Enter OTP
The University of Central Lancashire offers a Master of Science in Mechanical Engineering, a one-year postgraduate qualification that integrates theoretical technical knowledge with hands-on expertise. It's designed to allow students to develop their skills in basic topics like materials science, thermofluids, and engineering mechanics and get introduced to cutting-edge tools and systems used across the engineering industry. The course layout is a synthesis of theoretical competence and practical deployment, which allows it to benefit both fresh graduates and working practitioners who wish to upskill.
Curriculum Structure
MSc course instills technical ability through a cascade of modules from engineering analysis and computational methods, mechanical system design, and simulation tools. It employs real life engineering software, and students practice solving case studies that reflect current problems faced by modern mechanical engineers. Among the significant highlights is the individual research project—this capstone element challenges students to explore an area of interest and apply the skills they have acquired over the year. A design and innovation emphasis is also incorporated, challenging a creative approach to problem-solving.
Accreditation
The course content has been designed to meet industry standards and academic standards. Even though the MSc itself will not be separately accredited, UCLan is well regarded for its engineering courses, and the university as a whole is well established for providing work-ready graduates. Students looking to achieve Chartered Engineer status can utilize this course as part of their educational route, provided they have the right undergraduate background.
Campus Location
The course is delivered on UCLan’s main campus in Preston, a friendly and student-focused city in the North West of England. The university’s Engineering Innovation Centre is one of its standout features—it’s a £35 million facility packed with the kind of equipment and lab spaces you’d normally find in a commercial setting. From 3D printers to wind tunnels and robotics labs, students have access to everything they need to make the most of their learning.
Pupils have ongoing project-facilitated modules that replicate real-world engineering challenges.
Delivery takes place within the Engineering Innovation Centre (EIC), a cutting-edge building with industry-standard equipment and labs.
Practical learning is embedded in the curriculum in simulation, design activity, and prototyping exercises.
Individual and group assignments that require critical thinking and technical application may be pursued.
Students can get involved with research groups or innovation clubs funded by the university to gain their technical exposure.
Though placements cannot be guaranteed, the university takes care to support and provide industry contacts to help students get internships or part-time jobs.
Inbuilt regular guest lectures and workshops by industry experts and engineers give students an insight into current trends and expectations in the field.
Grads are placed in mechanical design, analysis, manufacturing, automation, and R&D jobs.
The qualification equips candidates with skills transferable across aerospace, energy, automobile, and industrial technology industries.
Many graduates go into design engineering, systems analysts, production management, or technical consultancies.
For postgraduate study for a PhD or engineering degree by research, the MSc provides a suitable introduction.
The university's career guidance team helps students with job hunting, interview skills, and CV preparation.
UCLan's industry connections and alumni networks enhance employment prospects in the UK and globally.
Some students use this qualification to support applications for Chartered Engineer (CEng) status, pending previous academic achievement.
IELTS - IELTS 6.0 with no component lower than 5.5TOEFL - Overall score of 86, with minimum subscores of: Reading: 15 Listening: 15 Speaking: 18 Writing: 22UCLan's £35 million EIC offers state-of-the-art facilities, including an additive manufacturing (3D printing) lab, rapid prototyping, CNC workshop, and computing labs. These resources provide hands-on experience with industry-standard equipment, enhancing practical skills.The program provides access to various specialized workshops such as the CNC Manufacturing Workshop, Advanced Composites Workshop, Composites Wet Layup Workshop, Additive Manufacturing Laboratory, Wind Tunnel Laboratory, Industry Projects Room, Innovation Projects Workshop, and Fabrication Workshop. These facilities support a wide range of practical and research activities. Students have the opportunity to join the Innovation Club, collaborating with peers and staff on research and development projects. This fosters innovation and provides experience in real-world problem-solving.UCLan has been recognized for its research excellence, with 11 areas judged as 'world-leading' and a further seven as 'internationally excellent' by the UK Government. This strong research environment enriches the learning experience for MSc students.R&D engineermechanical design engineeraerospace engineerautomotive engineerenergy systems analystrobotics engineermanufacturing engineerstructural analystPhD researchertechnology consultantproject engineerthermal systems engineer
Embark on your educational journey with confidence! Our team of admission experts is here to guide you through the process. Book a free session now to receive personalized advice, assistance with applications, and insights into your dream school. Whether you're applying to college, graduate school, or specialized programs, we're here to help you succeed.
University of Central Lancashire
