The Advanced Mechanical Engineering MSc is designed for high-calibre engineers who want to deepen their technical expertise and analytical skills to tackle complex, real-world engineering challenges. The program is built on rigorous mechanical engineering principles, with a significant focus on energy engineering, a critical area for global industry. You will gain advanced proficiency in modelling, analysis, and system-level design, applying these skills through industry-relevant modules and research projects. The aim is to equip you to move confidently between theory, simulation, and practical application in demanding engineering settings. Beyond technical development, the course fosters professional and leadership skills essential for contributing effectively to complex engineering projects and multidisciplinary teams. Cranfield University, ranked in the UK's top 5 for mechanical engineering, offers a specialized postgraduate environment with strong industry connections and a focus on applied engineering at scale. You will have access to advanced experimental and computational facilities, supported by academic staff with extensive industrial and research experience.
The MSc program consists of 80 credits of taught modules, a 40-credit group project, and a 60-credit individual project, totaling 180 credits. The focus is on advanced technical depth, analytical capability, and system-level engineering design, with a strong emphasis on energy engineering.
Career and employability are central to the Advanced Mechanical Engineering MSc. The course is designed to produce graduates with advanced, industry-relevant expertise, making them strong candidates for leading global employers. You will gain transferable skills applicable to sectors such as energy, aerospace, automotive, and manufacturing, preparing you for multidisciplinary roles, particularly in energy systems and complex industrial environments. The program focuses on ensuring graduates can make an immediate impact through advanced technical learning and practical application in industry-relevant projects. Professional capabilities like technology leadership, innovation, and problem-solving are also developed.
The Deputy Course Director, Dr. Stefano Mori, can be contacted to discuss scholarship opportunities.
Applicants should have a good honours degree (minimum 2:2) in engineering, physics, or mathematics. This is an undergraduate degree qualification.
The program is designed for one year of full-time study. It includes taught modules, a group project, and an individual project.
Graduates are prepared for roles such as Mechanical Engineer, Mechanical Design Engineer, Production Line Supervisor, and Project Engineer. The program emphasizes skills for sectors like energy, aerospace, automotive, and manufacturing.
You need to check entry requirements, prepare documents like academic transcripts and degree certificates, and then submit an online application. Some applicants may be invited for an interview.
For inquiries about available scholarships, prospective students should contact Dr. Stefano Mori, the Deputy Course Director.