Mathematical and scientific principles underpin mechanical engineering, used to produce engineering designs and manage engineering projects. You will expand your problem-solving abilities, working as part of a team and developing key analytical skills. You’ll study advanced design analysis and manufacturing techniques, enabling you to turn engineering design solutions into innovative, efficient, durable and sustainable products and systems. Advanced mathematical and engineering modelling techniques are used for optimising mechanical and thermodynamic systems such as power transmission mechanisms and heat exchangers.

-Engineering Design -Engineering Maths -Managing Professional Engineering Project

-Mechanical Principles -Fluid Mechanics -Fundamentals of Thermodynamics and Heat Engines -Production Engineering for Manufacture -Quality and Process Improvement

-Professional Engineering Management -Further Mathematics

-Advanced Mechanical Principles -Virtual Engineering -Further Thermodynamics -Lean Manufacturing -Thermofluids

A variety of traditional and innovative assessment methods are used, including: essays, technical reports, project plans, worked solutions and presentations.

Higher Technical Qualifications are new or redesigned Level 4 and 5 qualifications (such as HNCs and HNDs) that have been approved against occupational standards in their sector. These qualifications have been developed by UK awarding bodies, working with employers and businesses to make sure that students get the specific training, knowledge and skills they need for their chosen career.

We want our courses to be accessible to students from any background, so we’ve put together a cash support package in the form of non-repayable bursaries to provide financial help where it’s really needed. Details for 2025-26 will be advertised once approved by the university regulator – the Office for Students (OfS). Please check our website - www.nottinghamcollege.ac.uk - for more information.