Motorsport Engineering BSc (Hons) Online (Apply direct with National Motorsport Academy)

Module 1

Mathematics for Motorsport 30 Credits

It is an essential skill for Motorsport Engineers to be able to calculate, transpose and develop mathematical formulae to enable them to problem solve, fault find and analyse race vehicle data. This module enables you to develop your mathematical skills from basic transposition of formula to complex calculus for the engine, chassis and complete vehicle development.

Module 2

Race Car Design & Preparation 30 Credits

Current race vehicle design, manufacture and preparation follow a complex homologation process. The decision of final race vehicle concept and product are determined by race rules and regulations alongside choice of appropriate components and vehicle behaviour. This module has been developed to encompass all aspects of the design process and the preparation of the vehicle prior to track use.

Module 3

R & D Simulation & Analysis 30 Credits

Simulation software has become an important part of the engineer’s “toolbox”. Computational Fluid Dynamics, Finite Element Analysis and Vehicle Dynamic modelling are used by the industry to cut research and development time and cost. During this module, you will learn the skills to utilise several industry-standard CAD and simulation packages to enable you to produce, analyse and validate appropriate models and components essential in future modules.

Module 4

Fundamentals of Motorsport Technology 30 Credits

The aim of this module is to investigate a number of major scientific and engineering principles that underpin the skill sets required to succeed in the Motorsport engineering industry. The module will provide you with an overview of engineering science, physics and electrical fundamentals. You will also be introduced to engineering design material selection and failure principles through CAD design.

Module 5

Fluid Mechanics & Thermodynamics 30 Credits

Fluid Mechanics and Thermodynamics encompass the majority of engineering physics. This module allows you to develop the knowledge to apply standard formulae and principles in relation to heat transfer, over body flow dynamics and internal fluid flow both in a static and dynamic context. These will be essential for future aerodynamic and engine design modules.

Module 6

Engine Design, Development & Simulation 30 Credits

1D and 3D engine simulation and modelling provides research and development engineers with a platform help to design and develop high performance engines from initial mathematical concepts to fully-validated virtual models. This module teaches you the mathematics and theoretical knowledge utilised to design race engines. You will then use this knowledge to develop, simulate and analyse engine performance characteristics.

Module 7

Vehicle Dynamics & Data Acquisition 30 Credits

This module teaches the fundamentals of longitudinal and lateral vehicle dynamics, suspension systems, tyre modelling and race car set-up, enabling you to determine vehicle interaction with circuit and driver. You will be taught industry-standard data logging techniques and software, as utilised by race engineers, allowing you to directly correlate vehicle physics with measured vehicle handling behaviour.

Module 8

Work Experience & Research Project 30 Credits

You are expected to complete a minimum of 40 hours of work experience during your programme of study. As part of this remit, you will produce a research study within the industry that includes project management, health and safety within the workplace and the development of a personal development portfolio.

Module 9a (option 1)

Advanced Engine Development 30 Credits

Physical engine testing and development is imperative to ensure you maintain the winning edge. Race teams spend large budgets and staff resources to find small percentage gains over the competition. To ensure successful validation of simulated models, engine test facilities are utilised creating a plethora of data from flow bench tests to dynamometer combustion analysis. This module allows you to develop higher level analytical skills required to be competent within the industry. You will have access to large data files allowing you to analyse test results and determine correct development paths.

Module 9b (option 2)

Aerodynamics 30 Credits

A race vehicle’s handling and stability can be greatly improved by the addition of aerodynamic devices. This module develops your mathematical and analytical skills to enable you to design and develop aero packages for specific race vehicles. You will have the opportunity to design, test and analyse, through computational fluid dynamics, appropriate devices ensuring that you can solve complex industry problems.

Module 10

Hybrid & Electric Vehicles 30 Credits

The future of motorsport is with hybrid and electric vehicles and the harnessing/regeneration of electric power. This module begins with the fundamentals of hybrid and electric vehicle architecture and regeneration techniques and as you progress through the module you will be able to develop hybrid models through simulation and then analyse the results enabling you to determine appropriate component choices.

Module 11

Final Motorsport Project 60 Credits (Double Credits)

As a final module to your programme, you have the chance to show your knowledge and skills through a final year project. This project allows you to choose the content and development path to fully explore a research area that will enhance your future job prospects in your chosen career. The project must include research skills, simulation and software skills gained through the programme so that you fully showcase your analytical skills at Level 6.