EIP – Powertrain and Embedded System in Electric Vehicle Technology
Introduction
The Indian electric car market size was valued at $71.1 million in 2017 and is projected to reach $707.4 million by 2025, witnessing a CAGR of 34.5% during the forecast period.
2019 is the year where major companies have launched their products in the market from Mahindra & Mahindra to TATA Motors to Hyundai to Bajaj Motors to Ather Energy to Ultraviolette to Tork Motorcycle. The market has also recognised the biggest collaboration for the technology exchange, for example, Maruti Suzuki with Toyota Motors, Mahindra & Mahindra with Ford Motors.
Scope in the EV industry
The government had initiated the National Electric Mobility Mission Plan in the year 2013 with an objective to put 6-7 million electric vehicles on Indian roads by 2020 and committing to achieving 30% e-mobility in the country by 2030. The government’s Automotive Mission Plan 2026 evaluates to create an additional 10 million jobs in the future.
What is EIP?
EIP refers to the Employability Improvement Program, India’s first and only blended certification program launched by Autobot Academy in association with Autobot India, India’s first specialised and a leading technology consulting company in E-mobility. The EIP is being designed to upskill and reskill the engineers on the emerging technologies in the E-mobility to support the industry with job-ready manpower with verified skills.
EIP is India’s first and only EV specialised job-profile focused placement course for graduate engineers who are looking to build their career into EV industry.
Key Highlights
- Designed for undergraduate and graduate engineers with up to 4 years of experience
- Job-profile focused training and development
- 15+ case studies and live projects
- 300+ hours of core training (online + offline)
- Cutting-edge training infrastructure with latest tools, machines and equipment
- Practical hands-on activities and workshops
- Timely doubt resolutions
- Globally recognised certificate
- Placement support
What you can expect from EIP- EVPES?
- Deep knowledge of Electric Vehicle Technology and its components
- Industrial design, development and validation protocols
- Focused knowledge on Automotive sensors, transducers, data acquisition and data processing methods
- Automotive Embedded systems, communication protocols and diagnostics
- Knowledge of various mathematical tools and simulation software
- Knowledge of organizational workflow and documentation
SOFTWARE AND TOOLS COVERED
Eligibility
- 0-4 year work experience
- Final year B.Tech/M.Tech engineering graduates from Mech/Auto/EEE/ECE/EE
Course Structure
| Section | Course Modules* |
| Electric Vehicle Powertrain and Integration | Fundamentals of Electric Vehicle
|
| Powertrain Selection Methodologies | |
| Basics of Control Systems & Mathematical Modeling | |
| EV Power & Communication Architecture | |
| EV Energy Storage Technology | |
| Motor Technology, Driving Techniques & PE Systems | |
| Vehicle Integration | |
| Employability Improvement Session | |
| Electric Vehicle Embedded Systems | Basics of Embedded Systems in EV |
| EV Microcontrollers, Sensors & Transducers | |
| EV Communication Protocol | |
| Simulation-Based Modelling | |
| Employability Improvement Session | |
| Testing and Project Submission | Automotive Indian Standards |
| Mock interview and Document Preparations | |
| Final Assessments | |
| Final Project Report Submission |
*Each module contains various topics and subtopics
Why join EIP in EVPES?
- The Indian Auto industry faces a talent crunch. It gears up for the impending Electric Vehicle (EV) revolution and there just aren’t enough engineers with expertise in the field.
- “In 2019, current demand pegged at more than 15,000 engineers mostly in electric, electronic and mechanical discipline and likely to touch, 25000 in the next two years or so, provided that only 1000 engineers were employed in 2018 against the demand for 5000 engineers by the auto industry in India for EVs and EV-related projects.”
- To cater to such a huge skill or employability gap, Autobot India has dedicated spent one year time to design the EIP EVPES for the engineers in consultations with industry experts, EV companies and top recruiters to enhance the candidate’s skills to improve cutting edge employability abilities to meet the emerging industry talent demand.
- EV-PSES course will offer better exposure in the industry to our candidates.
Career Opportunity after EIP
In the fast-changing technology environment, it is very important to stay intact upgraded with new skills and knowledge to become unique and to capitalise the job opportunities around you.
To become a professional Electric Vehicle Engineer and learn how to design, develop, test and troubleshoot the powertrain systems of EVs and deploy application-based projects in Lithium Battery, BMS, ECU, DAQ, CAN 2.0 and more.
