- Full placement support until you get hired
- Hardware enabled Practical sessions
- LIVE Class based Instructor Led Program
Start your journey as an Electric Vehicle Engineer with specialised domains of Battery Modelling, Charging Infrastructure, Motor Optimisation, xEV Product Development & Design Engineering with India’s First Electric Vehicle Course with Placement – 100% Job Oriented.
- About the Electric Vehicle Nanodegree Program
Nanodegree Programs are industry-recognized credential premeditated for students to groove their skills or establish their career. With the cooperative effort of our proficient teams and industry leaders, Nanodegree Programs are curated to provide a proactive learning skill of forthcoming and contemporary computer technologies.
Nanodegree Program focuses broadly on job-readiness and covers every fundamental skill required to becoming successful in your career. The Nanodegree Programs profoundly focus on Electric Vehicle Course with Placement support presenting industry necessities and career outcomes. The Nanodegree Programs are divided into topic-wise modules which in turn comprise of short video lectures, exercises, quizzes, and projects to enhance the conception of the topic. The courses are imparted by highly intellectual mentors who have appropriate industrial experience. Industry-relevant in the curriculum certifies that the students are prepared to take up industrial challenges. The Nanodegree programs enable students to network one-on-one with various industry experts as a form of mentorship support to the students.
Who is this program for?
- B.E./B.Tech. students and fresh engineering graduates who want to launch their careers in the EV Industry
- Ideal for candidates from engineering disciplines like electrical, electronics, mechanical and automobile engineering
- Learners with 0-3 years of experience who are looking to transition into a career in EV industry.
- Min 60% in 10th. 12th and graduation
The Industry Ready Curriculum for Electric Vehicle Course with Placement Support
6 Step Learning Process
The curriculum is designed by the industry experts working in core engineering roles in EV and automobile companies.
It covers in-depth domain knowledge along with understanding of industry specific tools to train students for engineering roles in the industry. The program has 300+ hours of teaching and 50+ hours of project work delivered through a combination of live and recorded sessions.
Understand the Complete EV architecture
Aquire deep knowledge in EV System architecture with thorough understanding of components in Electric Vehicles.
1. Specialization in EV Market, Homologation & Product Specification
Suitable for Job Roles – Sales Engineer, Marketing Executive, Business Development Executive, Strategy / Pricing and Analytics, Research Associate, Product Manager, City Manager
Introduction to EV (2W, 3W & 4W) Market & Opportunities
Motor, Controller, Batteries, BMS & Market Analysis
EV Testing Standards, Manufacturing Guidlines and Govt. Policies
EV 2-W, 3W, 4-W Component specifing and localisation
Charging Infrastructure & Market Analysis
2. EV & HEV Essentials
Suitable for Job Roles – EV Design Intern, EV Product Development Intern, Engineering students in their First & Second Year of study. Working professionals switching from non-automotive Industry to automotive for technical roles.
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Course: Fundamentals of Automotive Engineering Course
Course: Fundamentals of Electrical Engineering Course
Course: Electric Vehicle Technology Certification course
Course: Fundamentals of vehicle Dynamics Course
Course: EV Advanced Certification course
Course: Electric Heavy vehicle system (upcoming)
3. Specialization in Concept Sketching & Computer Aided Styling
Suitable for Job Roles – Automotive Designer, Conceptual Design Engineer, Models and Prototypes Engineer
Course: Automotive Sketching Certification Course
Course: Autodesk Alias Certification Course
Course: Autodesk’s Fusion 360 Certification Course
3. CAD / CAE – Design Validation & Analysis
Suitable for Job Roles – Mechanical Design Engineer, CAE Engineer, Vehicle simulation engineers, Automotive Design Engineer, Optimization Engineer, Research Engineer – Virtual Prototyping, R&D Engineer – CFD, Application Engineer (CAD – CAE)
Course: Altair Hypermesh (1D / 2D / 3D Mesh) / Topology Optimization
Course: CATIA (Fundamental + GD&T & Wiring Harness)
Course: Fundamentals of ANSYS (Finite Element Analysis)
Course: Solidworks (Design & drafting)
Course: EV Design using ANSYS (Advanced)
Course: EV Modelling using SOLIDWORKS (Advanced)
4. EV Architecture Modelling
Suitable for Job Roles – Solution Architect, EV Software Architect, System Engineer, Functional Safety Engineer, Vehicle Control System Engineer, Architecture Simulation Engineer
Course: MATLAB Fundamental Certification Course
Course: Design of EV using MATLAB (HIL / SIL)
Course: Basics of EV Powertrain Modelling
Course: Advance EV Powertrain System Integration
Course: Battery management system in EVs
Course: Battery pack modeling
EV architecture design (Project based learning)
5. Automotive Electronics & Embedded Systems
Suitable for Job Roles – Automotive Electronics Engineer, Automotive Embedded Software Developer, Autonomous Vehicle Engineer, Technical Lead
Fundamentals of Elctronics (Analog & Digital)
Circuite Designing & Circuit Simulation
Power Electronics
Electronic Component & Analysis
Embedded Systems & ARM Architecture
Microcontrollers
6. EV Practical, Homologation, Real World Protoype & Manufacturing
Job Roles available – EV Production Engineer, EV Safety Engineer, EV Testing & Homologation Engineer.
