Motorsport Engineering (BEng Hons)

Engineering & Technology
Overview

Are you fascinated by high-speed racing cars and want to work in the motorsport engineering industry? Our motorsport engineering degree provides a solid foundation in mechanical engineering and the latest technologies in motorsport. This program focuses on solving real-world engineering problems and helps you become a skilled design engineer.

The degree focuses on high-performance racing vehicles, teaching you about their ride and handling requirements, as well as powertrain performance and efficiency. You’ll learn to use industry-standard tools like Computer-Aided Design, Data Acquisition, and advanced simulation software. These tools include Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA), which are essential for investigating and perfecting vehicle designs.

You will explore specialist areas, including advanced engine design, powertrain design, vehicle dynamics, aerodynamics, and electrical control. Independent and group projects will help you deepen your knowledge in these areas. These projects provide valuable practical experience, preparing you for a career in the automotive and motorsport sectors.

Degree:Bachelor
University:University of Wales Trinity Saint David
Campus:Swansea, UK
Intakes:September
Total Credits:360
Application Fee:28 Pounds (USD 40)
URL:https://www.uwtsd.ac.uk/programme-courses/undergraduate/motorsport-mechanical-and-electrical-engineering/motorsport
Program Detail
Duration:3 years
Format:Full-time
Attendance:On Campus Learning
Study Gap:3 years
Fees & Funding

Overseas (Full-time): £15,525 (USD 21126) per year

Course Structure/ What You’ll Learn:

In the first year, you will be introduced to core mechanical engineering principles and design engineering. You’ll learn to use Computer-Aided design and data analysis tools. This foundation will prepare you for more advanced topics and equip you with the basic skills necessary for practical experience in the field.

Compulsory

Analytical Methods (20 credits)
Engineering Design & Materials (20 credits)
Engineering Science (20 credits)
Electrical Control Systems (20 credits)
Workshop & Practice (20 credits)
Motorsport Technology (20 credits)

 

The second year focuses on high-performance racing vehicles and their ride and handling requirements. You’ll study vehicle dynamics, powertrain performance and efficiency, and aerodynamics. Advanced simulation tools, such as Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA), will be utilized to investigate and enhance vehicle designs.

Compulsory

Motorsport Dynamics (20 credits)
Alternative Propulsion Systems (20 credits)
Thermodynamics & Combustion (20 credits)
Engineering Management (20 credits)
Group Design Project (20 credits)
Stress Analysis & CAE (20 credits)

 

In your final year, you’ll delve into specialist areas such as powertrain design and electrical control. You will work on independent and group projects, applying your knowledge to real-life Motorsport applications. The course also covers the environmental aspects of design and technology, preparing you for a broad range of employment opportunities.

Compulsory

Independent Project (40 credits)
Advanced Motorsport Dynamics (20 credits)
Contemporary Powertrain Design (20 credits)
Structural Design & Fluid Analysis (20 credits)
Automotive Materials & Sustainability (20 credits)

Entry Requirement
Language:
  • IELTS - 6.0
Key Information
Loan Availability:No

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