Electric and Hybrid Vehicle Engineering
eMobility is the future and there is no denying it. And unlike traditional mobility platforms, eMobility brings in the convergence of technologies like never before – Electric Propulsion, IoT, Machine Learning and Artificial Intelligence. With the ReynLab EV courses, we cater to the needs of all types of audiences – from beginners to professionals seeking advanced technical skills.
About this course
This course comprises of 8 modules that can either be pursued individually or as a whole. Each module builds competencies in one area and the systems engineering module ties all the learning together and lets the learners visualize the complete vehicle development process. The courses are designed to be experiential and domain agnostic – no pre-requisite knowledge is required to start the Master’s Program.
Course Details
- Beginner
- For B.E / M.E & Professionals from - Mech / Auto / EEE / ECE / Aeronautical
- Medium of Instruction - English
- ₹ 2,500 onwards
Learning Outcomes
- Fundamentals of Electric Vehicle Architecture
- Power-Train Design & Development
- Controls & Power-Electronics
- Model Based Development using MATLAB SIMULINK
Why Get Certified?
Gain automotive engineering and automotive electronics expertise – Its no longer sufficient to be proficient in a single domain.
Learn how to develop plant models for any physical system – Use a combination of Causal and Acausal modelling techniques
Learn how to analyze a system and design a control system accordingly. Subsequently, simulate the system and calibrate the control systems
Learn how automotive companies use MBD to accelerate their product development life cycle – also learn about systems engineering and the various process involved with it
What you will learn
Domain Skills
- Automotive Drive-Train
- Automotive Electronics
- Thermal and Fluid Power Systems
- Embedded Systems
Power Train Development
- Electric Power Train Fundamentals
- System Modelling and Simulation
- Controls Design for E & HEV
- Testing, Verification and Validation
Software / Tools
- Matlab / Simulink
- OpenModellica
Why jump on to the electric bandwagon? Is it just a fashion or should you really make the switch? These are some of the questions that I try to answer in this video.
Check out our sample lecture videos before signing up
Modules
Domain Knowledge
Gain an in-depth knowledge about automotive systems, mechatronics and embedded control. Also brush up on the foundations of thermal and fluid power systems which would help in developing automotive control systems.
Power-Train Development
Learn to design an electric or hybrid-electric powertrain from scratch using mathematical models – Use Excel and subsequently learn to simulate using MATLAB / SIMULINK
Thermal Considerations
The primary area of focus for EV development remains the thermal considerations – Approach the problem from a CFD perspective and understand how to control heat in Electric Propulsion Systems.
Control Systems
Design, analyze and simulate control systems for various automotive and industrial applications, learn about PID Controllers, Robust Control, Kalman Filters and much more that can give you a competitive edge in your interviews
Model Based Development
Harness the power of MBD and learn how to quickly develop plant and control models for Electric and Hybrid Electric Applications, Industrial Systems and much more. Also learn how to perform MIL Testing for executing V&V plans
Systems Engineering
The science of systems engineering is seldom taught at universities, yet is the driving force behind all industry processes. Learn Model Based Systems Engineering ( MBSE ) and how you can leverage it for career success
Course Curriculum - Level 1 Modules
- Introduction to eMobility
- EV Engineering Fundamentals
- Essential engineering fundamentals for EV
- EV Architecture and Components
- Primer of all essential mathematical concepts
- Mathematical modelling of linear time invariant systems
- Introduction to Matlab / Scilab for modelling
- Analysis and interpretation of simulation results
- Control Theory concepts and fundamentals
- System behaviour and other fundamentals
- PID controller, applications and implementation
- Simulink / XCOS for modelling control systems
- Case studies with automotive cruise control, drone control, electric throttle body
- Essential fundamentals of EEE for learners from non-circuitry background
- Introduction to various electronic components and their uses
- Focus on automotive mechatronics
- Sensors, actuators and control strategies
- Detailed insights into the working of major automotive sub-systems
- Introduce the concept of IoT
- Sensors, communication networks and IoT gateways
- Build simple IoT applications and dashboards
Course Curriculum - Level 2 Modules
- Advanced mathematical modelling techniques
- Linear and rotational movement systems
- Thermal and fluid power systems
- Electrical ad mechatronic systems
- Analyze plant model behavior and design controllers
- Advanced PID control theory
- MPC controllers
- Bode Plots and Nquist Criteria
- Motors – Design, selection criteria, simulation and testing
- Virtual labs to test and model various motors
- Gearbox design for EV and HEV applications
- Case studies from the industry
- Battery chemistries, working and modelling
- Equivalent circuit modelling of Li-Ion batteries
- Battery pack design principles and considerations
- Thermal modelling of Li-Ion battery packs
- Combined electro-thermal simulation of Li-Ion battery packs
- BMS and protection circuitry
- Control design and simulation of BMS
- Design and selection of power-electronic components
- Industry standards and compliances
- Design, simulation and analysis
- Introduction to Automotive Diagnostics
- OBD protocols, error codes and self diagnosis
- Diagnostics vs Prognostics
- Connected car applications with case studies
Skills You Will Learn
Engineering Fundamentals
Mathematical Modelling
Control System Design
V&V Plans
Model Based Development
Systems Engineering
1D Modelling
Data Visulizations
Embedded Systems
Testing & Validation
FAQs
Engineering students from Mechanical, Automotive, EEE or ECE branches currently in 4th semester onwards.
Professionals looking to pivot into Automotive Controls Domain for Electric and Hybrid Vehicle Applications, Autonomous Driving or ADAS
Faculty looking to develop competencies in modern automotive control theory
No, you have theory and practicals in equal parts.
This course will enroll you for our classes and also expert talk / webinars. You can also take part in our free virtual internships on a priority basis.
You will also work extensively on Modellica and Matlab / Simulink tools
There are 6 modules in this course with each module comprising of around 8-10 hours of learning materials in them.
On a whole it will take a student close to 3M to complete the course
The course has a blended delivery model where the lessons comprise of
- Self-Paced online lessons comprising of pre-recorded videos
- Instructor led live online sessions
- Hands-On practice at our Chennai center ( optional ) students can also opt for a virtual presence
You will get access to digital materials pertaining to the course. Some modules include downloadable PDF files such as worksheets, cheat sheets etc.
Depending on the type of enrollment you choose, you will be eligible for our placement services
Level 1 Courses
Price for each individual module-
Self paced learning plus assignments - 10 hours per module
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Experiential Learning - Use Virtual Labs
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Free Matlab & Simulink Modules
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One mini project with each module
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Model EV, BMS, Controllers Etc.,
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Professional S.T.E.M certificate
Level 1 Package
All level 1 courses-
Access all 6 modules at discounted prices
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5 Days Hands-On with EV at Chennai
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2 days of live boot camp sessions
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6 mini + 1 major project to work on
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Free multi-physics modelling boot camp
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Certificate + Internship + 5 Days Workshop Certificate
Level 2 Courses
Price for each individual module-
30+ hours of self paced learning plus assignments
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Experiential learning - over 20 projects to choose from
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Mastery in focus area through applications and exercises
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Industry relevant case studies to supplement learning
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Optional specialization modules available
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EMI Options Available
Complete Package
All level 1 plus level 2 courses-
Gain access to all Level 1 and Level 2 modules
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Internship opportunities at ReynLab and other companies
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Bonus - Opportunities to work in industrial projects ( for students )
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Bonus - Life skill courses
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Option to redo course in subsequent batches anytime in next 1 year
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EMI Options Available
