- Program Highlights
The Advanced Nanodegree Program in EV Engineering, Automotive Design, Development, and Dynamic Analysis is a comprehensive 6-month course designed for mechanical and automotive engineers. It provides in-depth knowledge of electric vehicle engineering fundamentals—including powertrain systems, battery technologies, and motor control—combined with hands-on expertise in modeling, simulation, and design using industry-standard tools like MATLAB, Simulink, ANSYS, SolidWorks, and Autodesk Alias. The program also covers structural and thermal analysis through Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD), equipping participants with the skills to design, analyze, and optimize electric vehicle systems for real-world applications. Upon completion, participants will have developed expertise in EV systems engineering, automotive design, and electric powertrain integration.
- Admission Closes on 1st Nov
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- Career Opportunities
EV engineering – Design and optimization of electric vehicle systems and subsystems.
Powertrain engineering – Development and analysis of EV drivetrain and energy systems.
Battery technology & BMS engineering – Design and management of EV batteries and battery management systems.
Motor control engineering – Optimization of electric motor performance and control strategies.
Simulation engineering – Modeling and simulation of EV systems using MATLAB, Simulink, and ANSYS.
Automotive design engineering – 3D modeling and design of EV components using SolidWorks and Autodesk Alias.
FEA/CFD engineering – Structural and thermal analysis of EV components using ANSYS tools.
EV Engineer – Design and optimize electric vehicle systems and architecture.
Powertrain Engineer – Develop and simulate EV powertrain components and configurations.
Battery & BMS Engineer – Design and manage EV battery systems, chemistries, and control logic.
Motor Control Engineer – Optimize motor performance using inverter-fed systems and control strategies.
Simulation Engineer – Use MATLAB, Simulink, and ANSYS to model and simulate EV systems.
Automotive Design Engineer – Design EV chassis, subsystems, and enclosures using SolidWorks.
Autodesk Alias Engineer – Create advanced surface modeling and conceptual automotive designs using Autodesk Alias.
FEA/CFD Engineer – Perform structural, thermal, and fluid flow analysis using ANSYS.
EV Powertrain Design and Optimization: Mastery in designing & optimizing electric vehicle powertrains for urban and high-performance vehicles.
Battery and BMS Design: Knowledge of battery technology for development of battery management systems.
Electric Motor Control: Expertise in controlling electric motors and optimizing performance with power electronics.
Simulation with MATLAB-Simulink: Ability to model and simulate EV systems using industry-standard tools.
3D Modeling (SolidWorks): Skills in designing & modeling critical EV components including chassis, and assemblies using 3D CAD tools.
FEA/CFD– Analysis: Proficiency in Finite Element Analysis and Computational Fluid Dynamics for EV system analysis.
Thermal Management Techniques: Understanding of heat transfer and cooling system analysis for electric vehicle components.
Automotive Concept Design & Surface Modeling: Develop digital styling and Class-A surfacing skills for automotive design.
Electric Vehicle Manufacturers: Tata Motors, Mahindra Electric, Ather Energy, Ola Electric
Battery & Powertrain Companies: Amara Raja Batteries, Exide Industries, Panasonic Energy India, Exicom Power Solutions
Automotive Design & Engineering: Bosch India, Continental Automotive, Valeo India, Tata Technologies
Simulation & Software: MathWorks India, Siemens India, ANSYS India, Altair Engineering
Charging Infrastructure Companies: Tata Power EV, Charging Solutions, Fortum Charge & Drive India, Magenta Power.
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- Program Outcomes
- Program Curriculum
Module 1: EV Engineering Essentials Part I and II
- Module Description:
- This module introduces the fundamentals of EV technology, covering key components and engineering principles. You’ll explore the transition from Internal Combustion Engines (ICE) to electric systems, understanding the structural and functional differences. Topics include battery technology, power electronics, and motor systems, along with an overview of vehicle electrification components and EV charging infrastructure.
- Module Details:
- Starting with EV Technology: Overview of EV systems
- ICE to EV Transition: Key changes in vehicle technology
- Electric Vehicle Engineering: Core engineering concepts
- Battery Technology: Types, configurations, and performance
- Power Electronics: Power management in EVs
- Motor Systems: Overview of electric motors
- Vehicle Electrification: Components for electrifying vehicles
- EV Charging: Charging infrastructure and systems
Module 2: MATLAB-Simulink, Qss & Advisor Toolbox For EV Design
- Module Description:
This course provides comprehensive training in EV design, analysis, and simulation using MATLAB, Simulink, QSS, and Advisor Toolboxes. You’ll gain proficiency in MATLAB programming, data visualization, and complex system modeling in Simulink. The curriculum emphasizes practical EV applications, focusing on the QSS Toolbox for performance analysis and the Advisor Toolbox for detailed powertrain design.
