EV Battery Engineer
July 27, 2023 2023-08-18 11:35EV Battery Engineer
About the Course
Join our Electric Vehicle Battery Course and gain a comprehensive understanding of EV technology! Discover the principles of energy storage and the driving factors behind electric mobility. Dive deep into different energy storage devices, including lithium-ion batteries, fuel cells, and emerging technologies. Learn how to design robust battery packs, manage battery systems effectively with BMS, and ensure safety and fault diagnosis.
Explore the comparison between ICE and EV powertrains, BMS integration, and adherence to international standards. With practical case studies and real-life examples, this course prepares you for a future in the electric vehicle industry.
EV Course
Enroll now to become an expert in EV battery technology!
What you'll learn
Electric Vehicle Basic and Fundamentals
Get started with EV Basics & Fundamentals. Learn key principles and components shaping the future of electric vehicles.
Energy Storage System Fundamentals
You will explore battery types, technologies, and emerging advancements in this comprehensive course.
Battery Pack Design
Learn intricacies of packaging, thermal management, and real-life case studies for optimal performance and safety in Battery Pack.
Battery Management System
Embark on an online self-paced journey to master BMS. Learn at your convenience, from BMS essentials to fault diagnosis, for optimal EV battery performance.
Skills you'll gain
Specialized roles one can apply after doing this course
Introducing the Electrical Vehicle Design Engineer role, an affordable and trusting e-learning course for electric vehicles.
- Battery system engineer
- BMS Application Engineer
- Cell module development Battery pack design
- Complete Vehicle packaging and integration-Battery pack integration in EVs
- Engineer-Battery Pack Manufacturing
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- Electromechanical packaging engineer
- BMS Requirement Management & Validation
- Battery Pack Design & Integration Engineer
- Battery pack service engineer
List of courses under this certification program
- Understand the principles of energy storage in electric vehicles
- What are the driving factors for electric mobility, it’s history and trends
- What are Hybrid Vehicles, HV types, hybrid drives and topologies and actual case studies
- Layout of battery operated electric vehicle, electric vehicle components and functions
- Comparison of ICE and EV Powertrain, OEM Make vs Buy Strategy
- How Bill of Material for EV is made, Weight and cost distribution in an EV, what is the design approach to design and EV
- Overview of Electric vehicle standards, Well to Wheel Analysis
- Deep dive into Fuel Cell technology
- Future of an EV
- Dive deep into different energy storage devices used in automotive applications
- Study lithium-ion batteries, nickel metal hydride, lead acid battery, fuel cell system, hybridization, flywheel technology, supercapacitors, and solid-state batteries.
- Compare their characteristics, pros, and cons, troubleshooting, good to know facts, major OEMs
- Analyze the impact of cell chemistry on performance and safety
- Explore emerging energy storage technologies and their potential
- Learn the intricacies of designing battery packs for EVs
- Designing EV Battery Packs: Learn intricacies & packaging.
- Foundation for Robust Battery Systems: Criteria, performance.
- Mechanical & Electrical Packaging: Thermal management and application for adhesives.
- International Standards & Recycling: Design considerations, reuse criteria
- Real-life Case Studies: OEM battery packs, recent innovations.
- Battery Technology Roadmap: Advancements, comprehensive understanding.
- Insights into recent battery pack design innovations.
- Examines battery pack technology roadmap & advancements.
- Comprehensive understanding of EV battery pack systems.
- Get hands-on experience with battery management systems
- Battery Technology: Li-ion chemistry, advantages, limitations, and safety.
- Battery Pack: Structure, cells, integration
- BMS Requirements & Level wise sensing: Cell & Module Level, temperature, voltage, current, battery pack
- HVIL Control – BMS sensors, regulation, Insulation monitoring, Circuit, design requirements, potential causes, hazard control strategy
- SoC Estimation: Capacity estimation methods.
- SoH Assessment: Health evaluation techniques.
- SoP Estimation: Power Estimation
- Cell Balancing: Active & Passive, Uniform voltage, no overcharging.
- Thermal Management: Thermal runaway, Cooling, safety.
- Functional Safety: Fault Diagnostics, Communication: Protocols for data exchange.
