Features
- Understanding the Ecosystem Elements and Functions of Electric Trucks
- e-Trucks, Battery, and Charging Technology, System Requirements Planning, and Economic Analysis
- e-Truck Fleet Planning tool provides unique hands-on modelling for real-time problem solving and developing future scenarios for desired e-Truck operations.
PROGRAM SCHEDULE
Week 1
| Week | Module | Session No. | Session Title | Day | Duration [hr] |
| Week 1 | 1. Electric Truck Basics | Session 1 | Course Introduction & Truck Classifications | Tuesday | 1 |
| Practical 1 | Introduction to Modeling Tools | Saturday | 2 |
Week 2
| Week | Module Title | Session No. | Session Title | Day | Duration [hr] |
| Week 2 | 1. Electric Truck Basics | Session 2 | Basics of e-Truck M & HD Applications, Battery basics | Tuesday | 1 |
| 2. Electric Truck Modeling | Session 3 | Batteries for e-trucks | Thursday | 1 | |
| Practical 2 | Battery Pack Sizing & Modeling | Saturday | 2 |
Week 3
| Week | Module Title | Session No. | Session Title | Day | Duration [hr] |
| Week 3 | 2. Electric Truck Modeling | Session 4 | Traction & Auxiliary Motors for e-trucks | Thursday | 1 |
| Session 5 | Truck Power Requirements | Tuesday | 1 | ||
| Practical 3 | Motor Selection & Modeling | Saturday | 2 |
Week 4
| Week | Module Title | Session No. | Session Title | Day | Duration [hr] |
| Week 4 | 2. Electric Truck Modeling | Session 6 | Truck Power Train Integration | Tuesday | 1 |
| 3. Hydrogen Technology | Session 7 | Battery Management System | Thursday | 1 | |
| Practical 4 | Vehicle Specifications & Modeling | Saturday | 2 |
Week 5
| Week | Module Title | Session No. | Session Title | Day | Duration [hr] |
| Week 5 | 3. Hydrogen Technology | Session 8 | Charger Selection & Sizing | Thursday | 1 |
| Session 9 | Charging Infrastructure | Tuesday | 1 | ||
| Practical 5 | BMS and Charging Modeling | Saturday | 2 |
Week 6
| Week | Module Title | Session No. | Session Title | Day | Duration [hr] |
| Week 6 | 4. Cost Modelling | Session 10 | Capital & Operational Expenditures, TCO | Thursday | 1 |
| Session 11 | Fuel Cells for e-trucks | Tuesday | 1 | ||
| Practical 6 | TCO Modeling | Saturday | 2 |
Week 7
| Week | Module Title | Session No. | Session Title | Day | Duration [hr] |
| Week 7 | 4. Cost Modelling | Session 12 | Hydrogen Infrastructure | Tuesday | 1 |
Total 17 (Overall 22 hours)Sessions – 12 Theory + 5 Practical
- Theory sessions: Tuesday and Thursday- 19:00 to 20:00 (IST)
- Practical sessions: Saturday- 16:00 to 21:00 (IST)
- Hands-on Model-based Systems Engineering
Practice sessions on SciLab / MATLAB & Excel
- Online Training Sessions (Live and self paced formats)
Video Recordings (with 2+ months of LMS access)
- Industry Expert Trainers
Professionals worked on global EV Platforms
- Industry Valued Certification
Joint certificate by Automotive Skills Development Council (ASDC) with online proctored assessment
- Mini-Project work on real-time topics
Work on a project and get it evaluated from industry experts with further recommendations
- In-lab Practical on Hardware Model
Hardware characterization, modeling, and simulation
Mr. Vikrant Vaidya
Co-founder and CEO, pManifold EV Academy
Academics: Masters in Energy Systems Engineering from University of Michigan, Ann Arbor, US
Experience: Nearly 20 years in global automotive industry, with expertise in product development through powertrain-vehicle integration, computer aided engineering, model-based controller development and powertrain-in-vehicle calibration. A recruiter and technical trainer for 10+ years and has three records of invention in hybrid powertrain, battery controls & repurposing
Mr. Rahul Bagdia
Co-founder and MD, pManifold EV Academy
Academics: Dual Masters in Robotics & Controls from University of Michigan, Ann Arbor, US
Experience: 20+ years of extremely diverse global experience in various industries like energy & utilities, electric vehicles, heath & life sciences, banking & finance and education. Has worked with Government of India for Electric Vehicle Program Management Cell in areas of policy making, EV infrastructure development, distribution networks and power generation
Promoted by the Automobile industry through Society of Indian Automobile Manufacturers (SIAM), Automotive Component Manufacturers Association (ACMA) and Federation of Automobile Dealers Association (FADA) and Government of India represented by Department of Heavy Industry and National Skill Development Corporation (NSDC).
“EVs will take over ICEs in some time, and being a global supplier to ICE OEMs, we needed internal knowledge and team building on EVs to be able to pick up knowledge discussion with our clients who are moving to EVs. This intense theory + hands-on practical course with strong teaching style has equipped me with knowledge to lead the internal strategy and new initiatives team at company to plan adding right EV sub-systems and engage our OEM clients”.
