Professional Certification in EV System Design, MBD and AUTOSAR

Hours   Total: 240 Hrs Instructor   Instructional: 140 Hrs Project   Project: 50 Hrs
Assignments   Assignments: 50 Hrs Hours   2 hrs/per day Language   English
Hours Total:
268 Hrs
Instructor Instructional:
140 Hrs
Project Project:
60 Hrs
Assignments Assignments:
60 Hrs
Employability Skills Employability Skills:
20 Hr
Hours 2 hrs/per day
Language English
Live

Live

Instructor Led Program

Case

Workshop

For hands-on learning

projects

Projects

From real world scenarios

Certification

Certification

Widely recognized by the industry

X

TUV Rheinland Certified


Yes, a piece of Electrifying news to all our EV Executive Diploma course aspirants and enrollees. We are happy to announce that our Executive Diploma Course on EV is a step ahead on the global stage with recognition from a reputed independent certification body. Furthermore, as we advance, the EV Executive diploma course from Cloudkampus is now recognized by TÜV Rheinland.

What does a PersCert TÜV Certification by TUV Rheinland mean?

TUV group has an independent association that tests, inspects and certifies products, technologies, systems and people to ensure quality and set benchmark standards. TÜV Rheinland Certificates are recognized worldwide and carry the trademark of trust and quality.

TÜV Rheinland Certification Benefits for Students

The EV industry is booming worldwide, and at this juncture, overseas job opportunities can be career-changing. You can now explore unlimited career options abroad with your PersCert TÜV certification.

Acclaimed Seal of Trust

The proof of your competence certified by PersCert TÜV will make every organization’s head turn.

Assured Quality

Every organization would be confident enough to hire you and use your expertise for their growth.

Competitive Advantage

The certification from PersCert TÜV gives you the edge over your peers to advance your career in the EV industry.

Course Overview

The Professional Certification in EV System Design, Model-Based Design (MBD) & AUTOSAR equips learners with the knowledge and practical skills required to design, simulate, validate, and implement modern Electric Vehicle (EV) systems. The program covers EV architecture, battery management systems, electric drives, power electronics, vehicle control strategies, embedded software development, and AUTOSAR fundamentals using Model-Based Design methodologies. Through hands-on simulations and real-world industry projects, participants gain experience with MATLAB, Simulink, Stateflow, and automotive development workflows, preparing them for careers in the electric mobility industry.

Program Fee   ₹88500
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    Schedule on demand

Learning Outcome

  • Understand the complete architecture and working principles of Electric Vehicles.
  • Design and simulate EV powertrain, battery, and motor control systems.
  • Develop Battery Management System (BMS) models for monitoring and control.
  • Perform Model-in-the-Loop (MIL), Software-in-the-Loop (SIL), and system-level validation.
  • Create and validate control algorithms using Model-Based Design techniques.
  • Implement embedded software and AUTOSAR-based automotive applications.
  • Optimize vehicle energy management and regenerative braking strategies.
  • Develop industry-ready EV subsystem models using automotive engineering workflows.

Syllabus

Module 01 Simulink Fundamentals + Vehicle Dynamics
  • Blocks & Signals
  • Solvers & Data
  • Intro Vehicle Dynamics
Module 02 Battery Pack Design & BMS Modelling
  • Cell-to-Pack
  • SOC/SOH basics
  • Protection & Balancing
Module 03 EV Powertrain Modelling
  • Subsystem models
  • Efficiency maps
  • Power flow
Module 04 EV Plant Modelling & Simulation
  • System integration
  • Drive cycles
  • Scenario simulation
Module 05 Model-Based Design (MBD) for Automotive Controllers
  • MBD workflow
  • Stateflow logic
  • Model validation basics
Module 06 AUTOSAR Fundamentals
  • Runtime Environment (RTE)
  • Automotive software development
  • AUTOSAR Classic architecture

Guided Projects

Electric Vehicle Powertrain Design & Simulation

10 Hrs

Battery Management System (BMS) Development using Simulink

10 Hrs

BLDC/PMSM Motor Control System Modeling

10 Hrs

Regenerative Braking System Design for Electric Vehicles

10 Hrs

Embedded Linux - Develop a Real-Time System Monitoring Dashboard (RSMD)

10 Hrs

EV Energy Management & Vehicle Performance Optimization

10 Hrs

AUTOSAR-Based Embedded Control Application for EV Systems

10 Hrs





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