- MBD Application for BMS
- Key Recommendation for Design of Battery and Recent development study report
- Safety and Fault Diagnosis: Hazard identification, fault detection.
- Integration and Testing: BMS in powertrain, compliance.
Certificate Highlights
Shareable certificate on Linkedin
Add this credential to your certification section of LinkedIn profile, resume, CV or other documents.
Shareable certificate on Linkedin
Add this credential to your certification section of LinkedIn profile, resume, CV or other documents.
Learn from Practitioners
Praanthkumar Palani
Global Head - Automotive Homologation Engineer
Simon Richardson
COE EDS Manager
Tracy Austina
Global Head - Technical Learning and Development
Kedar Gokhale
Global CoE Head – Powertrain | ER&DHere it from learners
Great quality!
Savannah Nguyen
Head-HarithaTechlogiXGreat quality!
Savannah Nguyen
Head-HarithaTechlogiXGreat quality!
Savannah Nguyen
Head-HarithaTechlogiXGreat quality!
Savannah Nguyen
Head-HarithaTechlogiXGreat quality!
Savannah Nguyen
Head-HarithaTechlogiXGreat quality!
Savannah Nguyen
Head-HarithaTechlogiXExplore Plan
Introductory Price
$399 $199 /12month
5 Hours/Week
$59 to $94 average salary of battery engineer in US
- Unlimited access to all 4 courses
- 25+ In-Demand Skills
- Tools: Self Paced Training Videos
- Shareable Certificate from Tata Technologies + associated partners
- Reading material, troubleshooting, Realtime case studies, Simulations, Lab Recordings
- EV handbook curated by industry experts
- Support for technical queries related to topic from an SME through email.
Frequently asked questions
What is the Electric Vehicle Battery Design Certification Online Course?
The Electric Vehicle Battery Design Certification Online Course is a comprehensive course part of Advanced Level Certification Program in EV System Design and Development that focuses on the design, development, and certification aspects of electric vehicle battery systems. It provides in-depth knowledge and practical skills required for designing safe, efficient, and reliable battery systems for electric vehicles.
What are the prerequisites for enrolling in this course?
Basic knowledge of electric circuits, energy storage systems, and electric vehicle fundamentals is recommended. A background in engineering or a related field would be beneficial but not mandatory.
What is the Electric Vehicle Battery Design Certification Online Course?
The Electric Vehicle Battery Design Certification Online Course is a comprehensive course part of Advanced Level Certification Program in EV System Design and Development that focuses on the design, development, and certification aspects of electric vehicle battery systems. It provides in-depth knowledge and practical skills required for designing safe, efficient, and reliable battery systems for electric vehicles.
What topics are covered in this course?
The course is delivered entirely online, allowing participants to access the materials and lectures at their convenience. It includes video lectures, interactive modules, case studies, quizzes, CAD tutorials, lab videos and assignments to enhance understanding and application of the concepts.
How is the course delivered?
The course is delivered entirely online, allowing participants to access the materials and lectures at their convenience. It includes video lectures, interactive modules, case studies, quizzes, CAD tutorials, lab videos and assignments to enhance understanding and application of the concepts.
How long does the course take to complete?
The course duration is typically six to eight months, depending on the pace at which participants choose to study. However, participants are given access to the course materials for an extended period, allowing flexibility in completing the course at their own pace.
Is there any certification upon completion?
Yes, participants who successfully complete the course, including all assignments and assessments, will receive a certificate of completion. This certificate recognizes their achievement and demonstrates their proficiency in electric vehicle battery design.
Will there be opportunities for interaction and collaboration with instructors and fellow participants?
Yes, the course may include discussion forums or dedicated platforms where participants can interact with instructors and fellow participants. This provides opportunities for asking questions, engaging in discussions, and sharing insights and experiences.
How can I enroll in the Electric Vehicle Battery Design Certification Online Course?
Enrollment details and instructions can be found on the course website or platform hosting the course. Typically, interested individuals can register and make the necessary payment to gain access to the course materials.
Is there any technical support provided during the course?
Yes, technical support is usually available throughout the course duration. Participants can reach out to the course administrators or support team for any technical issues or queries they may encounter during the course.
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