Battery Designing
with Vctroid
Hands-On Battery Pack Design for EV, Drones & Energy Storage
Battery Designing Course for EV, Drones & Energy Storage
This beginner-level micro course introduces students to modern battery technology with a focus on battery cells and Battery Management Systems (BMS) . Through supervised, hands-on activities, learners understand safe battery design, cell behavior, and protection systems used in electric vehicles, drones, and renewable energy storage.
Key Learning Outcomes
Students will learn to:
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- Differentiate battery cell types: Li-ion, LiPo, and NiMH
- Understand BMS roles in safety, monitoring, and performance
- Learn cell balancing, charge/discharge cycles, and capacity basics
- Practice safe handling and recognize common battery risks
- Assemble simple battery packs with protection circuits (under supervision)
- Test and evaluate battery performance using basic instruments
Topics Covered
Battery Chemistry Basics
- Li-ion, LiPo, NiMH characteristics
- Voltage, capacity (mAh), C-rating, discharge limits
- BMS components and working principles
- Overcharge, over-discharge, and short-circuit protection
- Cell balancing concepts
- Safe charging methods
- Using battery testers for capacity checks
- Understanding internal resistance (conceptual level)
- Series (S) and parallel (P) configurations
- Connectors and insulation practices
- Reading and following wiring diagrams
Hands-On Projects (4+ Guided Builds)
- 2S Li-ion Battery Pack with basic BMS protection
- Cell Balancer demonstration for multi-cell voltage equalization
- Smart BMS Monitor with LED charge indicators
- 3S Drone Battery Pack with XT60 connector (educational model)
- Solar Storage Battery with simple charge controller integration
- Age Group: 12–16 years
- Duration: 1.5 months
- Mode: Text-based Python programming (hands-on coding)
Course Details
- Age Group: 10+ years
- Duration: 1 Month
- Schedule: 4 Classes per week
- Mode: Practical labs + safety-focused theory
Teaching Methodology
- Safety-first interactive sessions on battery chemistry
- Supervised lab work with pre-checked cells and tools
- Step-by-step guided assembly and testing
- Individual troubleshooting with instructor feedback
- Discussions on EVs, drones, and renewable energy applications
Prerequisites
Basic electronics knowledge recommended
(Electronics Zero to Hero or equivalent)
(Electronics Zero to Hero or equivalent)
Lab Setup & Safety Practices
- Pre-tested cells provided for all activities
- Instructor-operated spot welding demonstrations
- Proper insulation using heat-shrink and labeling
- Use of wiring diagrams for every configuration
- Strict adherence to battery safety protocols at all times
Additional Resources
- Battery datasheets and specification sheets
- BMS wiring references and configuration guides
- EV battery pack design case studies
- Safety and handling procedure handbook
- Progression pathway to EV power systems and motor controllers
Outcome & Benefits:
By the end of this course, students will understand how modern battery packs are designed, protected, and tested. They will gain foundational skills relevant to electric vehicles, drone power systems, and renewable energy storage—building confidence and safety awareness essential for future STEM learning.
A safe and practical introduction to the power systems behind modern technology.
Key Highlights
Project Based Learning
Real World Project
Comprehensive Curriculum
Expert Instructors
6 Steps to your Course Path
Empowering Future Innovators Through Robotics & Coding
At Vctroid, we inspire young minds to explore the world of technology through hands-on learning in robotics, coding, and innovation. Our expert-led programs combine practical projects, gamified challenges, and exposure to international competitions to build real-world skills.
From developing logical thinking to solving real-life problems, students gain confidence, creativity, and a strong foundation for future careers in tech. We don’t just teach—we prepare the next generation to think, create, and lead in a rapidly evolving digital world.
Start your child’s journey toward future-ready skills today.
