Adv. Nanodegree Program in EV Engineering, Automotive Design, Development and Dynamic analysis for Mechanical & Automotive Engineers

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Certified by AICTE | ASDC | NEAT

Program Overview

Advance your career in electric vehicle engineering and automotive design with DIYguru’s 6-month Advanced Nanodegree Program, specifically crafted for Mechanical and Automotive Engineers.

This comprehensive program guides you through 7 expert tracks, covering EV fundamentals, motor drive systems, Vehicle dynamics, CAD modeling, simulation, and structural analysis. By leveraging industry-leading tools like SolidWorks, Autodesk Alias, and ANSYS, gain hands-on experience designing innovative EVs, optimizing motor control systems, and performing advanced structural and thermal analyses.

Course Structure (7 Expert Tracks)

Course 1: Electric Vehicle Essentials

Foundation for Every EV Professional

Module 1: Introduction to EV Technology & Market Ecosystem
Module 2: Transition from ICE to EV Systems
Module 3: Battery Technologies—Types, Performance, and Safety
Module 4: Power Electronics & Motor Systems for EVs
Module 5: Charging Systems & Vehicle Electrification

Ideal For: Beginners, Startups, Engineers Entering the EV Domain.

Course 2: 2W & 4W EV Design & Modeling with SOLIDWORKS

Design-Driven Engineering for Electric Vehicle Structures

Module 1: Introduction to SolidWorks
Module 2: 2W – Chassis/Frame and Suspension System Design
Module 3: 2W – Swing Arm Design & Wheel Design
Module 4: 2W – Motor Controller Casing, Battery Pack & Steering Design
Module 5: 2W – Integration & Final Assembly & Detailing
Module 6: 4W – Chassis and Structural Frame Design
Module 7: 4W – Wheel, Tyre & Brake System Design
Module 8: 4W- Steering & Suspension Design
Module 9: 4W- Powertrain & Driveline System

Tools Covered: SolidWorks (3D CAD), Assembly Tools, Simulation Basics
Outcome: Design and assemble complete EV mechanical systems in a professional CAD environment.

Course 3: Certification Course in Fundamental of Vehicle Dynamics

Practical mastery of vehicle dynamics for optimizing stability, handling, and ride comfort.

Module 1: Prerequisites & Core Concepts
Module 2: Automotive Component & Systems
Module 3: Loads & Force Distribution in Vehicles
Module 4: Fundamentals of Vehicles Dynamics in Motion
Module 5: Suspension System – Understanding Vehicle Stability & Ride Comfort
Module 6: Suspension Geometry – Understanding Vehicle Handling

Outcome: Master the principles of vehicle motion, forces, and suspension to optimize stability, handling, and ride comfort in real-world driving conditions.

Course 4: Motor & Drive System for EVs: Design & Optimization

From Motor Fundamentals to Advanced Drive Modeling & Simulation

Module 1: Essentials of Motor Technology for EVs
Module 2: Conventional Drive Technology Systems
Module 3: Motor Technology & Types for EVs
Module 4: Advanced Drive Systems for EVs
Module 5: Advanced Drive Control Systems for EVs
Module 6: Equivalent Circuit & Inverter-Fed Motor Systems
Module 7: Advanced Drive Control and Selection Parameters
Module 8: Advanced Drive Control Modeling & Simulations
Module 9: Modeling & Simulation Principles
Module 10: BLDC & PMSM Motor Modeling and Simulation
Module 11: Induction Motor & SRM Modeling and Simulation

Gain mastery in EV motor technologies by exploring motor types, drive systems, control strategies, and simulations with BLDC, PMSM, Induction, & SRM motors.

Course 5: Concept Design & Modeling using Autodesk Alias

Develop automotive and product design skills with advanced surface modeling and concept visualization in Autodesk Alias.

Module 1: Getting Started with Alias
Module 2: Navigating the Alias Interface
Module 3: Curve Modeling and Editing in Alias
Module 4: Surface Modeling and Editing in Alias
Module 5: Object Editing Techniques & Construction Tools in Alias
Module 6: Control Panel & Diagnostic Shader in Alias
Module 7: Product Design in Alias – From Concept to Model
Module 8: Conceptual Design in Alias – From Concept to Visualization
Module 9: Complete Automotive Modeling with Autodesk Alias – Mini Cooper Case Study

Tools Covered: Autodesk Alias
Build hands-on skills in curve and surface modeling, object editing, and automotive design to create precise, production-ready models.

Course 6: ANSYS Certification Course—From Fundamentals to Advanced Analysis

Master FEA, Structural, Thermal & CFD Simulations Using ANSYS Workbench

Module 1: Getting Started with ANSYS
Module 2: Fundamentals of FEA and Material Properties
Module 3: Working with ANSYS Workbench
Module 4: ANSYS Pre-Processing Workflow—From Geometry Preparation to Meshing Fundamentals
Module 5: ANSYS Static Structural Analysis
Module 6: Heat Transfer Analysis
Module 7: Modal Analysis
Module 8: Computational Fluid Dynamics
Module 9: ANSYS Case Studies

Tools Covered : ANSYS Workbench
Develop a strong command over ANSYS Workbench through hands-on simulation of real-world structural, thermal, and fluid flow problems tailored for automotive and EV applications.

Program Highlights

Accredited by NEAT AICTE, ASDC
110+ Hours of Training | 6+ Industry Projects | Real Hardware Labs Access
Job Portal Access (emobility.careers) + Resume Support
1:1 Mentorship from Industry Experts
Lifetime access to course content + community Q&A sessions

Career Roles After Completion

EV Design Engineer | Motor & Drive Systems Engineer | EV Simulation Engineer | Structural Simulation Engineer | Thermal & CFD Analyst for EVs

Delivery Format

Live Sessions + Recorded Modules
Optional Onsite Workshops in Mumbai, Pune, Delhi
DIY Lab Kits & Remote Hardware Integration (available at extra cost)

Pricing & Payment

Flexible plans with No-Cost EMI Available
Scholarships for meritorious candidates | Corporate Upskilling Packages Available

Ready to Build the Future of Mobility?

[Apply Now]

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