With your 4 months, EIP EVPES certification program you’ll be eligible for the following much-demanded job profiles in the EV industry are:
- Powertrain Engineer
- Embedded Engineer
- Battery Engineer
- Battery Testing Engineer
- BMS Engineer
- Powertrain Integration Engineer
- Diagnosis and Troubleshooting Engineer
Module 1 - Fundamentals of Electric Vehicle
1
Introduction to Module
2
Global EV Market – 1
3
Global EV Market – 2
4
Pre COVID Market
5
Post COVID Market – 1
6
Post COVID Market – 2
7
Post COVID Market – 3
8
Domestic Market
9
EV Ecosystem in India – 1
10
EV Ecosystem in India – 2
11
Case Study: 2 Wheeler EV Market in India
12
State Policies
13
EIP – Quiz 1
14
Ev Architecture – Parallel Hybrid
15
EV Architecture – Micro, Mild and Full Hybrid
16
Case Study: Suzuki SHVS
17
EIP – Quiz 2
Module 2 - EV Powertrain Selection
1
Basic Terminologies
2
Air Flow Study
3
Understanding Drag
4
Airodynamic Force Calculation
5
Wheel Basics
6
Hysteresis Loss
7
Rolling Resistance
8
Force Calculation
9
Motor Selection
10
Force Limitation
11
Motor Performance
Module 3 - Basics of Control Systems
1
Types of Control Systems
2
Feedback System
3
Math Model (Part-01)
4
Math Model (Part-02)
5
Math Model (Part-03)
6
EIP – Quiz 3
7
PID Controller (Part-01)
8
PID Controller (Part-02)
9
Lead Lag Control
10
EIP -Quiz 4
11
Network Analysis (Part-01)
12
Network Analysis (Part-02)
13
Network Analysis (Part-03)
14
Network Analysis (Part-04)
15
Network Analysis (Part-05)
16
EIP – Quiz 5
Module 4 - EV Power and Communication Architecture
1
Onboard Charger
2
Charging Profile
3
EVSE
4
Charging Protocol – 01
5
Charging Protocol – 02
6
CAN Protocol
7
Automotive Connection
8
Fuse Contactors
9
Relay System
Module 5 - EV Battery Technology
1
Li-Ion Cell
2
Battery Pack Design
3
Cell Characteristics
4
Battery Calculation
5
BMS Intro
6
BMS Architecture
7
BMS Topologies
8
Measuring Current and Temperature
9
Safety Parameter
10
Cell Balancing
11
BMS Control
12
State of Charge
13
Component Selection
14
Range Calculation
15
Charging State
16
Battery Charging
17
BTMS Intro
18
Heat Generation
19
Cooling System
20
EV Thermal Power Management
Module 6 - Motor Technology and Driving Techniques
Module 7 - Basics of Embedded in EV
Module 8 - EV Microcontrollers
Sensors & Transducers
Module 9 - EV Communication Protocol
Module 10 - Automotive Industry Standards (AIS)
The Employability Improvement Program (EIP) in Electric Vehicle Powertrain and Embedded Systems (EVPES) is an engaging yet rigorous 4-months blended training program designed specifically for the freshers and graduate engineers (0-4 years of experience) to develop practical knowledge and skills, establish a professional network, and accelerate entry into electric vehicle careers. The certification is awarded by Autobot India.
Expect to carry out several industry-relevant projects simulated as per the actual workplace, making you a skilled EV Powertrain and Embedded System professional at par with leading industry standards.
The program is NOT going to be easy. It will be requiring at least 20-25 hours of TIME Commitment per week, applying new concepts and executing industry-relevant projects.
The program is designed for fresher engineers to build their understanding from the basics to the advanced level. The program includes the following:
• Introduction to EV/HEV technology
• EV Key components and its applications and architecture
• Powertrain system design and integration
• Embedded systems Programming
• System communication protocols and Sensors
• CAN communication protocol
• Testing protocols
• System diagnosis and troubleshooting
• Lithium Battery and BMS design, development and testing
The content will be a mix of interactive ONLINE lectures and HANDS-ON project-based training from expert faculties as well as industry speakers. Additionally, the program comprises face-to-face lectures or hands-on sessions dedicated to solving your academic queries and reinforcing learning. Offline Autobot Academy will also facilitate peer-to-peer interactions.
Post successful completion of the program with minimum 60% overall score, a 4 months EIP Certification in Electric Vehicle Powertrain and Embedded Systems would be granted by Autobot India Pvt Ltd certified by ISO 29990:2010 (international recognition).
At least 15-20 hours per week of eTIME Commitment is expected to be able to qualify and certify from the program.
Preparatory Support:
Mentoring on how to make the best resume for an EV professional, highlighting technical and domain expertise. EV Powertrain & Embedded Systems interview preparation and mock interview mentoring by the experts.
Access to Opportunities:
Profiles of students will be circulated with Autobot Hiring Partners and network of companies.
A peer-to-peer discussion forum where you can post your queries and your peers/faculty/teaching assistants answer your queries within a day. Regular Q&A sessions with faculty to get clarification on conceptual doubts.
The program is priced at ₹120000 inclusive of taxes.
