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EIP in EV Powertrain and Embedded System (EVPES)
This Employability Improvement Program (EIP) in EV Powertrain and Embedded System (EVPES) is designed exclusively for fresher engineers to experienced professionals with up to 4 years of experience in the automotive or related industry to upskill in EV job profile relevant skills and knowledge to become job-ready EV engineers.
This course offers integrated domain expertise in Powertrain and Embedded Systems to gain a multidisciplinary learning experience with hands-on projects, mentorship and career development support.
Trainers Profile
- Industry and domain-specific curriculum - created by EV tech experts and Autobot specialised team for in-depth exposure to EV technology in Design, R&D, NPD, Testing, Validation, Integration etc.
- 360-degree learning exposure: Blend of software and hardware modules with industry insights and real-world product case studies.
- Hands-on Projects for Professional Experience: Autobot projects inspired by core problem statements offer professional experience in equivalence to industrial exposure and portfolio development.
- Career Success: Autobot Academy-certified EV engineers score 100% placement opportunities in the top EV companies. We offer 120+ EV companies placement pool available for our certified candidates.
- Experts Mentorship: Dedicated industry experts and EV industry leaders offer guidance and mentorship to our candidates for their better development and confidence building.
- Autobot Community and Alumni Network: A lifetime membership opportunity to stay benefited offered by Autobot to their members for networking, industry insights, internship opportunities, career change support, events and many more.
- Strong EV Industry Connect: Autobot is a brand recognised as one of the most trusted partners for EV companies. Hence, for the last 5 years, we are serving over 70+ top EV companies in India which also allow access for our certified candidates to seek the opportunity.
MODULES
ABI EVPES 01 - Overview on Electric Vehicle Technology, Industry Trends and Policies
- Module 1 - Global EV market scenario and EV eco-system in India
- Module 2 - EV Policies and market trends
- Module 3 - Overview and EV regulatory norms
- Module 4 - Fundamentals of EV Technology and its Architecture
ABI EVPES 02 - Powertrain Technology and its Communication Systems
- Module 1 - EV Powertrain LV & HV Architecture
- Module 2 - EV Powertrain Aerodynamics and Vehicle Dynamics
- Module 3 - Powertrain Selection Process
- Module 4 - Basics of Control System
- Module 5 - Mathematical Modelling of Powertrain
ABI EVPES 03 - EV Power and Communication System
- Module 1 - Onboard Chargers and Charging Profile
- Module 2 - Charging System Communication Protocols
- Module 3 - CAN System and Components EV Charging Systems
ABI EVPES 04 - Energy Storage System in Electric Vehicle
- Module 1 - Basics of Lithium-ion Battery Technology
- Module 2 - Lithium-ion Battery Components and Design Considerations
- Module 3 - Battery Pack - Mechanical and Electrical Systems
- Module 4 - Battery Pack Selection and Sizing Process
- Module 5 - Battery Pack Design and Simulation
- Module 6 - Battery Pack Enclosure Design and Material Selection
- Module 7 - Battery Thermal System and Packaging
- Module 8 - Battery Pack Integration and Testing Process
- Module 9 - Battery Pack Development, Safety, and Storage
ABI EVPES 05 - Battery Management System (BMS)
- Module 1 - Basics of Battery Management System (BMS)
- Module 2 - Hardware Components and BMS Architecture
- Module 3 - SOX Measurements and Estimation in BMS
- Module 4 - Battery Thermal Management System (BTMS)
- Module 5 - BMS Control System
ABI EVPES 06 - Electrical Machine, Control System and Its Manufacturing Process
- Module 1 - Basics of Motor and Controller Technology
- Module 2 - Motor and Controller Types and Applications
- Module 3 - DC Series Motors Design Construction and Operations
