The University of Leicester's MSc Advanced Mechanical Engineering equips students with a deeper understanding of mechanical engineering concepts so that they can enhance their technical proficiency and problem-solving abilities. Designed to endow students with theoretical expertise and practical skills, the course readies alumni for professional employment in diverse sectors ranging from automotive to aerospace. With its highly advanced curriculum and strict emphasis on research and development, the program is ideal for those who seek to advance their knowledge and help in the engineering industry.
Structure of Curriculum:
The program offers a blend of advanced theory with practical application to equip students for the intricacies in mechanical engineering. The principal characteristics of the curriculum are:
Core Mechanical Engineering Modules: Content modules related to the topics of thermodynamics, fluid mechanics, solid mechanics, material science, and computational methods.
Advanced Manufacturing and Materials: Undergraduate students explore existing manufacturing operations, material properties, and applications to create problem-solving skills to solve product development issues.
Design and Innovation: Focus on innovative design and innovation in which students apply their learning towards real engineering challenges.
Research Project: Part of the programme is a research project, where students have an opportunity to specialize in a subject of mechanical engineering of their preference and work on their own with supervision by specialists.
Industry Collaboration: Participation to engage in working with industry associates to deliver solutions to real-life engineering challenges and maintain the program industry-oriented.
Accreditation:
The MSc Advanced Mechanical Engineering is accredited by the Institution of Mechanical Engineers (IMechE) to assure the course has reached the standards of the profession. Graduates with this accreditation become chartered engineers upon the completion of obligatory professional development.
Campus Location:
The University of Leicester is located in the heart of Leicester, a multicultural city in the UK with excellent transport links to other cities. The university is famous for having state-of-the-art facilities and its student-centered approach to learning, offering the ideal environment for academic and professional growth.
The University of Leicester places significant emphasis on experiential learning, challenging students to learn practical skills and gain experience by doing:
Industry Placements: Students are able to undertake a series of industrial placements, which allow them to relate theoretical concepts to practical applications and establish valuable contacts with future employers.
Collaborative Projects: Students work on projects that mimic industry pressures, solving real engineering problems under the supervision of professionals.
Research Opportunities: The course welcomes participation in advanced research projects, where students can study innovative solutions for mechanical engineering challenges.
International Opportunities: International learning opportunities are promoted by the university to enable students to take part in international projects and internships in order to improve their international insight.
The University of Leicester MSc Advanced Mechanical Engineering course provides graduates with the ability to develop their careers in an extremely competitive employment market. The university's careers services support students on their post-graduation journey:
Career Counseling and Guidance: Individual career guidance is provided to students to help them map their career, interview, and refine their resumes.
Workshops and Networking Events: The university organizes events to connect students with employers through career fairs and professional skills workshops.
On-Campus Recruitment: The university facilitates on-campus recruitment with opportunities for direct interaction with top employers in technology and engineering.
The employers regard graduates of the MSc Advanced Mechanical Engineering as highly prized and in demand across different sectors. The large network of the university's alumni ensures its graduates receive opportunities for high-profile careers. Its graduates often secure employment with industry-leading organizations like Rolls-Royce, Jaguar Land Rover, and Siemens, or academic and research institutions.
Academic Progression:
For those who wish to carry out further study, the MSc program offers a good foundation for such endeavor. The graduates can go on to pursue PhD in Mechanical Engineering, Aerospace Engineering, or other associated fields, or venture into advanced fields such as AI and Robotics, Sustainable Engineering, or Management.
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