emphasizes TV, video equipment, radio communications, digital transmission, multiplexing, stereo systems, transmission lines, antennas, microwave, radar, other communications systems and up-to-date circuits and devices as they are related to these systems and to the operation and automatic controls of remote communication systems. Includes lecture demonstration and computer simulation. Completers should be able to work with a variety of communications equipment.

ECT 2410      (Active) Communications Systems 4.0 : 4.0 : 0.0    Sp Prerequisite(s):ECT 2350 Corequisites(s):ECT 1210 Designed for Electronic and Computer Technology majors in their last semester. Provides training in theory and circuit analysis relating to electronic communications systems. Studies TV broadcast receivers and transmitters, video equipment, radio communications, digital transmission, multiplexing, stereo systems, transmission lines, antennas, microwave, radar, other communication systems, up-to-date circuits and devices as they are related to these systems, and the operation and automatic control of remote communication systems. Includes lecture, demonstration, and computer simulation. Completers should be able to work with a variety of communications equipment.

ECT 2420      (Active) Communications Systems Laboratory 4.0 : 0.0 : 12.0    Sp Prerequisite(s):ECT 2350 Corequisites(s):ECT 2410 and ECT 1210 Designed as a laboratory course associated with ECT 2410. Includes testing and evaluating the operation of subsystems of more advanced electronic systems. Provides laboratory experience with communication circuits, sophisticated specialized test equipment and modem measurement techniques. Includes hands-on experience with common test equipment, demonstration, and observation. Completers should have working experience with communications circuits and equipment.

ECT 2480      (Active) Graduation Seminar 2.0 : 2.0 : 0.0    Sp Prerequisite(s):ECT 2310, ECT 2320 (Normally taken during the last semester of program) Designed as a training course for professional development and a general review of fundamental principles of electronics. Professional development includes job interview, skill development, resume writing, and job search techniques. A special project, chosen in consultation with the instructor, will be completed and demonstrated by each student. Completers should be ready for job interviews.

ECT 251R      (Active) Special Topics in Electronics 1.0 to 5.0 : 0.0 to 5.0 : 0.0 to 15.0    F, Sp Prerequisite(s):Consent of instructor Designed for students interested in specific topics in electronics. Can be used as an elective. Will vary in its content to include relevant and changing topics in the electronics field. Emphasizes hands-on experience along with lectures and demonstrations. Completers should be able to converse confidently with others about the topics covered and perform technician tasks.

ECT 257R      (Active) Special Topics in Computer Technology 1.0 to 5.0 : 0.0 to 5.0 : 0.0 to 15.0    Sp Prerequisite(s):Consent of instructor Designed for students interested in specific topics in computer technology. Can be used as an elective. Will vary in its content to include relevant and changing topics in the computer field. Emphasizes hands-on experience along with lectures and demonstrations. Completers should be able to converse confidently with others about the topics covered and perform related technical tasks.

ECT 2610      (Active) Semiconductor Device Physics 2.0 : 2.0 : 0.0    On Sufficient Demand Prerequisite(s):ECT 1610 or equivalent, ECT 1620, ECT 2640 An introductory course, primarily for students in electronic technologies, which treats the physics of semiconductor materials and devices. Components of the course covers subjects on fundamental solid state and semiconductor physics which are essential for device applications. Additionally, covers basic device physics and structure, operation principles, general characteristics, and applications of various semiconductor devices.

ECT 2620      (Active) Digital Integrated Circuit Layout 3.0 : 3.0 : 0.0    On Sufficient Demand Prerequisite(s):ECT 1620 or equivalent An advanced course into the practice of digital integrated circuit layout and design. Integrates electronic engineering design schematics with silicon semiconductor process constraints. Addresses critical process design rules and constraints imposed by representative manufacturing processes.

ECT 2630      (Active) Analog Integrated Circuit Layout 3.0 : 3.0 : 0.0    On Sufficient Demand Prerequisite(s):ECT 1620 or equivalent; ECT 2620 or equivalent An advanced course into the practice of Analog Integrated Circuit Layout and design. Integrates electronic engineering design schematics with silicon semiconductor process constraints. Addresses critical process design rules and constraints imposed by representative analog circuit manufacturing processes.

ECT 2640      (Active) Full Chip Layout 3.0 : 3.0 : 0.0    On Sufficient Demand Prerequisite(s):ECT 2630 or equivalent An advanced course into the practice of integrating both Analog and Digital Circuit layout and design. Focus is toward mixed signals as they are integrated into entire chip. Integrates electronic engineering design schematics with silicon semiconductor process constraints. Addresses critical process design rules and constraints imposed by representative manufacturing processes.

ECT 2650      (Active) Integrated Circuit Systems Layout 3.0 : 3.0 : 0.0    On Sufficient Demand Prerequisite(s):ECT 2630 or equivalent An advanced course into the techniques associated with full systems layout and design which may include micro electro-mechanical systems. This course integrates electronic engineering design schematics with electromechanical systems as well as silicon semiconductor process constraints. Addresses critical process design rules and constraints imposed by the overall organization on silicon in systems manufacturing.

