Central Washington University

What you'll study

The Engineering Physics curriculum blends core physics theory and experimental methods with engineering fundamentals and computational skills. Early years emphasise calculus, linear algebra, classical mechanics, electromagnetism, thermodynamics and introductory laboratory techniques. Intermediate courses introduce modern physics topics such as quantum mechanics, statistical mechanics and optics alongside engineering subjects like circuits, materials science, mechanics of materials and basic control or instrumentation.

Students also take coursework in numerical methods and scientific computing, electronics lab work and applied measurement techniques. The programme culminates in advanced electives and a senior capstone or research project that integrates theoretical analysis, experimental design and data interpretation. Typical modules and topics include:

• Calculus, differential equations and linear algebra for physicists and engineers
• Classical mechanics and laboratory methods
• Electromagnetism and electronic circuits
• Quantum mechanics, optics and modern physics
• Thermodynamics and statistical physics
• Materials science and mechanics of materials
• Numerical methods, simulation and programming for scientific applications
• Instrument design, measurement and error analysis
• Senior design project or undergraduate research in applied physics/engineering topics

Entry requirements

Applicants should hold a high school diploma (or international equivalent) with strong achievement in mathematics and physical sciences. Preparation in calculus and high school physics is expected; previous study of chemistry and computing is advantageous. Central Washington University assesses applications holistically, taking into account academic record, preparation for university‑level math and science, and any relevant extracurricular experience such as research, robotics or technical internships.

For international applicants, proof of English proficiency is required through recognised language tests or equivalent qualifications. Transfer students are evaluated on college transcripts, and students with prior college credit in mathematics or science may place out of introductory courses.

Career prospects

Graduates with an Engineering Physics degree are well suited to technical roles that require both strong analytical skills and practical engineering knowledge. Common career paths include roles in instrumentation and test engineering, product development, systems engineering, semiconductor and photonics industries, renewable energy and aerospace technology. The degree also provides a strong foundation for graduate study in physics, applied physics, materials science, electrical or mechanical engineering, and related research programmes.

Other outcomes include technical consulting, computational modelling, laboratory management, and positions in government or industrial research laboratories. Many graduates pursue internships or co‑op experiences while studying to build industry contacts and practical skills that aid job placement after graduation.

Why study at Central Washington University

Central Washington University offers a learning environment with relatively small class sizes and direct faculty mentorship, which is particularly valuable for hands‑on, lab‑based education. Students have opportunities to join undergraduate research projects, work in campus laboratories, and present findings at regional conferences. The programme emphasises applied learning, regular lab training and a culminating senior project that showcases technical competence.

Located in Washington state, CWU places students within reach of a regional technology and aerospace sector that supports internships and employment opportunities. The department focuses on preparing students for both immediate entry into technical careers and for graduate study, with advising and career services to help identify internship placements, research experiences and post‑graduate options.