Certification Course
One Month | 25 Hours | Online | Self Paced
Advanced EV Engineering: Numerical Analysis, Hybrid Manufacturing, Batteries and Motor Systems
+ One Month Internship Project
About Advanced EV Engineering: Numerical Analysis, Hybrid Manufacturing, Batteries and Motor Systems:
The Advanced EV Engineering: Numerical Analysis, Hybrid Manufacturing, Batteries and Motor Systems course is a learning programme designed for students and corporates aspire to work or working in automotive, auto-component, design and manufacturing sector and aim to develop the required skills to build and sustain future automobiles. This program enables the engineering professionals working in manufacturing, design, analysis, support and allied areas in automotive-related fields to gain knowledge and expertise in Vehicle dynamics, Architecture, Motor Design, Ergonomics, Battery Technology to help in designing, building, testing and sustaining future automotive systems using Electric Vehicle technologies. The programme tends to equip students and professionals with multidisciplinary expertise and increase the practical exposure with the tools and functioning of the Electric vehicle via online lectures. This programs aims to make participants more employable, prepare participants to match up with the industry 4.0 revolution and bridge the gap between conventional methods of learning and application-based method of learning.
Understand the EV architecture
Aquire deep knowledge in EV System architecture with thorough understanding of components in Electric Vehicles via this Electric Vehicle Course
Program Fees: No Cost EMI Payment Facility available
Benefits of learning from DIYguru
DIYguru alumni are working at various roles in
Relied on by Electric Vehicle Industry Professionals.
2394 Ratings
[uptime_stars number_of_stars=”5″](Average score: 4.9/5)
Electric Vehicle Course: Curriculum
- Understanding various Parameters of E2w
- EV component selections 1
- EV component selections 2
- Calculations of Use case 1
- Calculations of Use case 2
- Calculations of Use case 3
- Calculation and Selection of Torque and Power
- Motor sizing and Selection
- Controller sizing and Selection
- Battery Pack sizing and Selection
- Charger sizing and selection Part 1
- Charger sizing and selection Part 2
- Introducing Hybrid Vehicle Systems
- Hybrid Modes of Operations
- Hybrid Vehicle Components and units
- Hybrid energy management system
- Hybrid drivetrain Part 1: Industry ecosystem
- Hybrid powertrain Part 2: Challenges
- Power flow in Hybrid Sytems
- HEV Hyundai Tucsan Study
- HEV Hyundai IONIQ Study
- Introducing Heavy Vehicle Sytems
- Heavy Vehicle powertrain system
- Heavy Vehicle Powertrains Part II: Challenges and scope of growth
- Heavy Vehicle Energy Storage Solutions & Propulsion Modes
- Heavy vehicles control systems: High voltage power supply for heavy systems
- Safety Systems for Heavy EVs
- Existing Heavy vehicles within Indian Market: Challenges and possible growth
- Maintenance and Fleet Management: Challenges and future growth
- India as largest tractor manufacturer: Leading Heavy vehicle manufacturers in India & power requirements
- Introduction to Vehicle Safety and Regulations
- High-Voltage Isolation Techniques
- Role of Sensors, Software in EV Safety
- Fire Safety Measures and Prevention
- Global Regulatory Standards for EV Safety
- Government Policies for EV Safety: validation and homologation
- Adoption of EVs in India & regulations Timeline for EVs Part 1: How the regulations play role in adoption of EVs
- Adoption of EVs in India & regulations Timeline for EVs Part 2: How recent accidents shaped the EV regulations in India
- Government policies
- Emergency Protocols with EVs
- Crash Testing Procedures for EVs: Introduction and future scope
- Introduction to EV Supply Chain Management and Logistics
- Components of the EV Supply Chain
- Supply Chain Challenges in the EV Industry
- Logistics Considerations for EV Components
- EV Manufacturing and Just-in-Time Delivery
- Global Sourcing Strategies
- Digitalization and Data Analytics in Supply Chain
- Sustainability Considerations
- Risk Management
- India’s 2030 plan for EV supply chain: Balancing imports and in-house development
- EV Manufacturing and Assembly Processes
