Central Washington University

What you'll study

This programme emphasises applied engineering skills across hardware and software. You will study foundational subjects in circuits, digital logic and microprocessors alongside programming, embedded systems and networking. Typical modules and learning areas include:

• Electrical and Electronic Fundamentals — DC/AC circuits, semiconductor devices, signal analysis and laboratory measurement techniques.
• Digital Logic and Systems — Boolean algebra, combinational and sequential logic, FSM design and practical implementation with breadboards and development boards.
• Microcontrollers and Embedded Systems — low-level programming (often C/C++), real-time concepts, peripheral interfacing, sensors and actuators.
• Programming and Software Foundations — procedural and structured programming, data structures, basic operating system concepts and software testing.
• Computer Networks and Communications — networking principles, protocols, wired and wireless communications, and networked device configuration.
• Digital Design and FPGA/PLD — hardware description languages, implementation of digital designs on programmable logic devices.
• Control Systems and Instrumentation — feedback systems, control theory basics and measurement systems used in automation.
• CAD, Manufacturing and Industry Practices — PCB layout basics, design for manufacturability and professional practice/ethics.
• Laboratory and Project Work — extensive hands-on lab sessions and a senior capstone or practicum project integrating design, testing and documentation.

The curriculum combines lecture courses with supervised laboratory work and project-based assessments. Students will typically complete a sequence of lower-division fundamentals before moving on to upper-division applied and project-focused courses.

Entry requirements

Applicants should hold a recognised high-school diploma or equivalent. Strong preparation in mathematics (Algebra and Trigonometry; Pre-calculus or Calculus recommended) and a background in physics or a physical science are expected. Typical academic preparation includes coursework in:

• Algebra and Trigonometry; Calculus recommended
• High-school physics or equivalent
• Some prior exposure to computer science or programming is beneficial but not always mandatory

Transfer students with relevant college-level coursework (such as introductory calculus, physics and programming) are commonly admitted with appropriate credit evaluation. Admission also follows the university’s general undergraduate entry policies; applicants should consult Central Washington University for specific documentation and placement testing requirements.

Career prospects

Graduates of this programme are prepared for technical roles that bridge electrical engineering and computer science. Common career destinations include:

• Embedded systems developer or technician
• Field service or test engineer for electronics and communications equipment
• Hardware technician and systems integrator
• Network support technician or IoT systems specialist
• Manufacturing test and quality assurance roles
• Technical sales engineer or product support specialist

Many graduates also go on to further study—such as specialised bachelor’s to master’s pathways, certifications in networking or embedded systems, or professional training—to expand into roles in systems engineering, controls, or software development.

Why study at Central Washington University

Central Washington University offers a hands-on, career-oriented approach with small class sizes that allow direct faculty interaction and supervised laboratory time. The programme emphasises practical experience through lab courses, capstone projects and opportunities to collaborate with local industry partners. The university’s location supports regional internship and employment connections, while campus resources—such as engineering labs, student organisations and career services—help students develop workplace-ready technical and communication skills. Faculty typically have a mix of academic and industry experience, and the curriculum is designed to align with current employer needs in embedded systems, electronics and networking.