Shawnee State University

What you'll study

This programme blends theory and practice across electronics, computing and systems integration. Core topics typically include digital logic and circuit analysis, microprocessors and embedded systems, programming for hardware (C/C++ and low-level languages), analog and digital electronics, signals and systems, industrial control and programmable logic controllers (PLCs), data communications and networking, and hardware troubleshooting and maintenance.

Coursework emphasises laboratory-based learning and project work. Students usually complete modules on printed circuit board (PCB) design and testing, instrumentation and measurement, systems integration, computer-aided drafting for electronics, and applied mathematics such as calculus and discrete math for computing. A senior capstone project or practicum integrates design, implementation and documentation, often carried out in teams to solve real-world problems.

• Digital Logic and Design
• Microprocessors and Embedded Systems
• Analog Circuits and Electronics
• Programming for Engineers (C/C++ and scripting)
• Networks and Data Communications
• Instrumentation, Sensors and Measurement
• Control Systems and PLCs
• Capstone Design Project

Entry requirements

Applicants are normally expected to hold a high-school diploma or recognised equivalent with a foundation in mathematics; courses in algebra, trigonometry and introductory calculus strengthen an application. Prior study in physics or basic electronics is advantageous. Shawnee State University welcomes transfer students from community colleges and recognises relevant technical or vocational credits where appropriate.

Admissions may also consider standardised-test scores, personal statements and any relevant practical experience. Some students begin in preparatory mathematics or general engineering technology courses if additional background is needed before moving into upper-level topics.

Career prospects

Graduates of Computer Engineering Technologies programmes are prepared for hands-on technical and engineering-support roles across manufacturing, automation, telecommunications, instrumentation and embedded-systems development. Typical job titles include electronics technician, embedded systems technician, field service engineer, automation technician, test technician, and systems integrator. With experience, graduates often advance to supervisory or engineering support positions or specialise in areas such as industrial controls, networking or IoT device development.

The degree also provides a pathway to further study; graduates may undertake graduate programmes in engineering technology, engineering management or applied computing to expand career and leadership opportunities.

Why study at Shawnee State University

Shawnee State offers a regional, student-centred environment with small class sizes that support close faculty interaction and hands-on learning. The university emphasises laboratory experience and applied projects, giving students repeated opportunities to work with real hardware and embedded platforms. Faculty often have industry experience and maintain connections that help students access internships and practicum placements with regional employers.

As a public university, Shawnee State focuses on affordable education and career-ready outcomes, with academic advising and support services to help students transition from coursework to employment. The campus’s applied-technology facilities and capstone collaborations aim to prepare graduates for immediate contribution in technical roles or for continued academic study.