Kettering University

What you'll study

The curriculum combines core engineering fundamentals with specialised industrial engineering topics and extensive experiential learning. Early years emphasise mathematics, physics, materials and basic engineering science; subsequent years focus on industrial engineering techniques such as engineering economy, statistics for engineers, operations research, production planning and control, quality engineering and human factors.

• Fundamental courses: calculus, differential equations, physics, materials and mechanics relevant to engineering practice.
• Core industrial engineering subjects: statistics and probability for engineers, engineering economy, operations research (linear programming, network models), simulation, production systems, facilities layout and design, ergonomics and human factors.
• Manufacturing and systems topics: manufacturing processes, automation and robotics, supply chain management, lean manufacturing and Six Sigma principles, quality control and reliability engineering.
• Software and tools: data analysis and statistical software, simulation packages, CAD and process modelling tools used for process design and optimisation.
• Design and professional practice: engineering design, project management, ethics and communication, often brought together in senior capstone or design projects that address real industrial problems.
• Cooperative education: Kettering’s hallmark paid co‑op placements alternate with academic terms, giving students multiple extended industry placements where they apply classroom learning to live projects.

Entry requirements

Applicants should hold a high school diploma or its international equivalent with a strong background in mathematics and sciences. Successful candidates typically demonstrate proficiency in algebra, geometry and pre‑calculus or calculus, as well as coursework in physics. Admissions consider academic record, letters of recommendation and a personal statement; prior experience in robotics, manufacturing clubs or technical projects is advantageous. Specific test score and GPA thresholds are set by the university and can be found through Kettering University admissions.

Career prospects

Graduates are prepared for roles that optimise processes, systems and organisations across many sectors. Typical positions include process engineer, manufacturing engineer, quality or reliability engineer, operations analyst, production manager, supply chain or logistics engineer, systems engineer and continuous improvement specialist. Industrial engineers from Kettering often work in automotive and aerospace manufacturing, medical device and pharmaceutical production, logistics and distribution, consulting firms and technology companies. Many graduates also pursue postgraduate study in engineering management, systems engineering or business.

Why study at Kettering University

Kettering is known for its applied, career‑focused education and a long tradition of cooperative education that integrates paid work placements directly into the degree. Students gain multiple industry experiences during their programme, cultivating technical skills, professional maturity and a network of employer contacts. Small class sizes, close faculty mentoring and strong industry partnerships in manufacturing and mobility sectors help ensure that classroom learning translates directly into employable skills. The curriculum emphasises practical problem solving, teamwork and the use of up‑to‑date engineering tools, preparing graduates to contribute immediately in industrial environments.