Kettering University

What you'll study

The Master's in Engineering at Kettering emphasises applied engineering science, systems thinking and project-based learning. Typical coursework covers advanced mathematics and modelling, control systems, materials and manufacturing processes, thermofluids, computer-aided design and engineering analysis, and engineering economics. Students choose from elective streams or concentrations—such as mechanical engineering, electrical/electronic systems, manufacturing and industrial engineering, or systems engineering—to tailor the degree to their interests.

All students complete a culminating experience that links theory to practice. Options commonly include a team-based engineering capstone or a supervised research/thesis project conducted in collaboration with faculty or an industry partner. Laboratory and software-based practical work (FEA, CFD, embedded systems, PLCs, data acquisition and analysis) form a core part of the curriculum to build real-world skills.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in engineering or a closely related technical discipline from an accredited institution. A competitive undergraduate GPA is important, and programmes may consider applicants with strong professional experience in lieu of a directly related degree.

• Academic transcript demonstrating relevant undergraduate coursework (mechanics, mathematics, circuits, materials or equivalent).
• A current resume/CV outlining engineering experience and technical skills.
• A personal statement describing academic and professional goals and how the programme will support them.
• Letters of recommendation (typically one to three) from academic or professional referees.
• International applicants must demonstrate English language proficiency through an approved test or equivalent documentation.

Some specialisations or research projects may require prerequisite undergraduate courses; applicants missing specific prerequisites are often admitted with a plan to complete those courses before or during the programme. Additional documentation or interviews may be requested for international students or those seeking assistantships.

Career prospects

Graduates of the Master's in Engineering from Kettering enter roles across engineering, product development and technical leadership. Common job titles include design engineer, systems engineer, controls or automation engineer, manufacturing engineer, test and validation engineer, product development engineer and engineering project manager. The degree also supports transitions into engineering management, technical sales engineering, and R&D positions.

Because of Kettering's close ties to automotive and manufacturing industries, many alumni progress into positions with OEMs, tier suppliers, advanced manufacturing firms, energy companies, and engineering consultancies. The applied nature of the programme and the capstone or practicum experience make graduates attractive to employers seeking candidates who can immediately contribute to technical projects and cross-functional teams.

Why study at Kettering University

Kettering offers a strong applied focus with small class sizes and intensive faculty mentorship. The university's long-standing relationships with industry—particularly in automotive and advanced manufacturing—provide opportunities for collaborative projects, guest lectures and networking. Campus facilities include specialised engineering laboratories and access to industry-standard software and equipment to support hands-on learning.

Students benefit from a career-centred environment with dedicated career services that support internship, practicum and employment placement. The programme's emphasis on teamwork, problem-solving and real-world projects prepares graduates for immediate contribution in technical and leadership roles within engineering organisations.