Master of Science in Advanced Mechanical Engineering

University of Salford

UK,England

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12 Months

Duration

CAD 17,000/year

Tuition Fee

CAD 0 FREE

Application Fee

Apply Date

UK, England

Type: University

Location Type: Urban

Founded: 1967

Total Students: 25,000 +

Campus Detail

Main Campus Address

Prestwood Rd, Salford, Manchester M50 2EQ, United Kingdom

Master of Science in Advanced Mechanical Engineering

Program Overview

This Advanced Mechanical Engineering course is an innovative and future-facing programme that addresses global engineering challenges through advanced technologies. This course integrates key areas such as energy systems, advanced modelling, control and mechanical design, aligning with industry demands for sustainability, efficiency and technological innovation. You'll gain expertise in computational techniques, instrumentation and energy utilisation, crucial for tackling modern challenges in sectors like energy, automotive and manufacturing.

Whether you're a recent graduate or an experienced professional, this course offers advanced practical skills and insights into the design, development, commissioning and maintenance of the engineering systems. You'll also explore the social, legal, and environmental responsibilities associated with senior engineering roles. A key feature of the course is its focus on applying cutting-edge tools like advanced materials and modelling techniques, ensuring you're ready to lead multidisciplinary teams in industry.

You will work on real-world projects through collaborative design modules, and gain hands-on experience in rapid prototyping with Salford's Maker Space facility. With a strong emphasis on computational methods and analysis, this course prepares you for a future in research, whether in academia or industry, making you a sought-after expert in mechanical engineering innovation.

You will:

  • Gain expertise in advanced computational techniques and mechanical system modelling for solving complex engineering problems.
  • Master instrumentation, control systems and automation technologies to drive innovation in energy and manufacturing sectors.
  • Develop practical skills in energy utilisation and sustainable mechanical design for cutting-edge industry applications.
  • Collaborate on real-world engineering projects through interdisciplinary group design modules, preparing for leadership roles.
  • Build rapid prototyping skills using state-of-the-art facilities like Salford's Maker Space.
  • Apply advanced materials and AI-driven solutions to engineering challenges, enhancing career prospects in research and industry.