Master Hybrid & Electric Vehicles to Drive the Future of Transportation(6-Week Intensive)
Course Duration: 6 Weeks
Mentorship: Industry experts from top tech companies will guide you throughout the course.
Mode of Learning: Online, Self-paced + Weekly Live Sessions
Week 1: Introduction to Hybrid & Electric Vehicles
- Introduction to Hybrid & Electric Vehicles: Overview of HEV and EV concepts, history, classifications (mild hybrid, full hybrid, plug-in hybrid, battery electric), and their significance in sustainable transportation.
- Fundamentals of Vehicle Dynamics: Basic principles of vehicle motion, forces acting on a vehicle, power and energy calculations, and vehicle performance parameters.
- Project 1: Vehicle Performance Analysis: Analyze the performance of a conventional vehicle and compare it with a hypothetical HEV/EV using given parameters.
Outcome: Foundational knowledge of HEVs and EVs, understanding of vehicle dynamics principles.
Week 2: Electric Vehicle Components
- Electric Motors: Types of electric motors used in EVs (DC motors, AC induction motors, permanent magnet synchronous motors), their operating principles, characteristics, and control.
- Power Electronics: Introduction to power electronic converters (DC-DC converters, inverters) used in EVs for motor control and battery management.
- Batteries: Types of batteries used in EVs (lithium-ion, nickel-metal hydride), battery characteristics (capacity, voltage, state of charge), battery management systems (BMS), and battery charging methods.
- Project 2: Motor Control Simulation: Simulate the control of an electric motor using software tools (e.g., MATLAB/Simulink).
Outcome: Understanding of EV components, particularly electric motors, power electronics, and batteries.
Week 3: Hybrid Vehicle Powertrains
- Hybrid Powertrain Architectures: Different hybrid powertrain configurations (parallel hybrid, series hybrid, combined hybrid), their advantages and disadvantages.
- Engine and Motor Integration: Methods for integrating the internal combustion engine (ICE) and electric motor in hybrid vehicles.
- Control Strategies for Hybrids: Energy management strategies for optimizing fuel efficiency and performance in hybrid vehicles.
- Project 3: Hybrid Powertrain Simulation: Simulate the operation of a hybrid vehicle powertrain using software tools.
Outcome: Understanding of hybrid vehicle powertrains and control strategies.
Week 4: Battery Management Systems (BMS)
- BMS Functions: Detailed study of BMS functionalities, including cell voltage monitoring, temperature management, state of charge estimation, cell balancing, and fault diagnostics.
- BMS Hardware and Software: Components of a BMS (sensors, microcontrollers, communication interfaces), and software algorithms for BMS control and monitoring.
- Battery Modeling: Introduction to battery models for simulating battery behavior and predicting performance.
- Project 4: BMS Design and Simulation: Design a simplified BMS and simulate its operation using software tools.
Outcome: In-depth knowledge of BMS functionalities, hardware, and software.
Week 5: Electric Vehicle Charging and Infrastructure
- EV Charging Standards: Overview of different EV charging standards (CHAdeMO, CCS, Type 2) and charging levels (Level 1, Level 2, DC fast charging).
- Charging Infrastructure: Development of EV charging infrastructure, smart charging concepts, and vehicle-to-grid (V2G) technology.
- Battery Charging Algorithms: Algorithms for optimizing battery charging, including constant current constant voltage (CC-CV) charging.
- Project 5: EV Charging System Design: Design a basic EV charging system and simulate its operation.
Outcome: Understanding of EV charging technologies and infrastructure.
Week 6: Final Project & Career Prep
- Project 6: Final HEV/EV Project: Develop a comprehensive project related to hybrid or electric vehicles, incorporating the skills learned throughout the course. Examples include designing a specific component, developing a control algorithm, or analyzing a particular aspect of HEV/EV technology.
- Career Preparation:
- Portfolio Building: Refine and complete your portfolio with a professional presentation of your projects.
- Interview Prep & Resume Tips: Learn how to showcase your skills, work on technical interview questions, and perfect your resume.
- Industry Insights: Get advice on the latest industry trends, frameworks, and technologies.
Outcome: By the end of the course, you’ll have a strong portfolio and the confidence to apply for jobs in the HEV/EV industry.
Major Projects:
- Vehicle Performance Analysis (Week 1): Core Skills: Vehicle dynamics, performance calculations.
- Motor Control Simulation (Week 2): Core Skills: Electric motors, power electronics, motor control.
- Hybrid Powertrain Simulation (Week 3): Core Skills: Hybrid powertrain architectures, control strategies.
- BMS Design and Simulation (Week 4): Core Skills: Battery management, BMS functionalities.
- EV Charging System Design (Week 5): Core Skills: EV charging standards, charging infrastructure.
- Final HEV/EV Project (Week 6): Core Skills: Full HEV/EV lifecycle, project planning, and execution.
Mentorship at Eduveda Academy:
- Industry Mentor Assignment: You’ll be paired with a mentor from a top tech company who will provide personalized guidance on projects, career advice, and best practices.
- 1-on-1 sessions: For project reviews and troubleshooting.
- Live Q&A Sessions: Weekly with mentors and instructors.
Final Notes:
- Weekly Live Sessions: These will cover key topics, provide updates, and allow you to ask questions.
- Peer Networking: Join the academy Slack group for collaboration and feedback.
This 6-week course is intense but designed to give you all the key skills to jumpstart your career in Hybrid and Electric Vehicles. You’ll leave with solid project experience, a polished portfolio, and the confidence to apply for jobs in the field.
