Control and Instrumentation Engineering Technology (125 hours)
Fine Arts (three hours) Literature (three hours, sophomore level or above) Control and Instrumentation Engineering Technology Requirements
Accredited by the Technology Accreditation Commission of the Accreditation Board for Engineering Technology
Lower Division ENGR 1302 Engineering and Technology Fundamentals EET 1411 Electric Circuits with Lab ENGR 2410 Analysis of Engineering Networks EET 2421 Electronic Devices with Lab EET 2431 Digital Logic Design
Weining Feng, PhD, Coordinator N708, 713-221-8591 The main focus of Control and Instrumentation Engineering Technology degree program is the application of computer technology and modern electronics to industrial process control and instrumentation systems. As such, the program produces graduates who:
Upper Division ENGR 3404 Digital Signal Processing with Lab EET 3435 Fundamentals of Automation and Control EET 3451 Instruments and Transducers with Lab ENGR 3406 Process Control Systems ENGR 3407 Industrial Robotics with Lab EET 3334 Electrical Power Systems ENGR 3302 Engineering Economics ENGR 3410 Process Modeling and Simulation ET 4323 Technology Seminar EET 4335 Computer Networking ENGR 4402 Process Design and Operation ENGR 4328 CIET Senior Project
• have a sound foundation in the analysis, design, testing, and implementation of instrumentation and control systems; • are proficient in applying their knowledge (in mathematics, sciences, and engineering), and standard tools, especially computer software and hardware tools, to technical problem solving; • are all-around individuals with strong social skills, able to work in team environments, competent in communication and information presentation, and with a strong sense of professionalism; • are committed to continuous improvement and lifelong learning. Control and instrumentation engineering technology has its basis in computer technology, electrical/electronics systems and communication systems. Control and instrumentation specialists are among the most sought-after personnel in the Houston area due to the growing demand from process industries (petrochemical and oil refining), power companies, and energy industries. The broad technical background of control and instrumentation graduates opens up bright employment prospects.
Electives Six hours of electives selected in consultation with department advisors. ENG 3302 and ET 4323 satisfy the W and S application course requirements of the General Education program.
Bachelor of Science in Engineering Technology
General Requirements for Graduation in Control and Instrumentation Engineering Technology (CIET)
Fire Protection Engineering Technology (126 hours)
In addition to UHD general requirements for graduation, the CIET division of the Engineering Technology Department requires that all candidates pursuing a degree in CIET can have no more than two grades of “D” in Math, Physics, Chemistry, and engineering technology courses.
Edward R. Sheinberg, MME, Coordinator N706, 713-221-8441 The main focus of the Fire Protection Engineering Technology degree program is the application of engineering principles, including fire dynamics and fire codes, together with computer technology and the design of fire safe industrial facilities. As such, the program produces graduates who:
General Education Core Requirements ENGR 1400 PC Applications in Engineering ENG 1301 Composition I ENG 1302 Composition II HIST 1305 US History to 1877 HIST 1306 US History after 1877 MATH 2401 Calculus I MATH 2402 Calculus II PHYS 1307/1107 General Physics I with Lab PHYS 1308/1108 General Physics II with Lab CHEM 1307/1107 General Chemistry with Lab POLS 2303 US Government I POLS 2304 US Government II COMM 1304 Introduction to Speech Communication ENG 3302 Business and Technical Report Writing Behavioral/Social Sciences (three hours)
• have a sound foundation in the analysis, design, testing, and implementation of fire protection systems and are proficient in applying their knowledge (in mathematics, sciences, and engineering) and standard tools, especially computer software and hardware tools, to technical problem solving; • are all-around individuals with strong social skills, able to work in team environments, competent in communication and information presentation, and with a strong sense of professionalism; • are committed to continuous improvement and lifelong learning.
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