MEng Automotive Engineering

Program Overview

The MEng Automotive Engineering program at Sheffield Hallam University equips students with the expertise in sustainable vehicle technologies to tackle industry challenges. The program's comprehensive curriculum, hands-on projects, and industry partnerships provide graduates with the skills for careers in automotive design, development, testing, and manufacturing. Accredited by the Institution of Mechanical Engineers, the program prepares students for registration as Chartered Engineers and offers opportunities for real-world experience through work placements and the SHU Racing Team.

Program Outline

Degree Overview:

This MEng Automotive Engineering program at Sheffield Hallam University is designed to equip students with the knowledge and skills necessary to become successful automotive engineers. The program focuses on environmentally sustainable vehicle technologies and prepares students to create solutions for the future of the industry. The program aims to:

• Provide students with a comprehensive understanding of key automotive technologies, including electric and autonomous vehicles.
• Explore the economic, environmental, and social implications of automotive production.
• Foster professional and sustainable practices from the start.
• Offer hands-on experience through live projects, simulations, aerodynamics, and diverse disciplines.
The program covers various aspects of automotive design, development, testing, manufacturing, electronics, and performance analysis, preparing graduates to solve current and future problems in the industry. It runs parallel to the BEng (Honours) Automotive Engineering program.

Outline:

Year 1:

• Compulsory Modules:
• Maths and Engineering Science for Transportation (20 credits): This module provides a foundation in mathematics and engineering science relevant to automotive engineering.
• Sustainable Engineering and Interdisciplinary Practice (20 credits): This module introduces students to sustainable engineering principles and practices, emphasizing interdisciplinary collaboration.

Year 2:

• Compulsory Modules:
• Applied Automotive Engineering (40 credits): This module builds upon the foundational knowledge from Year 1, focusing on practical applications of automotive engineering principles.
• Numerical Methods and Applications (20 credits): This module introduces students to numerical methods and their applications in solving engineering problems.
• Systems Modelling and Simulation (20 credits): This module covers the principles of system modelling and simulation, enabling students to analyze and predict the behavior of automotive systems.
• Vehicle Technology, Systems, and Performance (40 credits): This module delves into the technology, systems, and performance characteristics of various automotive vehicles.

Year 3:

• Compulsory Modules:
• Advanced Automotive Engineering (40 credits): This module explores advanced topics in automotive engineering, including hybrid and electric vehicles, autonomous driving, and advanced materials.
• Project: Implementation (20 credits): This module provides students with practical experience in implementing an automotive engineering project.
• Project: Management and Scoping (20 credits): This module focuses on the management and scoping of automotive engineering projects.
• Vehicle Design and Production (40 credits): This module covers the design and production processes for automotive vehicles.

Year 4:

• Compulsory Modules:
• Industrial Group Project (40 credits): This module involves working in a team on a real-world automotive engineering project.
• Interdisciplinary Engineering Systems and Emerging Technology (40 credits): This module explores the integration of different engineering disciplines and emerging technologies in the automotive industry.
• Sustainable Vehicle Technology (20 credits): This module focuses on sustainable vehicle technologies, including alternative fuels, energy efficiency, and emissions reduction.
• Elective Modules:
• Advanced Computational Methods in Engineering (20 credits): This module covers advanced computational methods used in engineering analysis and design.
• Process Improvement Methodologies (20 credits): This module introduces students to methodologies for improving processes in the automotive industry.
• Robotics and Autonomous Systems (20 credits): This module explores the application of robotics and autonomous systems in the automotive industry.

Assessment:

The program utilizes a variety of assessment methods, including:

• Coursework: This includes assignments, reports, presentations, and projects.
• Exams: These are written assessments that test students' knowledge and understanding of the course material.
• Practical Assessments: These involve hands-on activities, such as laboratory experiments, simulations, and design projects.

Teaching:

The program employs a variety of teaching methods, including:

• Lectures: These provide students with a structured overview of the course material.
• Tutorials: These offer opportunities for students to practice and apply their knowledge.
• Laboratory Sessions: These provide hands-on experience with automotive engineering equipment and technologies.
• Project-Based Learning: This involves working on real-world projects, applying knowledge and skills to solve practical problems.
• Teamwork Activities: These encourage collaboration and communication skills.

Careers:

Graduates of this program are well-prepared for a range of careers in the automotive industry, including:

• Manufacturing: Working in automotive manufacturing plants, overseeing production processes, and ensuring quality control.
• Design Research and Development: Designing and developing new automotive vehicles and components.
• Production: Managing the production of automotive vehicles and components.
• Automotive Transport: Working in the transportation sector, managing fleets of vehicles, and optimizing logistics.
• Medical Engineering: Developing and applying automotive engineering technologies to medical devices and systems.
• Sport Equipment Design: Designing and developing high-performance sports equipment.
• Power Generation: Working in the power generation industry, designing and developing automotive-related power systems.
• Alternative Energy: Contributing to the development and implementation of alternative energy solutions for the automotive industry.
• Automation and Robotics: Working in the field of automation and robotics, developing and implementing automated systems for automotive manufacturing.
• Product Testing: Testing and evaluating automotive vehicles and components to ensure safety and performance.
• Project Management: Managing automotive engineering projects from conception to completion.
• Students have the opportunity to participate in the SHU Racing Team, where they can apply their skills and knowledge to build, test, and design race cars.
• The program offers opportunities for work placements, allowing students to gain real-world experience in the automotive industry.
• Students have access to cutting-edge teaching spaces, laboratories, and workshops, including rapid prototyping equipment, a 5-axis machining center, computer simulations, a robotics laboratory, an automotive workshop, a wind tunnel, and a steering and suspension test rig.
• The program provides opportunities for networking with industry professionals through guest speakers, career fairs, and workshops.
• Students can participate in national and international engineering competitions, such as Formula Student and the Heavy Lift Challenge.

• Home: £9,250 per year (£1,200 for placement year)
• International/EU: £16,655 per year (£1,200 for placement year)