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The MSc Mechanical Engineering Design at the University of Plymouth is designed to give students higher-level knowledge and practical experience in mechanical engineering with a specialization in design principles. The course is designed to equip students for professional roles in the engineering sector, particularly in the automotive, aerospace, and renewable energy fields. Students learn a deep understanding of the principles of engineering design and their utilization in real-life scenarios. The program integrates recent research, industry practices, and new technologies to enable the graduates to become highly skilled and competent enough to make a contribution to the discipline of mechanical engineering design.
Curriculum Structure:
The Plymouth MSc Mechanical Engineering Design combines rigorous theoretical study with practical application to provide a well-rounded education in the field. The course curriculum includes:
Core Engineering Design Modules: Covering fundamental topics such as solid mechanics, material science, fluid dynamics, and thermodynamics to provide students with a sound background in mechanical engineering principles.
Advanced Design and Analysis: Focuses on more advanced simulation techniques, finite element analysis, and sustainable design, allowing students to study higher-level design tools and techniques.
Research Project: Students complete a research-based dissertation, where they can explore a subject of interest in mechanical engineering design, apply problem-solving techniques, and contribute to the body of knowledge in the field.
Industry Collaboration: The chance to collaborate with local industry and engineering professionals on project-based learning modules, enabling students to apply theory to real-world situations and make valuable industry connections.
Accreditation:
The course is accredited by the Institution of Mechanical Engineers (IMechE), demonstrating that it is achieving the high standards demanded by professional engineering practice. Our graduates can potentially register for Chartered Engineer status, one of the most respected qualifications in the engineering sector.
Campus Location:
The University of Plymouth is located in Plymouth, a port city with strong maritime, engineering, and environmental sectors. The campus is well-equipped for engineering students, including design labs, computer-aided design (CAD) suites, and fabrication workshops. The university's research-led teaching and industry collaboration offer an exciting learning environment for students to thrive in.
The Plymouth MSc Mechanical Engineering Design places a high premium on experiential, hands-on learning, which allows students to apply their academic ability in practical contexts. The program offers various types of experiential learning, including:
Industry Placements and Internships: Students can secure placements with leading engineering organizations, giving them firsthand experience of the application of mechanical design in various industries.
Project-Based Assignments: Live projects, often in collaboration with industry partners, are completed by the students to solve real-world engineering issues. This fosters innovation and teamwork skills.
Research Opportunities: Through the university's Engineering and Marine Institute, students can engage in cutting-edge research in niche fields such as renewable energy, advanced manufacturing, and automotive design.
Student Competitions: The university encourages students to take part in various engineering design competitions, such as Formula Student and Shell Eco-marathon, where students are able to apply their design and manufacturing skills in a competitive environment.
Graduates of MSc Mechanical Engineering Design from the University of Plymouth are well placed to gain fulfilling careers in engineering design. Extensive support is provided by the Career Services of the university to its students, including:
Career counseling to help students decide on their career path and develop plans for success.
Professional development workshops, including resume building, interviewing, and networking.
On-campus recruiting and partnership with leading engineering companies, establishing a direct connection between students and potential employers.
Employability:
The program's strong link with industry and applied learning approach renders the graduates highly employable. The graduates of the program have been employed in leading engineering firms across a broad spectrum of industries, including aerospace, automotive, renewable energy, and manufacturing. Graduates learn skills for roles such as design engineer, product development engineer, and systems engineer.
Further Academic Progression:
Students who want to continue their academic progress can choose higher qualifications such as a PhD in Mechanical Engineering, or Master's degrees in specialist fields such as Robotics, Renewable Energy Systems, or Advanced Manufacturing. Some students also choose to enhance their qualifications with a Postgraduate Certificate in Engineering Management or MBA to complement their technical skills with business and management knowledge.
IELTS - The minimum IELTS score for acceptable English proficiency for entry is normally 6.5 overall with a minimum of 5.5 in each element.TOEFL - Component scores of listening 17, reading 18, speaking 20, writing 18Students have access to the MAterials and STructures (MAST) Research Group, which focuses on structural, mechanical, marine, composites, and civil engineering . The program has strong links with local industries, exemplified by collaborations such as the design and manufacture of recyclable face shields for frontline staff during the COVID-19 pandemic. Throughout the course, students begin recording and planning their professional development to assist in future applications for Chartered Engineer (CEng) registrationhe University of Plymouth International College (UPIC) offers foundation, first-year, and pre-masters programs that lead to University of Plymouth degrees, providing pathways for EU and international students.Automotive EngineerControl and Instrumentation EngineerMaintenance EngineerMechanical EngineerAerospace Engineer
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University of Plymouth
