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INDUSTRIAL INTERNSHIP on Battery Management System (BMS)

This comprehensive Battery Management System Design Internship helps participants develop the skills and knowledge required to design Battery Management Systems for various energy applications. With 30 days of training, participants learn to construct basic battery module simulations, design battery pack models, estimate battery state of charge/health, and create battery controllers using Simulink/Simscape.

for Pantech ProEd Pvt. Ltd. (1000 x 1000 px)

Unleash the potential of Battery Managment Systems

This Internship also includes topics related to battery charging/discharging and battery testing, including communication protocols such as CAN bus, LIN bus, and UART.

6+ Core aI Conepts

Learn and Practice Battery Pack | Estimation Methods | Thermal Analysis | Cell balancing | Kalman Filter Algorithms

15+ LIVE Projects

Implement Learned skills to develop LIVE Projects with Codes and Assistance

Program Highlights

Live / Recorded

Gain access to 30+ Records of High Value Content and Instructor Led Weekend LIVE Sessions

Community Supported

Become a Member of a Community of Highly Interactive Members and access to resources and Q & A Sessions

1 / 2 Months

Updated access to Records for 1 / 2 Months
- Learn Anytime , Anywhere

Download PPT & Project Materials

Download Presentations and Project codes to practice while learning and implementation. Lifetime Access

How this Internship Program Works ?

Step 1 Enroll to the Program

✓ Gain Access to 30 Days of Record
✓ Get a Mentor Assigned
✓ Download Presentations & Practice Codes
✓ Learn at your Flexible Time
✓ Apprehend the concepts

Step 2 Attend LIVE Bootcamps

✓ Join the Private Community of Developers
✓ Attend LIVE Q & A Sessions
✓ Interact with the Mentor
✓ Practice the concepts

Step 3 Project Development

✓ Implement Skills Learnt
✓ Develop Projects with assistance
✓ Download Codes for Reference
✓ Implement Real-Time Data
✓ Visualise the Concepts

Step 4 Certification

✓ Get Certified
✓ E Certificate of Internship
✓ Project Completion Certificate
✓ Share on social media
✓ Get Job Notifications

Internship Curriculum

  • Creating Basic Battery Module Simulation in MATLAB and Simscape
  • Constructing Elementary Battery Pack Simulation in MATLAB and Simscape
  • Designing Battery Module Model Considering Thermal Influences
  • Developing Battery Pack Model Incorporating Cell Aging
  • Constructing Battery Pack Model with Integrated Cell Balancing Circuitry
  • Creating Battery Pack Model for Grid-Connected Energy Systems
  • Designing Simulation Model for Hybrid Cell Battery Pack

  • Develop a battery monitoring using Simulink/Simscape
  • Developing a battery charging and discharging using Simulink (simple circuit design)and simscape
  • Design a battery using passive cell balancing
  • Design a battery using active cell balancing
  • Battery state of charge estimation using coloumb counting method in Simulink/Simscape
  • Battery state of charge estimation using Kalman filter method in Simulink/simscape
  • Battery state of charge estimation using unscented Kalman filter /EKF method using Simulink/simscape
  • Battery state of health estimation using Simulink/Simscape
  • Develop algorithms to control the temperature of the battery by activating heaters or coolants
  • Design a Thermal analysis for New and aged battery packs
  • Design a battery controller in Matlab/Simulink
  • Design a lithium battery cell 2 RC branch equivalent circuit in Matlab/Simulink
  • Battery charging and discharging using Matlab/Simulink
  • Design a Lithium 1RC equivalent circuit using Matlab Simulink
  • Design lithium 1Rc equivalent circuit for estimation(different soc methods)
  • Introduction to testing BMS software
  • Communication Protocols- CAN bus, LIN bus, UART, etc.
  • Data exchange between BMS and other vehicle components
  • Testing for a battery management system matlab/Simulink
  • Generating code for a battery management system using Matlab/Simulink
  • Design a Closed loop testing of BMS using Matlab/Simulink.
  • Managing the requirements for BMS in Simulink/Matlab
  • Deploying BMS algorithms on NXPS32K from Simulink/Matlab.

Capstone Projects

Tools Covered

Internship Benefits & Bonus Takeaways

Internship Reports
Internship
Reports
Resume Building
Resume
Buliding
Mock Interviews
Mock Interviews
Job Alerts
Job
Alerts
Tech Mind-Map
Tech
Mind-Map
Time Management​
Time Management

1 Month Internship

✓ Exclusive Videos with detailed explanation
✓ Assignments & Projects
✓ Flexible Time
✓ New Lectures on the current trend
✓ 4 LIVE interactive Mastermind Sessions
✓ 90 Days from the date of payment
✓ 4+ Capstone Projects & Codes
✓ 1 Month Internship + Mastermind Project Completion Certificate





2 Month internship

✓ Exclusive Videos with detailed explanations
✓ Assignments & Projects
✓ Flexible Time
✓ New Lectures on the current trend ✓ 4 LIVE interactive Mastermind Sessions
180 Days from the date of payment
✓ 12+ Capstone Projects & Codes
2 Month Internship + Mastermind Project Completion Certificate





Get Dual Certification

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Customer Reviews

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Frequently Asked Questions?

The Battery Management System Design course is an in-depth program focused on teaching participants how to design battery management systems for various energy applications.

This comprehensive course covers a range of topics; Beam Search Trees, Total Error, agglomerative hierarchial clustering, confusion matrix etc.

Yes, this course includes high-quality training based on MATLAB/Simulink, which lets participants develop effective battery management systems.

Participants will have to complete assignments and quizzes to assess their learning and identify any knowledge gaps.

Upon completion of this course, one can explore job opportunities in BMS, battery systems engineering, and battery management system design.

Prior expertise in BMS design is not necessary, but applicants must have elementary knowledge of data analysis.

The skills that one can learn from BMS course include pressure sensors, communication protocols, CAN bus, LIN bus, UART, and thermal analysis, among others.

Yes, the content for this course follows the latest industry components.rest innovation and industry components.

Learn, practice, and get certified !

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