BEng (Hons) in Automotive Engineering

PLYMOUTH UNIVERSITY - UNITED KINGDOM

Duration - 3 Years + 6 Months Internship

The B.Eng. (Hons) in Automotive Engineering is an industry-aligned degree that prepares students to design, develop, and manufacture the next generation of vehicles. The curriculum is structured to transform students from engineering novices into specialized professionals capable of handling the complexities of modern mobility.

Year 1 (Foundations): Focuses on the “building blocks” of engineering, ensuring a strong grasp of mathematics, physics, and design thinking.
Year 2 (Core Specialization): Shifts into the heart of the automotive world, covering the physical dynamics of chassis systems and the transition from traditional internal combustion to electronic control.
Year 3 (Future-Proofing): Dedicated to high-tech domains like AI-driven autonomous driving, FEA/CFD simulation, and Smart Mobility, culminating in an original research project.

KEY FEATURES

Hybrid Learning Model: This program balances traditional Internal Combustion Engine (ICE) knowledge with a heavy focus on Electric and Hybrid Vehicle Technology, making graduates versatile for the current market.
Advanced Simulation & CAE: Students gain hands-on experience with industry-standard tools for Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD), allowing them to test vehicle aerodynamics and structural integrity digitally.
Autonomous & Intelligent Systems: Unlike general mechanical degrees, this program includes ADAS (Advanced Driver Assistance Systems) and Intelligent Transportation, preparing students for the era of self-driving cars.
Material Science Innovation: A dedicated focus on Lightweight Structures and sustainable materials addresses the industry's urgent need for vehicle efficiency and carbon footprint reduction.
Professional Practice: Modules like Engineering Quality Management and Experimental Techniques ensure that students understand the "business" of engineering, including safety standards and lean manufacturing.

AIMS OF THE PROGRAMME

To provide a strong engineering foundation for automotive applications.
To develop analytical, design, and problem-solving skills in vehicle engineering.
To equip students with knowledge in sustainable mobility and electrification technologies.
To enhance employability through industry exposure and practical training.
To support lifelong learning and professional development in the automotive sector.
To produce graduates capable of contributing to next-generation transportation systems.

PROGRAMME CONTENTS

Year 1

Basic Mathematics
Basic Physics
Engineering Design
Engineering Practice and Experimental Techniques
Engineering Science
Engineering Mathematics
Engineering Mechanics & Structures
Engineering Materials

Year 2

Vehicle Dynamics and Chassis Systems
Internal Combustion Engines & Alternative Fuels
Automotive Electrical & Electronic Systems
Engineering Mathematics & Control
Manufacturing Processes for Automotive Engineering
Automotive Materials & Lightweight Structures
Engineering Quality Management

Year 3

Automotive Engineering Honours Project (with Research Methods)
Electric and Hybrid Vehicle Technology
Autonomous Vehicle Systems & ADAS
Computer Aided Engineering (FEA/CFD) for Automotive Applications
Embedded Systems and Automotive Control
Intelligent Transportation Systems & Smart Mobility
Automotive Design and Product Development

ENTRY QUALIFICATIONS

Three Passes in Physical Science, Biological Science or Technology streams in a single sitting, at one of the following examinations or equivalent foreign qualifications is the minimum entry requirement.

G.C.E. Advanced Level examination conducted by the Department of Examinations, Sri Lanka.
G.C.E Advanced Level examination conducted by Pearson Edexcel, UK (London A/L).
International Advanced Level examination conducted by Pearson Edexcel, UK.
G.S.E Advanced Level examination conducted by Cambridge International Examination, UK