ECT 2670      (Active) Microfabrication Chemistry 3.0 : 3.0 : 0.0    On Sufficient Demand Prerequisite(s):ECT 1610 or equivalent, ECT 1620, ECT 2640 An advanced course into chemical processes used in the design and implementation of material properties derived from nanoscale structure. Included will be how processing can change structure and therefore properties and use of the material. Course will address how materials selection can be used to optimize performance. Systems will be developed which will incorporate and integrate microelectronic and micromachining.

ECT 2680      (Active) Silicon Processes 3.0 : 3.0 : 0.0    On Sufficient Demand Prerequisite(s):Instructor Approval This course is designed for students who are interested in nanoscale manufacturing processes. The focus will be on the chemistry of silicon, not only as a substrate but also as a reactive dielectric.

ECT 2690      (Active) Thin Film Processes 3.0 : 3.0 : 0.0    On Sufficient Demand Prerequisite(s):Instructor Approval An advanced course designed for students who are interested in nanoscale manufacturing processes. The focus will be on the chemistry of Thin Film deposition process not only as a technique but also as a mechanism by which unique materials may be developed.

ECT 2710      (Active) Computer Maintenance II 5.0 : 4.0 : 3.0    On Sufficient Demand Prerequisite(s):ECT 1710 For the Computer Systems Maintenance Certificate. Presents advanced concepts of computer architecture and operating systems integration. Studies advanced trouble-shooting techniques, BUS conflict resolution, and component failure. Includes hardware troubleshooting at the component level. Preparation for the A+ certification exam.

ECT 2730      (Active) Multimedia Communications Laboratory 1.0 : 0.0 : 3.0    On Sufficient Demand A capstone laboratory course for DGM. Includes hands-on installation and troubleshooting experiences with computer and other multimedia equipment. Completers should be familiar with current equipment and techniques used to maintain multimedia equipment.

ECT 2740      (Active) Introduction to Microlithography 3.0 : 3.0 : 0.0    On Sufficient Demand Prerequisite(s):Instructor Approval This course is designed for students who are interested in nanoscale manufacturing processes. The focus will be on the challenges associated with lithographic processes.

ECT 281R      (Active) Cooperative Work Experience 1.0 to 8.0 : 0.0 : 5.0 to 40.0    Su, F, Sp Corequisites(s):ECT 285R Provides paid, on-the job work experience in electronics and computer technology. Work experience and course enrollment are coordinated by the Cooperative Coordinator. Includes student, employer, and coordination evaluations, on-site work visits, written assignments, and oral presentations. Gives experience in writing and completing individualized work objectives that improve present work performance.

ECT 285R      (Active) Cooperative Correlated Class 1.0 : 1.0 : 0.0    Su, F, Sp Corequisites(s):ECT 281R Designed to identify on-the-job problems and to remedy those problems through in-class discussion and study. Studies identifying and maximizing service opportunities. Students register for this class with approval of the Cooperative Coordinator. Cooperative credits may be used as technical electives or in place of some of the laboratory classes if approved in advance by the department chairperson. Includes lecture, guest speakers, video tapes, role playing, case analysis, oral presentations, and written assignments. Completers should be better able to perform in their field of work or study.

ECT 299R      (Active) VICA 1.0 : 1.0 : 0.0    On Sufficient Demand For Electronics and Computer Technology majors. Supports and facilitates the goals and objectives of Vocational Industrial Clubs of America (VICA). VICA is a pre-professional student organization that develops social awareness, civic responsibility, vocational and leadership skills through participation in educational, vocational, civic, recreational, and social activities. Students may participate in local, state, and national contests.

ECT 3150      (Active) Digital Devices/Circuits and Introduction to Microprocessors 4.0 : 3.0 : 3.0    On Sufficient Demand Prerequisite(s):ECT 2110 For engineering majors. Presents the concepts of basic logic design. Studies analysis, troubleshooting, repairing and designing of sequential digital circuits. Includes number systems, codes, Boolean algebra, truth tables, Karnaugh maps, basic logic components (gates, flip-flops, counters, registers, timers, etc.), and state machine design. Includes introduction to microprocessors.

ECT 4310      (Active) Microprocessor and Computer Systems with Analog/Digital Interface 4.0 : 4.0 : 0.0    On Sufficient Demand Prerequisite(s):ECT 3150 For engineering majors. Studies programming in assembly language, building computer interfaces, and operating digitized test equipment. Includes microprocessor hardware organization, microprocessor machine instructions, input-output peripheral equipment, memory elements, control elements, data transmittal systems, interfacing, digitized test equipment, diagnostic programming, computer control of processes, and interfacing with analog and digital systems.