Eastern Washington University

What you'll study

This programme combines core engineering fundamentals with specialised courses in electronics and communications. You study calculus, differential equations and linear algebra alongside fundamental engineering science such as circuit theory, electromagnetics and signals and systems. Core topics typically include analog and digital electronics, microcontrollers and embedded systems, digital signal processing, communication systems, control systems, and RF/antenna fundamentals.

• Yearly structure mixes general education and engineering core coursework with progressive technical depth and laboratory work.
• Practical laboratory classes and project courses develop skills in circuit design, PCB prototyping, software‑hardware integration and measurement/test techniques.
• Design and capstone projects in the final year emphasise team‑based development, systems integration and documentation; many projects model real industry problems.
• Elective options allow study of topics such as wireless communications, embedded firmware, digital communications, power electronics or robotics depending on departmental offerings.

Entry requirements

Applicants are expected to have completed secondary school with a strong foundation in mathematics (including pre‑calculus or calculus) and physics. Successful applicants demonstrate problem‑solving ability and preparation for rigorous quantitative study. Typical entry preparation includes coursework in algebra, geometry, trigonometry and introductory physics; prior experience with programming or electronics is advantageous but not mandatory.

• Standard admission requires a high school diploma or equivalent with competitive grades in STEM subjects.
• Some students enter via transfer from community colleges; transfer applicants should present college transcripts showing completion of calculus and introductory engineering/science courses where possible.
• International applicants must meet English language proficiency requirements and provide equivalent academic documentation.
• Placement or preparatory courses in mathematics may be required for students who need to strengthen their calculus background before advancing to engineering core classes.

Career prospects

Graduates work across industries that rely on electronic and communication technologies. Typical roles include electronics design engineer, communications or network engineer, embedded systems developer, test and validation engineer, controls engineer and field service engineer. Employers range from telecommunications and wireless companies, electronics manufacturers and defence contractors to utilities, automation firms and technology start‑ups.

• Many graduates move into roles involving hardware design, firmware development, signal processing, or systems integration.
• Others pursue work in related areas such as instrumentation, power electronics, or industrial automation.
• Graduates may continue to postgraduate study in engineering fields or professional certifications to specialise further or move into research and development.

Why study at Eastern Washington University

Eastern Washington University offers a student‑centred engineering education with relatively small class sizes that support close interaction with faculty. The curriculum emphasises hands‑on learning through laboratory classes, practical projects and a senior design capstone, allowing students to build portfolios of real engineering work.

• Students benefit from regional industry connections in the Pacific Northwest for internships and employment opportunities.
• The department supports student participation in professional and technical student organisations, offering networking and extracurricular project experience.
• Advising and career services assist students with internship placement, co‑op opportunities and transition to employment or graduate study.