Kettering University

What you'll study

The Engineering Physics curriculum combines fundamental physics with applied engineering topics and laboratory work. You will study classical mechanics, electromagnetism, thermodynamics and statistical mechanics alongside engineering-focused subjects such as electronic circuits, materials science, control systems and applied optics. Mathematical methods for physicists, numerical modelling, and computational physics are emphasised to give you the tools to analyse real‑world engineering problems.

Practical learning is central: courses include experimental physics labs, electronics and instrumentation labs, and project‑based engineering courses. The programme culminates in a senior capstone project or design sequence where you apply theory and experimental techniques to a substantive technical problem. Throughout the degree you will encounter problem sets, laboratory reports, simulation work, and team projects that mirror professional engineering practice.

• Core physics: mechanics, electromagnetism, quantum mechanics, thermodynamics
• Engineering subjects: circuits and electronics, materials and solid‑state physics, control systems, signals and systems
• Mathematics and computation: advanced calculus, linear algebra, differential equations, numerical methods, programming for scientists
• Laboratory and instrumentation: experimental methods, measurement and data analysis, optics and photonics labs
• Capstone: multidisciplinary design or research project, often with an industry partner
• Professional skills: technical communication, ethics, project management and teamwork

Entry requirements

Kettering seeks applicants with a strong background in mathematics and physics. Typical preparation includes higher‑level secondary study in calculus and physics; chemistry or additional mathematics is advantageous. Admissions are based on academic record, evidence of problem‑solving ability and motivation for a demanding STEM programme. International students must meet the university's English language requirements.

Because Kettering emphasises experiential learning, admissions also consider practical experience such as laboratory coursework, robotics or engineering clubs, internships, or demonstrable independent projects. Prospective students should consult the university's admissions office for the full list of required documents and any portfolio or interview processes.

Career prospects

Graduates with a degree in Engineering Physics have versatile career options across research, development and applied engineering. Common roles include research scientist, applied physicist, instrumentation engineer, systems engineer, and product development engineer. The strong foundation in both theory and practice also positions graduates for careers in optics and photonics, semiconductor and materials industries, energy and power systems, aerospace and defence, and high‑precision manufacturing.

Many students pursue further study at the graduate level in physics, engineering fields or applied mathematics. Others take roles in technical sales, patent examination, or engineering management. Kettering’s co‑operative education programme commonly leads to full‑time employment with industry partners following graduation.

Why study at Kettering University

Kettering is known for its integrated co‑operative education model that combines academic terms with paid work placements in industry. For Engineering Physics students that means extended hands‑on experience in research labs, manufacturing environments, or engineering teams, often with regional and national employers in automotive, advanced manufacturing and technology sectors.

The university offers small class sizes, close mentorship from faculty with industry and research experience, and access to well‑equipped laboratories for electronics, materials characterisation, optics and computational modelling. The campus culture emphasises applied problem solving and professional readiness, helping graduates transition quickly into technical roles or graduate programmes.

Students also benefit from Kettering’s active employer network and career services which support co‑op placements, internships and job search activities. The combination of rigorous physics training, engineering application, and sustained industry experience makes this programme particularly suitable for students aiming for technically demanding careers where both theoretical insight and practical engineering ability are valued.