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HNCApplied Mechanical Engineering

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Starting in2026
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Campus: Southampton City CentreView on Google Maps

Why study an applied mechanical engineering HNC at Solent University

If you are currently employed in the engineering industry, or looking to take your first steps into this industry, this practical and flexible course will help you to further your career.

  • 0th
    in the UK for student satisfaction in mechanical engineering studies, out of 74 institutions (CUG 2026)
  • Top0%
    of UK unis for teaching quality, out of 130 institutions (Times Good Uni Guide 2026)
  • £0m
    investment in our campus and industry-standard facilities
  • This course offers a comprehensive exploration of mechanics and manufacturing across aerospace, automotive, component manufacture, nanotechnology, design engineering, engineering management or production planning.
  • Access to a range of high-end facilities including 3D printers and laser cutters, PSpice/NI MultiSim software and microcomputer development systems, digital multi-meter signal generators, FLIR cameras and digital signal processing boards.
  • Solent is a pioneer in environment and engineering research – you will learn direct from leading experts in their field.

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Course overview

This Higher National Certificate (HNC) course aims to provide students with the knowledge employers require, from essential engineering concepts to mechanics, drawing, CAD and manufacturing.

You can gain a broad understanding of the principles and practices of mechanical engineering, as well as the technical knowledge and practical skills for employment in the mechanical engineering sectors.

Students will learn a range of mechanical systems, components, and processes and their applications, as well as developing the ability to apply mathematical and scientific principles to analyse and solve mechanical engineering problems. You'll also foster an appreciation of environmental sustainability, ethical conduct, safety, and professional standards in mechanical engineering.

Our inclusive provision meets the career aspirations of students from a range of educational and experiential backgrounds, especially those who are already in employment. Students will learn in a rich, stimulating and intellectually challenging environment that will prepare them for a career in mechanical engineering or related fields, such as such as manufacturing, automation, robotics, materials, computer-aided design (CAD) and the design process.

This course is part of the South Coast Institute of Technology (IoT), a partnership of colleges, universities and industry-leading employers to create new career opportunities in the technology sector. IoT courses like this one are precisely tailored to the needs of employers in the maritime, engineering and digital industries – industries which are hungry for talented new engineers, technologists, technicians and creatives like you.

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Who is this course for?

Solent's HNC Applied Mechanical Engineering course is tailored to students who enjoy problem-solving and have a keen interest in designing, developing, and maintaining mechanical systems. It is ideal for students already employed in the engineering industry, about to start their career or looking for a career change, in a range of technical and professional roles in mechanical engineering, from automotive to aerospace. The course is designed to meet the needs of local and regional employers by delivering a provision geared to their requirements. It is a first step on the journey towards becoming incorporated engineer.

What does this course lead to?

Graduates of this course can look to make a positive contribution to the mechanical engineering sector with their skills and knowledge. It opens career prospects for technician level roles in the mechanical engineering industry such as: mechanical design, maintenance engineering, aerospace engineering, automotive engineer, engineering, heating, ventilation and air conditioning engineering, manufacturing engineering, patent engineering.

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.


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