The Bachelor of Science in Computer Engineering Technology at the University of Houston is an ABET-accredited program that offers an applications-oriented undergraduate education in both hardware and software engineering. The curriculum emphasizes areas such as digital circuits, embedded systems, microprocessor architecture, computer networking, and artificial intelligence. Students develop practical skills through hands-on labs, programming in C++ and Java, and senior capstone projects, preparing them for immediate employment in diverse industries.
The program provides a balance of mathematics, science, engineering, and general education coursework, ensuring graduates are not only technically proficient but also capable of professional communication and ethical decision-making.
Course Overview:
Core Communications: Core Communications I & II
Core Mathematics: Core Mathematics, Core Math/ Reasoning
Core American History: The US to 1877, The US since 1877
Core Government/ Political Science: US and Texas Constitution and Politics, US Government: Congress, President, & Courts
Core Language, Philisophy & Culture
Core Creative Arts: Creative Arts: Approved Core Courses
Core Life & Physical Sciences
Core Social and Behavioral Sciences: Social and Behavioral Sciences
Maths: Calculus I & II, Statistical Applications, Engineering Mathematics, Intro to C++ Programming
Life & Physical Sciences: College physics I & II (Lecture and Lab)
Major Requirements: Circuit Theory and Lab I, Circuit Theory and Laboratory II, Digital Systems, Digital Systems Laboratory, Semiconductor Devices and Circuits, Semiconductor Devices and Circuits Laboratory, Linear Systems Analysis, Communications Circuits, Sensor Applications, Microprocessor Architecture, Embedded Systems, Senior Project, Senior Project Laboratory, Computer Networks
Senior Design Project: Students complete a two-semester senior project focused on solving real-world engineering challenges.
Hands-On Labs: Extensive laboratory work in circuits, microprocessor software, digital systems, and networking throughout the program.
Capstone Exam: Students must complete the Computer Engineering Technology Comprehensive Exam to demonstrate cumulative learning.
Industry-Relevant Programming: Students gain proficiency in C++, Java, microcomputer operating systems, and data communication tools
Career Paths: Field Specialist, Interface Designer, Software Specialist, Computer Networking Specialist, Sales Representative, Digital Applications Specialist.
Graduate Study: Suitable foundation for pursuing graduate studies in engineering technology or related fields.
Professional Skills: Emphasis on applied problem-solving, project management, communication, and professional ethics equips students for leadership roles in technology-driven industries.
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