EV Homologation, Standards and testing
EV 2W-3W-4W Case Study with Safety protocols and fault analysis.
Electric Vehicle Retrofitting, Troubleshooting, Repair & Maintenance
Vehicle validation and Product prototyping
Real world EV manufacturing
7. Industry-oriented skill sets
Job Roles available – R&D Engineer, data analyst
EV Research & development
Python for data analytics
Hydrogen technology & fuel cells
Domains, We Cover
Understanding, The Hierarchy
Live Capstone Projects – I
Minor Live Projects
Converting ICE four-wheeler to electric.
with specifications of 2kW 48V BLDC motor, battery capacity of 48V 50Ah and evaluate range, velocity, SOC% remaining and distance covered in the appropriate drive cycle opted.
[Mathematical Modeling, Vehicle Dynamics, EV Powertrain Engineering (Advanced)]
Download the project list of project eligible in this course
Vehicle modelling of an Electric 4-Wheeler using Matlab Simulink.
MATLAB is one of the widely used software, this project helps students in modelling the EV bike on MATLAB Simulink
Lithium-ion cell modelling .
The battery, one of the most important aspects of the EV. this project helps students in developing skills in Lithium-ion cell modelling.
Motor Control using H- bridge.
Matlab -PWM Signal generation -Delay and response -Sizing of switches depending on motor specification
Major Live Projects (Capstone Project)
Design, Development and Industrial Manufacturing of Complete Electric Motorcycle from Scratch.
with specifications of 2kW 48V BLDC motor, battery capacity of 48V 50Ah and evaluate range, velocity, SOC% remaining and distance covered in the appropriate drive cycle opted.
[Mathematical Modeling, Vehicle Dynamics, EV Powertrain Engineering (Advanced)]
Design of Solar Powered Charging Station .
The future is in renewable energy, This project intends to build a skill for building a charging station.
Li-ion and BMS modelling for controlling fault events.
The future is in renewable energy, This project intends to build a skill for building a charging station.
Modeling and Analysis of Complete EV in Matlab & Simulink.
MATLAB is one of the widely used software, this project helps students in modelling the EV bike on MATLAB Simulink
Technical Capstone Projects – II
With static projects, the instructors work on standard technical projects. Each project team submits a project report and a project presentation as a part of the submission.
Domain
Project Name
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Dc Motor Characteristics
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Induction Motor Characteristics
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Simulink Model to Calculate Vehicle Configuration
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Multi-level Inverter
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Solar PV Based Charger
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DC-DC Converter
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Modeling Of Li-ion Battery Pack
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Design Of EV Using Qss Toolbox
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Battery Thermal Modelling
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BMS Modelling
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Electric 4-W Powertrain Modelling
Complexity
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Beginner
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Beginner
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Beginner
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Beginner
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Intermediate
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Intermediate
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Intermediate
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Intermediate
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Intermediate
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Advanced
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Advanced
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2-Wheeler modelling
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3-Wheeler modelling
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4-Wheeler modelling
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Simulation of Battery Thermal Management in EV
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CFD of External Cooling Mechanism for Battery Pack
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Vibration and Fatigue Analysis of Battery Pack
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Simulation of Structural Integrity for Motor Mount
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Thermal Analysis of Liquid Cooled Radiator
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Beginner
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Intermediate
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Advanced
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Advanced
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Advanced
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Intermediate
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Intermediate
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Beginner
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Python based Database management solution
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Detector Camera Data Analytics
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EV Analytics (Major project)
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Intermediate
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Advanced
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Advanced
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Circuit designing & Simulation
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Embedded System full model design (Model to be finalized)
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Intermediate
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Advanced
Detailed Segregation