Central Washington University

What you'll study

The programme provides a broad grounding in electrical and electronic engineering fundamentals, combining mathematics and physics with practical laboratory work and design. Core topics typically include circuit analysis, analog and digital electronics, signals and systems, microprocessors and embedded systems, control systems, electromagnetics, power systems fundamentals, and communications. Students complete frequent laboratory sessions to reinforce theory and learn instrumentation, measurement and test techniques.

Throughout the degree there is an emphasis on engineering design and teamwork. You will work on progressive design projects and end with a capstone senior design project that integrates technical analysis, prototyping and project management. Supporting modules cover applied mathematics (calculus, differential equations), computer programming for engineers, engineering ethics and professional practice. Electives allow specialisation in areas such as power electronics, embedded software, digital signal processing or renewable energy applications.

Entry requirements

Admission is at the undergraduate level and applicants are expected to have strong preparation in mathematics and science. Typical requirements include a completed secondary school qualification with substantial study in mathematics (including algebra and precalculus or calculus) and physics. Candidates with coursework in chemistry and computer science will be well prepared.

Central Washington University considers academic record, preparation in STEM subjects and any relevant experience. International applicants must demonstrate equivalent academic qualifications and English language proficiency. Transfer students from community colleges with appropriate engineering and math coursework are commonly admitted into later years of the programme; specific credit transfer is assessed on a course-by-course basis.

Career prospects

Graduates are prepared for technical roles across multiple sectors. Common career paths include positions as electrical or electronics engineers, embedded systems developers, controls and automation engineers, power systems technicians, telecommunications engineers, instrumentation and test engineers, and field application engineers. Many graduates also move into engineering project management, technical sales, or pursue postgraduate study in specialised areas such as power engineering, communications, robotics or computer engineering.

The programme’s practical focus and project work help graduates demonstrate hands-on skills to employers in utilities, manufacturing, aerospace, defence, consumer electronics and technology services. Internships and industry collaborations during the degree increase employability and provide regional connections in the Pacific Northwest and beyond.

Why study at Central Washington University

Central Washington University offers a degree that balances classroom instruction with extensive laboratory and design experience in a smaller-campus environment that supports close faculty-student interaction. The engineering curriculum emphasises applied learning: students spend significant time in labs, on team projects and in senior design work that mirror real-world engineering challenges.

The university’s location provides access to a range of regional employers and internship opportunities, and faculty bring a mix of academic and industry experience. Smaller class sizes make it easier to receive individual mentorship and to participate in research or applied projects. For students seeking a practical, project-oriented undergraduate education in electrical and electronic engineering, CWU provides a curriculum designed to develop technical competence, design skills and professional readiness.