Electric Vehicle Courses | Mobility Major

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eMobility

Programme Overview

As our world moves towards a cleaner and more efficient transportation ecosystem through electrification, there is a significant increase in demand for experts who can envision, design, implement and oversee e-mobility solutions. At Atria University, our eMobility Major will empower you with the necessary skills and provide guidance as you venture into the dynamic and exhilarating realm of electric mobility. You will acquire the essential tools and knowledge to thrive in this captivating field.

You will learn the intricacies of electric propulsion and electric vehicles and expand your knowledge in these areas. You will also gain a comprehensive understanding of the societal and environmental impacts arising from technological advancements within the sector. Furthermore, you will explore the economic and financial aspects associated with electric mobility.

Our curriculum integrates a diverse range of courses from various disciplines, including engineering, energy policy, environmental science, and business, allowing you to develop a well-rounded perspective on eMobility.

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Degrees Offered

BTech

For the engineer who will develop new mobility solutions

BSc

For the scientist who wishes to study and research various fundamental aspects of the mobility ecosystem

BBA

For the entrepreneur who will promote and operate eMobility solutions and services

BDes

For the designer who conceives functional and aesthetically pleasing products for end-users

Learning Outcomes

While pursuing the major, you will master a range of modern technologies and skills in the eMobility space:

Fundamentals of Vehicle Design

Gain a solid understanding of the fundamental principles and concepts involved in the design of electric vehicles. Learn about key components, systems, and integration strategies that contribute to the overall performance and efficiency of eMobility solutions.

Materials Science and Manufacturing Processes

Delve into the world of materials science and manufacturing techniques specific to eMobility. Understand the properties of various materials used in electric vehicle construction and explore advanced manufacturing processes that enhance durability, performance, and sustainability.

EV Architecture

Develop a comprehensive knowledge of electric vehicle architecture, including the integration of powertrain, energy storage systems, and control mechanisms. Gain insights into the design considerations and optimization strategies for efficient and reliable electric vehicle operation.

Energy Efficiency in Automobiles and Transport Systems

Acquire the skills to evaluate and analyse the energy efficiency of automobiles and broader transport systems. Learn to identify areas for improvement and propose innovative solutions to enhance sustainability in the transportation sector.

Fuel Cells and Battery Technologies in Transportation

Explore the application of fuel cells and battery technologies in electric transportation. Understand the principles, advantages, and limitations of these energy storage technologies and their potential to revolutionise the eMobility landscape.

Structure of Sustainable Energy Systems

Develop a holistic understanding of sustainable energy systems and their role in supporting eMobility. Study the integration of renewable energy sources, smart grids, and energy management systems for a sustainable and resilient transportation ecosystem.

Economics and Finance of Sustainability

Gain insights into the economic aspects of sustainable practices in the eMobility industry. Understand the financial implications of transitioning to electric transportation and explore innovative business models for sustainable mobility solutions.

Fundamentals of Climate Change

Recognize the relationship between eMobility and climate change. Understand the scientific foundations of climate change, its impacts on transportation systems, and the role of eMobility in mitigating environmental challenges.

Business Process of Renewable Energy for Transportation

Learn about the business processes and strategies involved in the development, deployment, and management of renewable energy solutions for transportation. Explore the economic, technological, and policy considerations for successful implementation.

Autonomous Vehicle Technology

Gain a comprehensive understanding of autonomous vehicle technology and its potential impact on the future of transportation. Explore the technological advancements, regulatory frameworks, and societal implications of autonomous vehicles in the eMobility landscape.

Mobility and Transportation Infrastructure in Cities

Study the complexities of urban mobility and transportation infrastructure. Analyse urban planning principles, intelligent transportation systems, and sustainable mobility solutions for enhancing connectivity, efficiency, and safety in cities.

Flow of Electrical Energy in Electric Vehicles

Develop skills in efficiently managing and controlling the flow of electrical energy within electric vehicles. Learn about power electronics, energy storage systems, and charging infrastructure to optimise energy utilisation and charging efficiency.

Policy and Regulatory Understanding of eMobility Frameworks

Understand the policy and regulatory landscape that governs the eMobility industry. Explore the legal frameworks, incentives, and standards that shape the development and adoption of electric transportation solutions.

Signature Projects

As an integral component of the eMobility major, you will engage in numerous real-world projects/problems that facilitate the practical application of your learning.

These projects encompass:

Evaluating and Analysing electric vehicles performance and functionality.
Practical disassembling and reassembling of an electric scooter.
Survey of global impact on electric vehicles in the world.
Construct an electrically assisted vegetable cart.
Design and develop the guidance of basic autonomous vehicles.
Design and simulate the electric drivetrain system for an automobile.
Design and simulate the electric drivetrain for a bus.
Plan for the installation of electric vehicle charging infrastructure across a city or region, including detailed blueprint.
Diverse methods available for charging electric vehicles (EVs) and explore the advantages and disadvantages associated with them.
Simulation and control of Thermal Management of a Battery Pack.
Simulation and control of Thermal Management of Motors and Controllers.

Please Note: The projects listed above are tentative and may change to suit emerging developments in the field.

Career Outcomes

A major in eMobility offers you a vast array of career pathways to create a sustainable impact in the automobile industry.

Electric Vehicle Engineer.
Charging Infrastructure Specialist.
Battery Systems Engineer.
Electric Mobility Analyst.
System design/development engineer.
System specialist.
System architect.
Subject matter experts.
Product design, engineering, and development.
Technologist.
Principal engineer.
Product lead.
Transportation designer.
Mobility system designer.
Independent design consultant.
Transportation design consultant.
Researcher.
Market specialist.
Sales and strategy expert.

Competitive Edge With Atria University

Atria University offers you a unique curriculum structure across disciplines to help you explore concepts and develop a mindset that is oriented towards becoming future-ready.

Master your understanding of emerging technologies
A major in eMobility offers a unique combination of futuristic concepts in emerging technologies in the eMobility field. You will work on a multitude of processes, hands on approach, and simulation tools to overcome some of the key challenges faced by the industry today.

World-Class Education in Bangalore
Atria University is the first University in India to offer futuristic majors, with a learning approach benchmarked to international standards. With an interdisciplinary approach to technology and liberal sciences, you will experience theory in action from day one of your undergraduate program.

Pivotal Advantage
Overall, eMobility represents a transformative shift towards sustainable and efficient transportation systems, with advantages ranging from environmental preservation and energy conservation to cost savings and technological progress. By embracing eMobility, we can achieve a greener future while creating a more resilient, equitable, and connected mobility ecosystem.

The learnings from this major became relevant and crucial because it will contribute in significant reduction in greenhouse gas emissions compared to combustion engine vehicles.
Every individual interested in eMobility will actively drive the transition to sustainable and efficient transportation systems. These actions will have a butterfly domino effect that can help raise awareness, influence policy, and inspire others to embrace electric mobility for a greener and more sustainable future.