Course Overview
The MSc Electric Vehicle Engineering is a specialist postgraduate degree that equips students with the skills to develop and implement electrified mobility solutions. As the economy shifts towards autonomous, digitally controlled systems and green energy, this programme combines principles from electrics, electronics, control, power, automation, and robotics. Students will learn to design and test smart vehicles and devices powered by green electricity, integrating sensor data for intelligent interaction. The course includes an optional placement year for real-world experience, preparing graduates to lead advancements in sustainable transportation.
Language Proficiency
Under Graduation: 55%
English for HSE/SSE: 70% or IELTS: 6.5
Documents Required
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10TH
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12TH
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DEGREE
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DEGREE PROVISSIONAL CERTIFICATE
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Degree Consolidated Marksheet
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Degree Individual Marksheet
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PASSPORT
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LOR 1
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LOR 2
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CV
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SOP
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EXPERIANCE CERTIFICATES
The institution of East London is a well-known public institution in the United Kingdom that was founded in 1898. According to the QS World University Rankings, 2023, the university is ranked among the top 1000 universities in the world, with 25,195 students from 140 countries. On its two campuses, the institution offers 149 undergraduate programmes, 159 graduate programmes, and a remote learning course.
Syllabus
Core Modules
1. Applied Research and Engineering Practice 1
- Description: Learn research methods and engineering practices.
- Key Topics: Experiment design, data collection, analysis, and presentation.
2. Intelligent Transport Systems
- Description: Explore technologies for smarter, efficient transport.
- Key Topics: Traffic management, vehicle communication, smart infrastructure.
3. Mental Wealth: Professional Life
- Description: Develop professional skills for engineering careers.
- Key Topics: Communication, teamwork, leadership, mental resilience.
4. Electrical Automotive Engineering Practice
- Description: Study electrical systems in automotive engineering.
- Key Topics: Electrical circuits, batteries, electric motors, power electronics.
Optional Modules
1. Automation and Robotics
- Description: Learn about automation and robotics in engineering.
- Key Topics: Robotic kinematics, control systems, industrial automation.
2. Thermo-mechanical Energy Conversion
- Description: Understand energy conversion systems.
- Key Topics: Engines, turbines, heat exchangers.