MRes Leadership and Strategy
The University of Greater Manchester offers a wide array of undergraduate and postgradu...
MSc Electric Vehicle Technology
Bolton
INTAKE: January
Program Overview
The MSc Electric Vehicle Technology program with a January start at the University of Greater Manchester provides a focused and intensive study of the technologies driving the electric vehicle revolution. The program structure and learning outcomes are consistent with the September intake, ensuring a high-quality educational experience for students commencing their studies in January. It aims to develop graduates who possess a strong understanding of electric vehicle systems, from energy storage to power delivery and vehicle control, preparing them for diverse roles within the automotive, energy, and transportation sectors. The curriculum combines theoretical learning with practical exercises and project work to ensure a comprehensive grasp of the subject matter.
Curriculum: The curriculum for the MSc Electric Vehicle Technology (Jan Start) is designed to provide a thorough grounding in the core principles and advanced technologies relevant to electric vehicles. Mirroring the September intake, core modules typically cover electric machines and drives, battery technology and management systems, power electronic converters for EV applications, vehicle dynamics and control, and electric vehicle charging infrastructure. Students will engage with relevant software tools and laboratory equipment to gain practical experience. The program may also offer elective modules allowing for specialization in specific areas of EV technology. A significant component is usually an individual research project or dissertation, providing students with the opportunity to delve into a specific area of interest and develop their research skills, regardless of their start date.
Research Focus: The MSc Electric Vehicle Technology program, including the January start cohort, benefits from the research activities within the University of Greater Manchester related to sustainable transportation and electric vehicles. Faculty actively engaged in research in areas such as advanced battery technologies, electric motor design, and smart charging solutions often contribute to the program's content and supervise student research projects. The January start students have the same opportunities to engage with current research trends and methodologies within the field. The research component of the program aims to foster innovation and problem-solving skills relevant to the electric vehicle industry.
Industry Engagement: The University of Greater Manchester maintains strong links with the automotive and energy industries, and this engagement extends to students starting in January. Opportunities may include guest lectures from industry professionals working on electric vehicle technologies, visits to relevant companies and research facilities, and potential for collaborative projects or internships. The program aims to provide students with real-world context and an understanding of the practical challenges and opportunities within the electric vehicle sector, regardless of their intake date. Networking opportunities with industry professionals are also typically available throughout the academic year.
Global Perspective: The electric vehicle market and technology landscape are inherently global, with advancements and policies varying across different regions. The MSc Electric Vehicle Technology program with a January start will also incorporate a global perspective, examining international standards, market trends, and the policies driving EV adoption in different countries. The program will likely address the challenges and opportunities of deploying electric vehicles in diverse geographical and regulatory contexts. The presence of international students, regardless of the intake date, further enriches the learning environment by bringing different perspectives on electric vehicle technology and adoption from around the world.
Location
Bolton
Score
IELTS 6.5
Tuition Fee
£ 15950
Postgraduate Entry Requirements
Academic Qualifications: Applicants should have successfully completed a bachelor's degree or its equivalent from a recognized institution with a minimum overall score of 60% or equivalent.
English language proficiency:
- IELTS: A minimum overall score of 6.5 or 7.0 with no individual component below 6.0.
- TOEFL: A minimum overall score of 79.
- PTE Academic: A minimum overall score of 59.
- Some postgraduate programs may have specific subject prerequisites or additional requirements.
The University of Greater Manchester offers a variety of scholarships to support international students in financing their education. These scholarships are designed to reward academic excellence and assist students in pursuing their studies in the UK.
Global Futures Scholarships: The university provides the Global Futures Scholarships, which offer financial support to international students. These scholarships are available to both undergraduate and master's students holding an offer for full-time study on campus in Manchester.
Equity and Merit Scholarships: The university offers Equity and Merit Scholarships to academically excellent international students. These scholarships are available to postgraduate taught students commencing their studies. The scholarships aim to support students who demonstrate strong academic performance and their chosen field of study.
Engineering the Future Scholarships: The School of Engineering at the University of Greater Manchester provides scholarship awards to academically excellent international students commencing their postgraduate taught studies. These scholarships aim to support students pursuing careers in engineering and related fields.
Graduates from the MSc Electric Vehicle Technology program at the University of Greater Manchester, including those who commenced their studies in January, acquire the specialized and highly sought-after skills necessary to thrive in the rapidly expanding electric vehicle (EV) industry. The January start offers flexibility without compromising the comprehensive career preparation.
EV Powertrain Design Engineer: Graduates can contribute to the design, development, and optimization of electric motors, inverters, and other crucial components of the EV powertrain system for automotive manufacturers and suppliers.
Battery Technology Engineer: Specializing in energy storage, graduates can work on the research, development, and management of advanced battery systems, including cell chemistry, thermal management, and battery management systems (BMS).
EV Charging Infrastructure Specialist: Graduates can play a key role in the expansion of EV charging infrastructure, working on the design, installation, and management of charging stations and networks for public and private use.
Vehicle Dynamics and Control Engineer (EV Focus): Applying their expertise in vehicle dynamics and control systems, graduates can focus on enhancing the performance, handling, and safety characteristics specific to electric vehicles.
Power Electronics Engineer (EV Applications): Graduates can specialize in the design and development of power electronic converters and control units essential for efficient power delivery and management within EVs and charging systems.
EV Systems Integration Engineer: Working on the seamless integration of all electrical and mechanical components within an electric vehicle, graduates ensure optimal performance, reliability, and functionality.
Research and Development Engineer (EV Innovation): Graduates can pursue careers in research institutions or within the automotive industry, contributing to the innovation and advancement of electric vehicle technologies and materials.
EV Testing and Validation Engineer: Focusing on ensuring the safety, reliability, and performance of electric vehicles and their components, graduates can design and execute comprehensive testing and validation procedures.
Manufacturing Engineer (EV Production): Graduates can work on optimizing and improving the manufacturing processes involved in the production of electric vehicles and their specialized components.
Sustainability Consultant (Electric Mobility): Combining their technical knowledge with an understanding of environmental impact, graduates can advise organizations and governments on sustainable transportation solutions and EV adoption strategies.
