Electric Vehicle Design for Beginners Internship

Day 1-2: Introduction to Electric Vehicles (EVs)

– Explore the history and evolution of electric vehicles.

– Understand the importance of EVs in mitigating climate change and reducing dependence on fossil fuels.

Day 3-4: Fundamentals of Electric Vehicle Components

– Learn about the key components of electric vehicles, including batteries, motors, controllers, and power electronics.

– Understand the functions and characteristics of each component in the electric propulsion system.

Day 5-6: Battery Technology and Management

– Dive into battery technologies used in electric vehicles, such as lithium-ion batteries.

– Learn about battery management systems (BMS) and their role in monitoring and maintaining battery health.

Day 7-8: Electric Vehicle Powertrain

– Explore the electric vehicle powertrain architecture, including motor types, drivetrain configurations, and regenerative braking systems.

– Understand the principles of torque, power, and efficiency in electric vehicle powertrains.

Day 9-10: Vehicle Dynamics and Aerodynamics

– Learn about vehicle dynamics and how they influence the design and performance of electric vehicles.

– Explore aerodynamic principles and techniques for optimizing vehicle aerodynamics to enhance efficiency and range.

Day 11-12: Electric Vehicle Charging Infrastructure

– Understand the importance of charging infrastructure for electric vehicles.

– Learn about different types of charging stations, charging protocols, and emerging charging technologies.

Day 13-14: Safety and Regulatory Compliance

– Explore safety considerations specific to electric vehicles, including high-voltage systems and crashworthiness.

– Understand regulatory standards and certifications relevant to electric vehicle design and manufacturing.

Day 15-16: Electric Vehicle Design Principles

– Learn about design principles and considerations for electric vehicles, including packaging, weight distribution, and thermal management.

– Explore the integration of electric vehicle components into vehicle architecture and chassis design.

Day 17-20: Real-Time Project Workshops

– Engage in hands-on workshops focusing on real-time electric vehicle design projects outsourced from partnered companies.

– Apply theoretical knowledge learned during the training phase to solve practical electric vehicle design challenges under the guidance of experienced mentors.

Real-Time Project Work Phase (25 Days):

– Collaborate with peers on real-time electric vehicle design projects sourced from partnered companies.

– Apply electric vehicle design skills to develop innovative solutions, with mentor support throughout.

Project Submission and Evaluation:

– Submit completed electric vehicle design projects for evaluation by partnering companies, focusing on innovation, feasibility, and adherence to design requirements.

– Exceptional performers may be offered further internship or job opportunities based on project outcomes and capabilities.

Certificate of Internship and Letter of Recommendation:

– Upon successful completion of the program, participants will receive a certificate of internship acknowledging their dedication and achievements.

– Additionally, participants will receive a personalized letter of recommendation highlighting their electric vehicle design skills and contributions during the program.

Join us in the Electric Vehicle Design for Beginners Internship Program and embark on a rewarding journey to master the fundamentals of electric vehicle design. Gain practical experience, unlock opportunities, and contribute to the future of sustainable transportation.