| Class | Times Taught Institution | Course Description |
| TECH 1010 | 18 UofM | Computer Apps In Tech Credit 3. Introduction to computer applications using PC's networked to TigerLAN; file management; spreadsheets; programming; Internet application in technology. |
| TECH 1211 | 6 UofM | Computer Programming Credit 3. Computer usage in engineering technology; emphasis on use of computer programming in solving technical problems using C. |
| TECH 1811 | 1 UofM | Electronic Circuit Technology Credit 3. Introduction to fundamental electronic theory and devices, circuit and network theorems. Laboratory emphasis on basic electrical measurements and proper use of instruments. Three lecture hours, two laboratory hours per week. |
| TECH 2251 | 1 UofM | Adv Programming Tech Credit 3. Principles of computer programming applicable to engineering technology using C++; algorithmic problem solving, coding in a structured high level language, subprograms and parameters, control structures, I/O, complex arithmetic, and double precision operations emphasized. |
| TECH 3232 | 14 UofM | Digital Technology Credit 4. Numbering systems and codes, logic gates, Boolean algebra, Combinational logic, TTL circuits, and memory devices. Three lecture hours, three laboratory hours per week. |
| TECH 3233 | 12 UofM | Microprocessor Tech Credit 4. Computer history and architecture; microprocessor and microcomputer operation; fetching and executing instructions; microcode; microprocessor registers; memory addressing modes; assembly-language instructions; assembler operation. Three lecture hours, three laboratory hours per week. |
| TECH 3241 | 5 UofM | Internet Technology Credit 3. Internet services and protocols; covering the top three layers of the OSI model; session presentation, and application layers. Three lecture hours per week. |
| TECH 3812 | 3 UofM | Adv. Electronic Communication Credit 4. Principles of digital communications,spectrum and signal transmission through various mediums. Modulation/demodulation techniques,data rates, quality of signal, current protocols and data packets. Three lecture and three laboratory hours per week. |
| TECH 3821 | 11 UofM | Industrial Electronics Credit 3. Electronic circuits and systems in industry; principles of signal conditioning, DC and AC motors and drives, sensors; process control and PLcs; theory and application of devices such as unijunction transistors, silicon controlled rectifiers, diacs, triacs. Two lecture hours, three laboratory hours per week. |
| TECH 4234 | 13 UofM | Microprocessor Interfacing Technology Credit 4. Analysis and design of microprocessor based systems utilizing serial and parallel input/output as well as analog to digital and digital to analog converters. Programs are developed to verify operation of the interfacing hardware. Three lecture hours, three laboratory hours per week. |
| TECH 4272 | 2 UofM | Operating Systems Credit 4. Operating system structure, memory management (physical, virtual memory), process management (processes, threads, scheduling, synchronization, deadlocks), device management (driver, buffers, queues), file management (implementation, abstraction), installation and configuration of services within UNIX/LINUX operating system, and performance. Three lecture hours, three laboratory hours per week. |
| TECH 4281 | 5 UofM | Computer Network Technology Credit 4. Local area networks; covering the bottom four layers of the OSI mode; physical, datalink, network and transportation and application. Extensive laboratory coverage of the installation, configuration and administration of routers, switches and other networking devices. Three lecture hours, three laboratory hours per week. |
| TECH 4940 (was ENGR 4001) | 7 UofM | Engineering Technology Pract Credit 3. Preparation for professional practice through experiential learning under the supervision of an experienced professional, with oversight by a member of the department’s faculty. Regular reporting throughout the course will be required. Three (3) credits earned for this course is acceptable as a substitute for one TECH elective degree requirement. |
| TECH 4943 | 8 UofM | Senior Project Plan Seminar Credit 1. Methodology related to solving problems in engineering technology culminating in an integrative experience through individual and/or team projects and technical proposal with technical presentation. One lecture hour per week. |
| TECH 4945 | 7 UofM | Senior Project Credit 2. Individual and/or team effort in study and implementation of integrative technical project culminating in technical report and technical presentation. Permits issued to students who have taken the senior exit exam and applied for graduation within the previous 12 months. Two lecture hours per week. |
| TECH 4991 | 1 UofM | Data Acquisition and Control Credit 3. Study of fundamentals of data acquisition and control as it pertains to industrial control; introduction to human machine interfaces and digital signal processing. |
| TECH 7263 | 1 UofM | Adv Dgitl Circuit/Appl Credit 3. Pragmatic treatment of analysis, synthesis, and applications of digital integrated circuits and systems. Two lecture, three laboratory hours per week. |
| TECH 7273 | 2 UofM | Adv Microproc Arch Credit 3. Structure of the microprocessor, Bit-slice and monolithic systems; ALU design, data transfer and storage registers, and control unit logic; microprogramming techniques. |
| TECH 7283 | 2 UofM | Advanced Data Acquisition Credit 3. Use of digital and analog circuits to accomplish the computer analysis of empirical data; transducers, digital and analog conversions, linear and operational amplifiers, interfacing techniques; data scaling and manipulation. |
| TECH 7992 | 1 UofM | Projects II Credit 1-3. Independent investigation of a problem selected in consultation with instructor. |