- Module Details:
Essentials of MATLAB: Programming Basics, Mathematical Modeling
Design, Develop and Plot in MATLAB: Creating Graphs, Handling Data, Plot Customization
MATLAB Simulink: Block Diagrams, System Modeling
Understanding QSS Toolbox: Quasi-Static Simulation, Performance Analysis for EVs
Understanding Advisor Toolbox: Vehicle Powertrain Design, Simulations for EVs
Module 3: Certification Course In Motor Technology And Drive Systems For Electric Vehicles: Design And Optimization
- Module Description:
- Focusing on fundamental principles, the course explores electric motors and the power electronics vital for drive management. It includes detailed analyses of DC and Induction Motors (with their equivalent circuits), along with a strong emphasis on inverter-fed motor control and advanced optimization techniques for EV powertrain motors.
- Module Details:
Fundamentals of Electric Motors: Key principles of motor operation
Power Electronics for Motor Drives: Managing motor drives
Conventional DC Motors: Basics of DC motors
Induction Motors: Motor principles and drive systems
Motor Equivalent Circuits: Analyzing motor circuits
Inverter-Fed Motors: Using inverters in motor control
Advanced Motor Control: Optimizing powertrain motors
Module 4: Certification Course In 2w Electric Vehicle Modelling And Design With SolidWorks
- Module Description:
- This SOLIDWORKS-focused module teaches you to design a two-wheeler electric vehicle. You’ll create a detailed chassis, model critical components like swingarm, wheels, and tires, and finalize the handlebar design for assembly. By the end, you’ll have a complete digital model of a two-wheeler EV
- Module Details:
- Chassis Design: Designing the vehicle chassis
- Swingarm and Wheel Design: Critical component modeling
- Tire Design: Tire modeling and motor controller
- Handlebar Design: Finalizing assembly components
Module 5: Certification Course In Concept Design & Modelling Using Autodesk Alias
- Module Description:
- You’ll gain proficiency in Alias fundamentals, master precise curve and surface modeling techniques, and refine designs using object editing and construction tools. The program emphasizes practical application in product and conceptual design, culminating in a detailed Mini Cooper automotive modeling case study for real-world experience.
- Module Details:
- Getting Started with Alias
- Curve Modeling & Editing Techniques
- Surface Modeling & Editing Techniques
- Object Editing Techniques & Construction Tools.
- Product Design & Conceptual Design
- Complete Automotive Modeling – Mini Cooper Case Study
Module 6: Certification Course in ANSYS Engineering for Electric Vehicles: Fundamentals to Advanced Analysis
- Module Description:
- Using ANSYS, this module covers CAD and CAE fundamentals, including finite element analysis (FEA) for EV component design. You’ll build CAD models, handle geometry, and set up structural and thermal analyses to simulate real-world conditions. Topics like fluid flow (CFD) for cooling and nonlinear analysis add advanced simulation techniques.
- Module Details:
- Introduction to CAD/CAE and ANSYS: Overview of CAD Tools, ANSYS for Engineering Design
- Fundamentals of FEA and Material Properties: Finite Element Analysis, Material Selection for EVs
- ANSYS Project Setup and Geometry Handling: Building CAD Models, Importing into ANSYS
- Meshing, Analysis Setup, and Structural Analysis: Mesh Generation, Boundary Conditions, Load Applications
- Heat Transfer Analysis: Thermal Analysis, Heat Dissipation in EV Systems
- CFD: Fluid flow analysis for cooling
- Modal Analysis
- Industrial Case Studies for ANSYS based 3D Analysis
- Skills Covered
- Projects
Develop an optimized powertrain for urban EVs, incorporating thermal management systems and advanced charging solutions to enhance efficiency and range.
Create comprehensive simulations of EV systems, analyzing key components and performance metrics to improve design accuracy and functionality.
Design and develop a complete 3D model of an electric bike, covering all essential components from chassis to motor integration for a realistic prototype.
Perform transient analysis on EV components under dynamic conditions, focusing on non-linear behavior to enhance reliability and safety.
- Benefits
- Build a strong foundation in EV technology, including batteries, power electonics, motors,
- Develop in-demand technical skills in 3D modeling, simulation, making learners job-ready.
- Work on practical projects that simulate real-world EV design challenges.
- Gain hands-on experience with industry tools.
- Master advanced EV engineering concepts to contribute to cutting-edge vehicle design and development.
- Gain hands-on experience with simulation and 3D modeling tools widely used across the automotive industry.
- Deepen your knowledge of battery systems, powertrain, and motor control-key areas for leadership in EV innovation.
- Lead EV manufacturing processes with expertise in design-to-assembly workflows for scalable, high-quality production.
- Design and optimize advanced electric vehicle powertrains and systems.
- Develop efficient battery management systems and electric motor control techniques.
- Simulate and analyze EV systems using MATLAB, Simulink, and ANSYS.
- Design EV components and systems using SOLIDWORKS.
- Perform Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) for vehicle components.
- Create high-quality automotive surface and concept designs using Autodesk Alias.
- Conduct thermal management for high-performance EV systems, ensuring safety and reliability.
- Apply industry standards and regulatory knowledge to EV design and development processes.
- Mode of Learning
Complete on-site
classroom program
Location: Mumbai
LIVE + Recorded + Onsite + Hardware + Workshop
LIVE + Weekend on-site sessions
Location: Pune, Delhi
LIVE + Recorded + Hardware + Workshop
Location: Global
- Tools Covered