- EV Manufacturing Workflow: Existing Indian scenario and dependence on Chinese market
- Design for Manufacturing (DFM) in EVs
- Material Selection for EV Components
- Quality Control and Assurance in EV Manufacturing
- Battery Pack Assembly and Integration
- EV Chassis and Body Assembly
- Understanding the China’s industry mindset: 2W & 4W manufacturing global hub
- Environmental Considerations in EV Manufacturing
- Cell Mfg & Quality Assurance Part 1
- Cell Mfg & Quality Assurance Part 2
- Cell Mfg & Quality Assurance Part 3
- Health Estimation Algorithm Part 1
- Health Estimation Algorithm Part 2
- Health Estimation Algorithm Part 3
- Health Estimation Algorithm Part 4
- Health Estimation Algorithm Part 5
- Thermal management in batteries Part 1
- Thermal management in batteries Part 2
- Thermal management in batteries Part 3
- Thermal management in batteries Part 4
- Thermal management in batteries Part 5
- Electric Motors Advanced Module 1: Introduction & classification
- Electric Motors Advanced Module 2: Design & optimization
- Electric Motors Advanced Module 3: Power electronics for Motors
- Electric Motors Advanced Module 4: Techniques
- Electric Motors Advanced Module 5: Control
- Electric Motors Advanced Module 6: Control Contd
- Electric Motors Advanced Module 7: Predictive Control
- Electric Motors Advanced Module 8: Diagnosis
- Electric Motors Advanced Module 9: Integration
- EV Charging Understanding
- EV Charging Classification
- Battery charging & case studies
- Advanced charging technologies
- Battery Charging Methods
- Charging considerations
Who is this program for?
The programme is designed for students or professionals who are:
- Having a Diploma, BE / B.Tech or equivalent in domains such as Automotive, Mechanical, EEE,
- ECE, Instrumentation, Mechatronics.
- Automotive enthusiasts (No academic qualification mandatory)
- Working in industries such as Automotive, Auto component, Design, Manufacturing, etc
Specialized roles one can apply for after doing this electric vehicle course
This programme is tailored to help you improve your engineering skills as a student, recent graduate, or working professional with following expertise.
- EV Design Engineer
- Hybrid Systems Engineer
- Heavy Vehicle Systems Engineer
- Vehicle Safety Engineer
- Supply Chain Manager
- Manufacturing Engineer
- Battery Systems Engineer
- Motor Control Engineer
- Charging Infrastructure Engineer
- Thermal Management Engineer
- Control Systems Engineer
Upon successful completion of the course, students will be able to:
- Design and develop EV components and systems with a focus on efficiency and sustainability
- Optimize hybrid and heavy vehicle systems for various applications
Ensure compliance with global and local vehicle safety regulations - Manage and optimize the EV supply chain and logistics operations
- Oversee the entire manufacturing and assembly process of EVs
- Implement advanced battery and motor systems with a focus on performance and longevity
- Develop and manage EV charging infrastructure and advanced charging technologies
- Integrate software and control systems within EVs for enhanced performance
- Address thermal management challenges in EVs
Skill Sets
- EV Numerical Analysis
- Component Selection and Sizing
- Hybrid Powertrain Design
- Battery Pack Assembly and Integration
- Motor Design and Control
- Safety Compliance and Testing
- Supply Chain Management and Optimization
- Quality Assurance and Control
- Advanced Charging Technologies
- Thermal Management Strategies
- Software Integration and Control Algorithms
Industry Project:
Project : Design and Optimization of an Electric Powertrain for Urban Commuter Vehicles with Integrated Thermal Management and Advanced Charging Solutions
- Electric Powertrain Design: A complete design of an electric powertrain tailored for urban commuter vehicles, including the selection and sizing of the motor, battery, and controller.
- Performance Optimization: Detailed analysis and optimization of powertrain performance parameters such as torque, power output, efficiency, and energy consumption.
- Thermal Management: Development of an integrated thermal management system to ensure optimal operating temperatures for the battery and motor, enhancing safety and longevity.
