Mechanical Engineering Keele University

Overview

Mechanical Engineering from Keele University, sustainable transport and renewable energy to advanced manufacturing and aerospace, you’ll gain the skills to tackle real-world engineering challenges, combining technical knowledge, creativity, and problem-solving to shape a more efficient and sustainable future.

Key facts

Mechanical engineering drives innovation across industries - from sustainable transport and renewable energy systems to advanced manufacturing and aerospace technology. It is the discipline at the core of developing efficient machines, optimised systems, and engineered products that transform the way we live and work. Every project you undertake offers the opportunity to improve performance, reduce environmental impact, and contribute to a sustainable future.

This programme is designed to support your development as a professional engineer. You’ll begin with Engineering Fundamentals, gaining the scientific and technical knowledge to tackle complex problems. Alongside this, Engineering Skills will strengthen your practical ability through labs, workshops, and training in communication and project management. Engineering Simulation and Mathematics will then help you apply advanced analysis and modelling techniques, allowing you to understand and present engineering concepts with precision.

You will build a foundation in mechanics, materials, thermodynamics, dynamics, fluid mechanics, and manufacturing systems, alongside mathematics, programming, and simulation tools. Specialist study covers materials and manufacturing processes, statics and dynamics, thermofluid principles, computer-aided design (CAD), energy conversion, and product design. As you progress, you will tackle complex applications, including system performance, design for manufacture and assembly, and digital manufacturing tools. In your final year, you will integrate your knowledge to address global sustainability and efficiency challenges, while developing leadership, teamwork, communication, and research skills through an individual research dissertation and a collaborative industry-led design project.