Kettering University

What you'll study

The Bachelor of Engineering curriculum at Kettering provides a broad foundation in mathematics, physical sciences and engineering fundamentals before moving into discipline-specific technical topics and team-based design. Typical subjects include statics and dynamics, calculus and differential equations, materials science, thermodynamics, fluid mechanics, electrical circuits and signals, systems and control, engineering drawing and computer-aided design (CAD), manufacturing processes, and engineering economics.

Practical learning is embedded throughout the programme. You will spend substantial time in laboratories developing hands-on skills (measurement and instrumentation, machining, electronics assembly, prototyping), complete progressive design projects, and undertake a final capstone project that integrates technical analysis, design, testing and reporting. Many students also take electives in areas such as mechatronics, robotics, power systems, embedded systems, data analytics for engineers, and supply-chain or quality engineering to tailor their degree to particular career interests.

Structure

The programme balances core coursework, laboratory modules and team design experiences with applied learning through industry-engaged work terms. Early years focus on core science and mathematics, with increasing emphasis on applied engineering, systems integration and professional practice in later years. Assessment commonly includes laboratory reports, design deliverables, written examinations, oral presentations and project portfolios.

Entry requirements

Kettering seeks applicants with a strong background in mathematics and science and an interest in applied engineering. Typical undergraduate entry expectations include a completed secondary-school diploma or equivalent with coursework in algebra, geometry, trigonometry, calculus (where available) and physics. Successful applicants usually demonstrate strong performance in these subjects and an aptitude for problem solving.

Application materials commonly requested include official academic transcripts, a personal statement or essay describing interest in engineering and career goals, a résumé or list of extracurricular activities, and at least one academic or character reference. Standardised tests (where used) and portfolio materials may be considered but requirements can vary; international applicants will need to demonstrate English language proficiency through recognised tests or equivalent qualifications.

Career prospects

Graduates of Kettering's engineering programmes enter a wide range of technical and leadership roles across industry sectors. Typical career paths include roles as design engineers, test and validation engineers, manufacturing and process engineers, controls and automation engineers, systems engineers and product development engineers. Graduates also move into fields such as automotive and mobility engineering, aerospace, energy and utilities, industrial automation, consumer products, medical devices and advanced manufacturing.

The programme’s strong industry engagement and cooperative work experiences support rapid transition into employment, and graduates often progress into technical project management, engineering management, technical sales, quality and reliability roles, or further study at the master's level when aiming for specialist or research-focused careers.

Why study at Kettering University

Kettering is known for its integration of academic study with industry experience. Students benefit from sustained cooperative work opportunities with local and national engineering employers, which reinforce classroom learning and build professional experience before graduation. The university emphasises small class sizes, close faculty mentorship and hands-on laboratory facilities geared to real-world engineering practice.

Additional advantages include strong links to regional industry, active career services that support placement and employer engagement, and a focus on developing professional skills such as project management, technical communication and teamwork. For students who prioritise applied learning and early workplace exposure as part of their engineering education, Kettering provides a programme structured to connect technical knowledge with industry needs.