The Master of Engineering (ME) in Mechanical Engineering is an advanced program that offers in-depth knowledge and specialization in various aspects of mechanical engineering. This program focuses on providing students with advanced technical skills and expertise in the design, analysis, and development of mechanical systems and components.
Throughout the ME Mechanical Engineering program, students delve into areas such as thermodynamics, fluid mechanics, materials science, solid mechanics, and manufacturing processes. They also have the opportunity to specialize in specific fields within mechanical engineering, such as robotics, renewable energy, aerospace engineering, or automotive engineering.
The program emphasizes the application of theoretical knowledge through hands-on projects, research, and real-world case studies. Students work on cutting-edge technologies and explore innovative solutions to complex engineering problems.
Academic Qualifications: Typically, applicants are required to have a Bachelors Degree or an equivalent qualification, such as Level 6 or Level 7 Diploma Program, from any approved university or awarding body.
English Language or Literature and Maths Grade 4/C in GCSE (or equivalent) are normally required.
For Top-up ME student must complete a Level 7 Diploma in the respective field from a reputed awarding body
For International Students: English Proficiency Test with a minimum score of 5 or above or Documents to prove language proficiency from any reputed institute or school
English Language or Literature and Maths Grade 4/C in GCSE (or equivalent) are normally required.
SEMERSTER 1
SEMERSTER 2
SEMERSTER 3
SEMERSTER 4
The duration of an ME Mechanical Program typically spans two years. In accelerated programs or part-time study, which could affect the overall duration typically within four to five years.
Here are some of the potential career paths:
Mechanical Engineer: As a mechanical engineer, you can work in industries such as manufacturing, automotive, aerospace, energy, or robotics, designing and developing mechanical systems, machines, and components.
Design Engineer: Design engineers are responsible for creating innovative and efficient designs for mechanical systems, products, and machinery using CAD software and advanced engineering principles.
Project Engineer/Manager: Project engineers or managers oversee the planning, execution, and completion of mechanical engineering projects, ensuring they meet quality, budget, and timeline requirements.
Research and Development Engineer: In research and development roles, you can work on cutting-edge technologies, exploring new materials, and developing advanced mechanical systems to push the boundaries of innovation.
Product Development Engineer: Product development engineers focus on designing, testing, and improving mechanical products and components to meet customer needs and industry standards.
Manufacturing Engineer: Manufacturing engineers optimize production processes, ensuring efficient and cost-effective manufacturing of mechanical products and assemblies.
Aerospace Engineer: If you specialize in aerospace engineering, you can work in the aviation and aerospace industries, designing aircraft, spacecraft, or related components.
Renewable Energy Engineer: Renewable energy engineers work on developing and optimizing mechanical systems for renewable energy sources such as wind, solar, or hydroelectric power.
Automotive Engineer: Automotive engineers contribute to the design and development of vehicles and automotive systems, working in the automotive industry or related sectors.
Consultancy and Management: With your advanced engineering knowledge, you can pursue roles in engineering consultancy or management, providing expertise and guidance on mechanical projects.
Research and Academia: Graduates can opt for research or teaching roles in academic institutions, contributing to the advancement of knowledge in mechanical engineering.
Energy and Sustainability Specialist: As a specialist in energy and sustainability, you can work on designing energy-efficient mechanical systems and exploring environmentally friendly solutions.
Students are evaluated based on Exams, Assignemnts and group projects
Scholarship programs are available for students with outstanding foundation levels. for more details please contact: connect@collinsuniversity.org.uk