Kettering University

What you'll study

The Mechanical Engineering curriculum covers core engineering science, design and applied practice. You will study foundational mathematics and physics, then progress through specialist mechanical topics such as statics and dynamics, strength of materials, thermodynamics, heat transfer, fluid mechanics, machine design, control systems and materials engineering. Coursework emphasises analysis, modelling and hands‑on laboratory work.

• Core modules: calculus, differential equations, linear algebra, engineering mechanics, materials and manufacturing fundamentals.
• Mechanical engineering modules: statics and dynamics, mechanics of materials, thermodynamics, fluid mechanics, heat transfer, vibrations, machine design, mechanical systems and control.
• Computer and laboratory skills: CAD/CAM, finite element analysis, computational methods, instrumentation, machining and lab‑based experiments.
• Design and integration: product development, engineering design projects, systems engineering, and a multi‑term senior design capstone where students deliver a prototype or engineered solution.
• Professional development: engineering ethics, project management, technical communication and team‑based problem solving.

A distinctive feature is Kettering's cooperative education model: alternating academic terms with paid industry work placements so students apply classroom learning in real engineering settings, gain professional experience and build employer networks.

Entry requirements

Applicants should hold a recognised secondary school qualification with strong achievement in mathematics and at least one science (typically physics). Typical preparation includes courses in calculus, algebra, and physics. Kettering considers academic records, preparation in STEM subjects and readiness for an applied engineering curriculum.

• For domestic applicants: a high school diploma or equivalent with calculus and physics; transcripts are reviewed to assess preparation for first‑year engineering courses.
• For international applicants: an equivalent secondary school certificate plus proof of English proficiency where required (e.g. IELTS, TOEFL) and documentation demonstrating readiness for university‑level maths and science.
• Transfer students: college/university transcripts for transfer credit evaluation and demonstration of successful completion of prerequisite maths and science courses.

Admissions may also consider recommendation letters, a personal statement outlining interest in mechanical engineering, and any relevant work, internship or extracurricular experience. Specific grade thresholds and standardized test policies can vary, so consult the university admissions information for current guidance.

Career prospects

Graduates of the Mechanical Engineering programme enter a wide range of technical and engineering roles. The blend of classroom theory and co‑op work experience prepares students for immediate employment in design, analysis, testing and production roles across multiple sectors.

• Typical employers and sectors: automotive and transportation, aerospace, energy and utilities, manufacturing, robotics and automation, medical devices and consumer products.
• Common roles: mechanical design engineer, systems engineer, project engineer, manufacturing/process engineer, test and validation engineer, quality engineer and maintenance/reliability engineer.
• Longer‑term pathways: product development and R&D, engineering management, sales engineering, technical consulting, and further study such as master’s or professional engineering licensure.

Why study at Kettering University

Kettering University emphasises experiential learning and industry integration; the cooperative education programme is central, offering multiple paid work terms with partner companies so students graduate with substantial real‑world experience. Class sizes are typically small, enabling close interaction with faculty who have industry and research experience.

• Strong industry links and co‑op placements that build practical skills and professional networks.
• Hands‑on facilities and labs for prototyping, materials testing, thermal/fluid experiments, and CAD/CAM work.
• Project‑based curriculum culminating in senior design, where students collaborate to develop real engineering solutions for external sponsors or research challenges.
• Dedicated career services that support internship and job placement, resume preparation and interview readiness.

Together, these elements make Kettering a suitable choice for students seeking a mechanically oriented engineering education with immediate industry applicability and strong preparation for technical careers or graduate study.