- Module 4 - Induction Motor Design Construction and Operations
- Module 5 - BLDC Motor Design Construction and Operations
- Module 6 - PMSM Motor Design Construction and Operations
- Module 7 - Driving Cycle
- Module 8 - Basics of Motor Design
- Module 9 - Motor Drivetrain and Mountings
- Module 10 - Motor Types and Sample Calculations
- Module 11 - Motor SCC and Key Nomenclatures
- Module 12 - Motor Torque and Speed Characteristics
- Module 13 - Motor Manufacturing Process
- Module 14 - Motor Management Selection and Slot Filling
- Module 15 - Mathematical Modelling and Design Interpretations
ABI EVPES 07 - Employability Improvement Techniques and Process
- Module 1 - Organisation Structure, Communication Protocols and Reporting System
- Module 2 - Work Environment and Personality Development
- Module 3 - Project Documentations
ABI EVPES 08 - Embedded System HW Architecture and Development in Electric Vehicle
- Module 1 - Basics of Embedded System
- Module 2 - Embedded Hardware Design
- Module 3 - Embedded Firmware Operating System, Language and its Execution
- Module 4 - Embedded System in Automotive
- Module 5 - Sensors and Transducers
- Module 6 - Automotive Embesses System Design Process
- Module 7 - AUTOSAR Overview and Architecture
- Module 8 - Automotive Product Development Cycle
- Module 9 - Actuators and Semiconductor Components
ABI EVPES 09 - EV Microcontrollers, Sensors & Transducers
- Module 1 - EV Micro-controller Architecture
- Module 2 - Introduction to C/C++
- Module 3 - Sensors used in EV, their operation and communication
- Module 4 - PWM Generation and Motor Control System
ABI EVPES 10 - EV Communication Protocol
- Module 1 - Basics of Communication Protocols
- Module 2 - HW Communication Architecture
- Module 3 - I2C, SPI, USART CAN Bus Communication Protocols
- Module 4 - I2C Hardware Circuit Architecture
- Module 5 - SPI Communication System
- Module 6 - CAN Communication System
- Module 7 - CAN Frame Development and Implementation
- Module 8 - CAN Circuit and Message Communication
ABI EVPES 11 - EV and Powertrain Modelling and Simulation
- Module 1 - Motor Stator and Rotor Design Simulation (2D)
- Module 2 - Motor Design Optimization
- Module 3 - Battery Cell Modelling using real-time data specification
- Module 4 - Battery module modelling using cell data characterization
- Module 5 - Battery pack design and BMS Integration
CERTIFICATE DETAILS
What is Level 2 Certification by Autobot Academy?
Being the EV specialized learning company, Autobot Academy sets its certification standards for certifying candidates up to defined skill sets to enhance their employability in engineering-grade job roles.
Level 2 certification offers “Emoploybility” specific skills and industrial credentials to the candidates certified under this level.
Autobot India is an EV company which offers testing, development and technology solutions.
Autobot Certification
- To qualify for our Level 2 certificate, candidates must score a minimum of 60% overall.
- The score of online modules and offline modules will be evaluated on the basis of online assignments, quizzes, offline projects and the final MCQ-based examinations.
- Candidates scoring above 80% will receive the “Autobot Gold Grade” Certificate signifies the merit certificate.
- Candidates scoring below 60% will be eligible to receive the Participation Certificate for the course.
EV Career Opportunities After EVPES Course Certification:
The fresher candidates will be placed under GET/PGT roles for the following job roles in the EV industry:
For Mechanical Engineers:
- Powertrain Engineer
- R&D Engineer
- Homologation Engineer
- Battery Development Engineer
- Powertrain Development Engineer
- Battery Pack Design Engineer
- Service Engineer
For Electrical, Electronics and Telecommunication Engineers:
- Embedded System Engineer
- Embedded Hardware Engineer
- Powertrain Test Engineer
- Service Engineer
Center
Announcement for New Batches for 2025
- Batch 9 - Jan 10th, 2025
- Batch 10 - March 3rd, 2025