Refund Policy: (Programs with prep-session component)
You can claim a refund for the course at any time before 15 days of course start date by sending an email request to your Admissions Counselor with reasons listed. The prep login will be activated immediately post completion of the 'payment of the 1st block amount (caution money)' or on the 'Specified date' as communicated by ABI. Processing fee of ₹10,000 will be levied in case refund is claimed.
The student opting for instalment has to pay the full fee in four-phases where the amount of ₹30,000/- each instalment should be paid by the students.
The student has to pay the full fee within 60 days of payment of block amount or cohort start date, whichever is earlier, otherwise, the admission letter will be rescinded and processing fee of ₹10,000 will be levied.
Once the student pays block amount, "any" refund shall be subject to deduction of ₹10,000 processing charges.
Any taxes paid by the student shall not be refundable, and the amount to be withheld will be higher of taxes paid or 10,000 processing fees.
There shall be no refund applicable once the program has started. This is applicable even for those students who could not complete their payment and could not be enrolled in the batch opted for. However, the student can avail pre-deferral as per the policy defined below for the same.
Refund shall be processed to an eligible student within 30 working days from the date of receipt of refund form from him/her in this regard.
Refund shall be subject to deduction of ₹10,000 processing charges or the GST paid, whichever is higher as mentioned above.
Deferral Policy: (Post Program Commencement)
If a student is facing severe issues in dedicating time to the course, we provide the opportunity for the student to defer to another batch.
A student can request for deferral only once and from the batch start date of the initial batch, the student enrolled for.
The student will be required to pay a deferral fee of 10% of the total course amount fee + Taxes if any along with the differential program fees between the two cohorts.
The deferral request will be approved once the deferral fee is paid.
Till this is completed, the student will be assumed to be continuing in the same cohort.
The student has 7 days (including holidays and weekends) from the date of deferral request to make the payment of the deferral fee post which the deferral request will expire, and the student will continue as part of the current cohort.
If the student completes the deferral payment, the student's login will be disabled, the student will leave the deferred cohort and the student will start learning on the new cohort from the point of the last assignment that was graded in the deferred cohort. All grades and progress until that point will be carried forward as it is to the new cohort. For clarification, the grades of the graded assignments will be carried forward, whether or not the student had submitted these grading during the initial stage.
The deferral can only be requested during the batch for which the student has enrolled is ongoing. Once the batch has completed, deferral requests shall not be entertained. For clarification, the batch completion here shall mean the "last grace deadline" as communicated by ABI.
Deferral Policy: (Pre Program Commencement)
If a student, due to unavoidable circumstances is unable to commence with the cohort and requests for a deferral before the cohort starts, we provide the opportunity for the student to defer to another batch.
However, the student will be required to pay 50% of the total course fee amount (inclusive of taxes) before the deferral can be approved. Till this is completed, the student will be assumed to be continuing in the same cohort.
A student can request for deferral only once and from the batch start date of initial batch, the student enrolled for.
The student has time till the current cohort launch date to make the payment of the 50% program fee, post which the deferral request will expire. Once the deferral window expires and the student now asks for a refund, the above-mentioned applicable refund policy will apply.
The fee applicable to the deferred student will be as per prevailing fee for the batch student has opted to defer to (No additional deferral fee is required to be paid).
If you like electric vehicle technology and find exciting working on powertrain, if you feel exploring new things on Li-battery, power electronics and drives, then this program is meant for you. As long as you are able to clear the selection test (or are exempt) and are excited about the transition to EV technology, this program is meant for you.
Absolutely! EV Powertrain and Embedded System is becoming a necessity for the emerging e-automotive industry and is no more a choice. Hence, there is a critical demand for EV powertrain professionals and because the supply is constrained, this is one of the most lucrative career options across the industry.
You can start the application process by submitting the application. Applications have already started for the next cohort.
Autobot India, our renowned faculty, and many industry leaders have committed a lot of time in conceptualising and creating this program to make sure that the learners can receive the best possible learning experience in EV Powertrain and Embedded Systems. Hence, we want to make sure that the participants of this program also show a very high level of commitment and passion for EVPES.
The applicants will have to take a selection test designed to check their basic knowledge on EV technology, aptitude and quantitative abilities. The applicants can skip the test if they meet one of the following criteria:
GRE score is greater than 300
GATE score is greater than 650
To be eligible for the program, the following criteria need to be fulfilled:
College Degree: The applicant should have a bachelor’s degree in science/engineering/mathematics or masters in engineering/mathematics/science with 50% or equivalent passing marks.
Work experience: The applicant should preferably have a maximum of 1-4 year of professional experience.
New Batch: February 1st, 2021
Total Intake: 20 seats
Last Date of Admission: January 15th, 2021
Disclaimer: Company holds all the rights to change the date, time and venue of the programs under special circumstances, climate change, natural calamity and pandemic without any prior notice.
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