Skip to main content
Southampton Solent University logo
Southampton Solent University logo

MEngMechanical Engineering

Contact admissions
Starting in: 2025
Campus: Southampton City CentreView on Google Maps

Why study a mechanical engineering integrated master's degree at Solent University

Develop advanced mechanical engineering skills and knowledge for a cutting-edge career. Gain valuable hands-on experience with industry-standard tools and innovative technologies.

  • Top0%
    for teaching quality, out of 131 institutions (Times Good University Guide, 2025)
  • Top0
    in the UK for teaching in mechanical engineering studies, out of 72 institutions (NSS 2024)
  • 0th
    in the top 20 best student cities (StudentCrowd, 2023)
  • You'll be taught by an expert team who work closely with industry.
  • Industry-relevant curriculum covering cutting-edge topics such as automation, smart materials, and sustainable engineering.
  • Opportunity to work on live briefs from industry, providing real-world experience and networking opportunities.
  • Hands-on learning approach with emphasis on practical application of theoretical knowledge through workshops and laboratory sessions.
  • You'll learn using state-of-the-art facilities, including our applied mechanics laboratory.
  • You'll work on an interdisciplinary group project in your final year, helping you to develop crucial teamwork and project management skills.
  • This course is also available to study part-time.
  • You’ll be assigned a personal tutor who can assist you with pastoral support to help you make the most of your learning.

Course overview

This integrated master's degree provides a stimulating and intellectually challenging programme of study to prepare you for an engineering or technology related career in a design or service-providing organisation.

The course has an emphasis on hands-on learning and real-world problem-solving which aligns with industry demands for graduates who can hit the ground running. You'll study modules in automation, smart materials, and advanced manufacturing and will use tools such as CAD and simulation software commonly used within the industry. You'll also experience 'real-world' and work-based learning with opportunities to work on live briefs from industry.

As well as practical skills, you also develop your creative problem-solving skills to develop innovative and appropriate solutions to mechanical engineering problems, using emerging and existing technology. You'll also expand your business acumen with modules covering contracts, quality management, and business to increase your commercial awareness.

By combining technical expertise with these sought-after skills, graduates of this programme will be well-positioned to excel in the evolving landscape of mechanical engineering, ready to tackle the challenges and opportunities of this exciting industry.

Any questions?

Contact UK admissions

Email: Call: 

Contact international admissions

Email: Call: 

Course features

  • Foundation year available

    If you're not quite ready for a full undergraduate degree, there's alternative entry through one of our foundation years

  • Part-time option

    You can study this course part-time

  • Specialist facilities

    This course has access to specialist facilities

Who is this course for?

The MEng Mechanical Engineering is ideal for ambitious students who are passionate about advancing technology and solving complex engineering challenges. This is the perfect course if you enjoy hands-on practical training and want to apply theoretical concepts to real-world problems, and aspire to a leadership role in industry or research positions in academia.

What does this course lead to?

An MEng in Mechanical Engineering opens up a range of exciting and innovative career opportunities across different industries, including, design engineer, manufacturing engineer, aerospace engineer, automotive engineer, robotics engineer, HVAC engineer, materials engineer, research and development engineer, and mechatronics engineer.

Meet the team

The University cannot guarantee any particular members of staff will teach specific aspects of the course in the future, but will endeavour to ensure the teaching team maintains their balance of experience and qualifications.

Facilities

Students benefit from a range of multifunctional workshops and labs, including a dedicated computer/CAD suite. Specialist facilities include a production and electronics laboratory for designing, building and testing electronic circuitry; and a heat treatment laboratory containing furnaces that can heat treat steels and alloys. Non-destructive testing, including XRF analysis, is also available.

The materials testing laboratory has large tensile testing machines, and the manufacturing laboratory features a range of advanced equipment such as a range of additive manufacturing equipment that can produce detailed 3D printed components, a rapid prototyping machine, and a laser cutter.

    Make your application

    Not ready to apply?

    Come to an open day