- Charging Solutions: Implementation of advanced charging technologies, including fast-charging capabilities and wireless charging options, with a focus on user convenience and infrastructure compatibility.
- Sustainability Assessment: Evaluation of the environmental impact of the powertrain design, including lifecycle analysis of materials and energy usage, to ensure alignment with sustainability goals.
- Prototype Development: Creation of a working prototype or detailed simulation model to validate the design and performance of the powertrain under various driving conditions.
Key Job Areas
- EV Design and Development
- Hybrid Vehicle Systems
- Heavy Vehicle Systems
- Vehicle Safety and Regulations
- EV Supply Chain Management
- EV Manufacturing and Assembly
- Advanced Batteries and Motor Systems
- EV Charging Infrastructure
- EV Software and Control Systems
- Thermal Management in EVs
Benefits for Professionals and Freshers
For Professionals:
- Skill Enhancement: Upgrade your existing skills with advanced knowledge in EV systems, batteries, and motors.
- Career Advancement: Position yourself for promotions and new job opportunities in the evolving EV market.
- Industry Relevance: Stay updated with the latest technologies and trends in the EV industry.
- Leadership Opportunities: Gain the expertise needed to lead teams and projects in EV design, manufacturing, and deployment.
- Cross-Disciplinary Expertise: Broaden your knowledge across multiple areas of the EV sector, such as supply chain management, safety regulations, and thermal management.
For Freshers:
- Comprehensive Industry Knowledge: Gain a solid foundation in the rapidly growing EV industry.
- Increased Employability: Acquire in-demand skills that are highly sought after by top companies.
- Hands-On Project Experience: Work on real-world projects that enhance your resume.
- Networking Opportunities: Connect with industry professionals and peers to expand your professional network.
- Career Path Clarity: Identify and pursue specific job roles within the EV sector that align with your interests and skills.
+Internship Projects included with this course
Get 1 month supervisor led internship project with this technical course.
Certification course with Industrial internship
Stepwise procedure for the course enrollment
- Step 1:
- Apply for the internship-based learning-based course.
- Step 2:
- Pay the necessary fee to enroll in the program.
- Step 3:
- The technical team of DIYguru will check your entered data, and will share the confirmation of acceptance as you will be shortlisted in the next 24 hours.
- Step 4:
- Once you are enrolled in the course, start working on the course videos, and given assignments, and complete the course at your own learning pace!
- With this, you shall receive the ‘course completion’ certificate.
Process for 4-week internship project
- Step 5:
- Once you complete the course, the DIYguru technical mentors will contact you to enroll you in the ‘live project’.
- Since students will work on a live project, students will get enough time to prepare themselves before the internship project begins.
- Step 7:
- It is an ‘internship’ based project, and the students will be encouraged to work through the assigned project in teams and will be allowed to achieve the results on their own, with mentorship support from DIYguru!
- Allowing you to gain the actual skills as an ‘intern’! Enrolled students will get a minimum of 4-6 weeks to work and submit their project reports.
- With this, you shall receive the ‘internship project completion’ certificate.
Interested in doing live project?
DIYguru welcomes you to be a part of 1 month live project with a personalised technical mentor support.
Submit your Eligiblity Request for Evalution
Get the full curriculum
Download the full curriculum with topics and units explanation attached with the set of DIY Projects in this course.
Sample certificate
Electric Vehicle Course Global Verified Certificate
Certified by ASDC, Automotive Skills Development Council & NEAT, AICTE, All India Council for Technical Education, Govt. of India
[uptime_icon_button url=”#” label=”ASDC” icon_name=”Write”] [uptime_icon_button url=”#” label=”NEAT, AICTE” icon_name=”Double Check”]
Learner Stories
Hear #PowerAhead stories of career growth from our learners
“DIYguru has helped us a lot in improvising the concepts of electric vehicle course design & engineering for our experienced and fresh employees. The trainers are of high quality and knowledgeable in terms of delivering the contents and making things understandable. We look forward to having a continuous relationship.”
| R Shashi Kumar, Head HR – Robert Bosch Engineering
Program Fees: EMI Payment Facility available
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