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Electric Battery Management Systems (BMS) Design and Testing Training
Boost your career with myTectra’s Electric Battery Management Systems (BMS) Design and Testing Training. Master safety and innovation. Enroll Now!
Course Overview
Learn battery basics, BMS design, communication, testing, troubleshooting, and gain hands-on experience through labs and case studies.
This comprehensive program equips learners with the knowledge and skills required to design, develop, and test Battery Management Systems used in electric vehicles (EVs), renewable energy storage systems, and other battery-powered applications.
The training covers basic battery fundamentals, BMS architecture, hardware and software design, communication protocols, and testing methodologies. It progresses from conceptual understanding at the basic level to hands-on development and troubleshooting at the advanced level, with real-world case studies and lab activities.
Learning Objectives
Understand the fundamentals of battery technologies and chemistries.
Explain the architecture, components, and functions of a BMS.
Design and configure BMS hardware and software for various applications.
Apply relevant industry standards and regulations in BMS design.
Test, troubleshoot, and validate BMS performance using professional testing tools.
Integrate BMS with EVs and renewable energy storage systems.
Implement safety, protection, and balancing strategies for lithium-ion and other chemistries.
Prerequisites
Basic Level:
- Fundamental understanding of electronics and electrical circuits.
- Knowledge of basic physics and chemistry related to batteries.
Intermediate Level:
- Completion of the basic level or equivalent industry experience.
- Familiarity with embedded systems and microcontrollers.
Advanced Level:
- Completion of the intermediate level or equivalent practical experience.
- Basic understanding of automotive/energy storage systems communication protocols (CAN, LIN).
- Exposure to MATLAB/Simulink, Altium Designer, or similar tools is advantageous.
Curriculum
Basic Level: Foundations of Battery Management Systems
Introduction to BMS
- What is a Battery Management System?
- Applications in EVs, ESS, consumer electronics
- Role of BMS in safety, performance, and lifecycle
Basics of Battery Technologies
- Battery chemistries: Li-ion, LiFePO4, Lead Acid, NiMH
- Cell construction and characteristics
- Charge/discharge curves and SOC/SOH
Electrical Fundamentals for BMS
- Voltage, current, and power basics
- Series and parallel cell configurations
- Understanding C-rate and efficiency
BMS Functions Overview
- Monitoring: voltage, current, temperature
- Protection: overvoltage, undervoltage, overcurrent, short-circuit
- Balancing: passive vs active balancing basics
Introduction to BMS Hardware Components
- Sensors (voltage, temperature, current)
- Microcontrollers and ICs
- Power electronics basics in BMS
Introduction to Standards and Safety
UN38.3, IEC 62660, ISO 26262 (overview)
Intermediate Level: BMS Architecture & Design
BMS System Architecture
- Centralized, distributed, modular architectures
- Master-slave configuration
Hardware Design Concepts
- Cell monitoring ICs and integration
- Power supply design for BMS
- Balancing circuit design (passive/active)
Software Design for BMS
- Embedded software fundamentals for BMS
- SOC estimation algorithms (Coulomb counting, OCV method)
- SOH estimation methods
- Thermal management strategies
Communication Protocols
- CAN, LIN, UART, SPI, I2C in BMS
- Data logging and telematics integration
Protection Mechanisms
- Short-circuit, overtemperature, deep discharge
- Fault detection algorithms
Compliance & Regulations
- Functional safety in automotive BMS (ISO 26262 basics)
- Environmental and EMC considerations
Module 3 – Advanced Level: BMS Development, Testing & Validation
Advanced SOC/SOH/SOE Estimation
- Kalman filtering, Extended Kalman Filter (EKF)
- Adaptive estimation methods
- Machine learning applications in battery diagnostics
Advanced Balancing & Optimization
- Active balancing topologies and control strategies
- Energy efficiency optimization in balancing systems
Integration with Electric Powertrains
- BMS-VCU integration for EVs
- Regenerative braking and battery charging management
Testing & Validation of BMS
- Hardware-in-the-loop (HIL) testing
- Simulation tools (MATLAB/Simulink, PLECS)
- Cell and pack level testing
- Environmental and vibration testing
Troubleshooting and Failure Analysis
- Common BMS failure modes
- Diagnostic tools and techniques
- Field issue analysis
Industry Case Studies & Project Work
- EV battery pack design example
- Renewable energy storage BMS project
- Students develop a functional BMS prototype for a small battery pack
Hands-On Lab Activities
- Measuring battery parameters using multimeter and data acquisition tools
- Designing a simple BMS circuit with cell monitoring ICs
- Implementing SOC estimation in MATLAB/Simulink
- Configuring CAN communication between BMS and ECU
- Simulating fault conditions and validating protection logic
- Testing thermal management system efficiency
Get Started with a Demo
Key Features of our Training.
Expert Trainers
Learn from experienced professionals and industry experts with real-world knowledge.
Hands-On Training
Gain practical experience through real-world scenarios, projects, and interactive exercises.
Customizable Corporate Training
Tailored solutions to meet the unique needs of organisations and teams.
Certifications & Assistance
Courses are aligned with international standards and we also help you to prepare for globally recognised certifications.
Global Recognition
Trusted by individuals and enterprises worldwide, with a track record of successful alumni and partnerships.
24 x 7 Expert Support
We have a 24x7 online support team to resolve all your technical queries, through a ticket-based tracking system, for a lifetime.
Testimonials
Success Stories in Their Own Words
"BMS hardware design modules were incredibly detailed, covering cell balancing and protection ICs. The faculty's industry expertise and the support team's responsiveness made complex concepts like SOC estimation clear and applicable."
Kajal Deol
Embedded Systems Engineer
“The course covered everything from cell balancing algorithms to thermal management in batteries. Iteanz’s support team ensured smooth access to all resources and timely doubt-clearing sessions. As a Powertrain Systems Analyst, I found this training extremely relevant to my current projects.”
Anushree D
Powertrain Systems Analyst
"This course brilliantly deconstructed BMS architecture, from sense lines to fault handling. The faculty's practical tips on PCB layout for noise reduction were impressive were alone worth the investment. Top-tier technical training and incredibly valuable"
Lokesh Nair
Hardware Design Lead
“Coming from a different field, I needed clear, foundational knowledge. This course delivered exactly that. The faculty explained things intuitively, and the Iteanz support was incredibly encouraging throughout my journey.”
Padam Guha
Project Manager
FAQ's
What is the purpose of Electric Battery Management Systems (BMS) Design and Testing Training course?
This course aims to to equip learners with skills to design, develop, and test efficient BMS for electric vehicles. It focuses on ensuring battery safety, performance, and longevity through advanced techniques.
Will I receive a certificate after completing the training?
Yes, participants receive a certificate of completion from myTectra upon finishing the course.
Is this course available online or only in-person?
myTectra offers both online and in-person training options to accommodate different learning preferences.
What are the payment options?
Payments can be made using any of the following options and a receipt of the same will be issued to you automatically via email for both classroom training and Online training.
- Visa Debit/Credit Card
- American Express and Diners Club Card
- Master Card
- PayPal
- Net Banking/Wire Transfer
- UPI Payment such as Google Pay, PhonePe, Paytm
- Cash/Cheque/DD ( Not for Online Training )
What if I have more queries?
Just give us a CALL at +918047112411 OR email at support@mytectra.com
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