University of Central Oklahoma

What you'll study

The Computer Engineering curriculum builds a foundation in mathematics, physics and computing before moving into core topics in digital systems and embedded computing. Early years emphasise calculus, discrete mathematics, circuit analysis and programming fundamentals. Core and upper-level modules typically cover digital logic and design, microprocessors and microcontrollers, computer architecture, embedded systems, data structures and algorithms, signals and systems, electronic circuits, and operating systems.

Practical, laboratory-based learning is integral: students work in electronics and digital labs on projects such as PCB prototyping, FPGA design, microcontroller applications, sensor integration and real-time control. The programme culminates in a senior capstone or design project where students apply system-level design, testing and documentation practices—often working in teams to deliver a functional hardware/software solution.

• Calculus and linear algebra for engineers
• Physics with engineering applications
• Programming in C/C++ and higher-level languages
• Digital logic and FPGA design
• Microprocessor/microcontroller systems
• Analog and digital electronics
• Embedded systems and real-time programming
• Computer architecture and organization
• Signals, systems and communications basics
• Senior design/capstone project with technical reporting

Structure and study options

The programme is delivered through a mix of lectures, lab sessions and project work. Elective choices may allow specialisation in areas such as robotics, networking, cybersecurity fundamentals or VLSI/semiconductor topics. Opportunities for internships, research projects with faculty or industry placements are encouraged to gain practical experience.

Entry requirements

Applicants are expected to hold a secondary school completion certificate or equivalent with a strong background in mathematics (algebra, geometry, trigonometry and preferably calculus) and science (physics is highly recommended). Admissions consider overall academic record, coursework rigor and, where applicable, standardised test scores or placement tests.

Specific expectations typically include a competitive high school GPA and successful completion of preparatory maths and science units. Transfer applicants should present transferable college-level coursework in calculus, physics and introductory programming. International students must meet English language proficiency requirements through recognised tests or qualifying pathways.

Applicants without the full preparation may be advised to take preparatory or bridging courses in mathematics and physics before joining the core engineering sequence.

Career prospects

Graduates emerge prepared for roles that require integration of hardware and software skills. Common early-career job titles include embedded systems engineer, firmware developer, hardware design engineer, systems integration engineer and test engineer. Graduates also find positions in robotics, telecommunications, automotive electronics, aerospace systems, consumer electronics and semiconductor companies.

With experience, professionals progress to senior engineering, technical lead or engineering management roles. The degree also provides a foundation for postgraduate study in electrical engineering, computer engineering, computer science or related disciplines, and for professional engineering certification pathways where applicable.

Why study at University of Central Oklahoma

The University of Central Oklahoma offers a programme focused on applied learning with access to hands-on laboratories, project spaces and faculty who have industry and research experience. Class sizes are often smaller than at large research universities, allowing more direct faculty interaction and mentoring during design projects and labs.

UCO’s location provides links to regional employers and internship opportunities in the greater Oklahoma City area, and students can engage with technical student organisations and engineering societies to build professional networks. Career and academic support services help with internship placement, resume preparation and transition to employment or graduate study.

Overall, the programme emphasises practical skills, teamwork and system-level thinking to prepare graduates for the technical demands of computer engineering careers.