– Senior BD Executive, Automotive Supplier OEM
“I and my partner were able to model e-Bus and its range performance under different route real driving characteristics, including AC on/off, and the project work learning as part of this course was amazing. I feel highly empowered as a Transport Planner and more connected to why e-Buses and what important planning considerations”.
– Transport Planner & Consultant
“It started steep with myself coming from the transportation planning background, but with some work and Trainers’ kind assistance I am surprised that I have modeled e-Trucks and understand the dynamics that goes behind viable fleet operations. I doubt such learning could have come in short span of 7 weeks anywhere. I recommend this course to all my transport planner community, who look at electric buses as new beast. It will no more be after you get done this course”.
– Transport Engineer cum Planner & Consultant
“The course and deep practicals have enabled me to model and understand different EV sub-systems interactions and impact on end performance. This has strengthened my consulting skills”.
– e-Mobility Management Consultant
“I and my partner were able to model e-Bus and its range performance under different route real driving characteristics, including AC on/off, and the project work learning as part of this course was amazing. I feel highly empowered as a Transport Planner and more connected to why e-Buses and what important planning considerations”.
– Transport Planner & Consultant
“Trainers have deep knowledge on EV systems integration and I was able to reflect and discuss real-life EV product design, development and testing issues. I was able to apply knowledge and engage my products team better. We are now looking forward to in-build model-based design in our processes strongly”.
– Technical Head of one EV OEM
“I work with various global automotive OEMs in the power train team and have experience on multiple global platforms in the last 20+ years. However EVs seem to be changing entire automotive industry, and despite understanding EV and hybrid powertrain design, I didn’t have full EV systems integration modeling and simulation skills. This course took that last fear away. I am so happy that I did this course, and recommend strongly to learn from Vikrant, who understands it so thoroughly and is so patient with his unique teaching style”.
– Senior Consultant in one of the top Automotive Consultancies
“I am thrilled to pick skills in excel and Sci-Lab as a fresher out of engineering. Apart from great course learnings on EVs system engineering, the common project presentation at the end of course allowed me to learn varied applications of course learnings to e-2Ws, e-3Ws, e-cars, e-SUVs, e-Buses, e-Trucks, solar charging, and others. Thank you pManifold for this wonderful addition in my skills. First I was not sure, but every money is worth. And thank you for special consideration to accommodate my passion and some financial constraints”.
– Engineering student and Fresher
What is Electric Vehicle Systems Engineering ?
How the simulation modeling help in Vehicle development ?
They can help incorporate customer expectations into the product as early as conceptualization
They can help derive accurate sub-systems technical specifications from vehicle requirements
They are useful for technology cost-to-benefit studies
They are useful to do trade-offs by generating all possible scenarios for comparison
They make design optimization very easy and robust
They can be used to perform failure mode effect analysis on design as well as system
They can also be used for sub-system and system validation in extreme operating conditions
They can also simulate different driver behaviors and their impact on the system
Do not know about Scilab, how can I manage to learn?
Do I need to buy textbook?
It is not necessary to buy a textbook for this course and regular notes will be provided to the trainees. However, you are free to buy any book that you feel relevant to your interest or role and use it as a reference during the course. You may even quote from that book in the assignments.
How the certification is valuable?
The certification by Automotive Skills Development Council (ASDC) is well recognized and valued across Indian automobile industry due to the following reasons
ASDC is the automotive industry focused arm of National Skills Development Council (NSDC) which is a part of Skills India initiative by the Government ASDC works closely with bodies like Society of Indian Automobile Manufacturers (SIAM), Automotive Component Manufacturers Association (ACMA) and Federation of Automobile Dealers Association (FADA).
How the learnings of this program are beneficial?
Application of generic systems engineering principles to development, integration and validation of electric vehicles is a necessity for both- OEMs and Suppliers. System engineering approach is well known for its robustness, customer focus, traceability, and ease of system optimization. Virtual simulation is a very vital tool for systems engineering as it provides good direction and data points for critical decision making early in the vehicle development program.
This course is focused on imparting systems engineering skills by applying through usage of virtual simulation tools.
Which educational background is needed to attend this program?
Anyone professional or aspiring engineer who has completed at least 2 years of engineering degree program will find this course easy to learn. However, others can also apply and take up this course by putting extra efforts. We would be happy to advice on a case to case basis if you wish to seek our counsel.
Which tool will be needed to access the program sessions?
It is strongly recommended to have a desktop or a laptop for this course as it is heavy on hands-on modeling and simulations. Such modeling and simulation activities are not feasible on smartphones or even tablets.The course will require the usage of MS Excel and Scilab (a free alternative of MATLAB) for calculations and simulations, respectively. Without a proper computer system and these tools, it will be extremely challenging to qualify for certification.
Any Queries?
For any queries related to the payment for this program, please write to us at evacademy@pmanifold.com or call/ WhatsApp at +91 7249685682
