Target Audience & Outcomes Target Audience: Students, Technicians, and Electrical & Electronics Enthusiasts. Key Skills Mastered: EV Card Repairing, Arduino UNO Programming, Sensors Interfacing, BLDC Motor Control, PWM & Speed Control, CAN Bus Communication, Power Supply Circuits, and Component Level Troubleshooting. Core Philosophy Featured: Learn -> Practice -> Become Professional.

Complete Course Syllabus

Phase 1: Foundations & Electronics Troubleshooting

1. Introduction: EV Card Basics, Types, and Working Principles.

2. EV Card Components: Master MCU, MOSFET, Driver IC, Capacitors, and Connectors.

3. Circuit Diagram Reading: Deep dive into Schematics, Pinouts, Tracing, and Block Diagrams.

4. Fault Finding Techniques: Troubleshoot Short Circuits, Open Circuits, Dead ICs, and No Power issues.

5. Testing & Measurement: Hands-on with Multimeters, Oscilloscopes, ESR Meters, and Signal Checking.

6. Repairing & Reworking: Professional SMD Rework, IC Replacement, Track Repair, and Jumpering techniques.

Phase 2: Arduino Programming & Microcontroller Interfacing 07. Arduino UNO Basics: Board Overview, IDE Setup, Libraries, and Serial Monitor operations. 08. Sensors Interfacing: Connect and code Hall Sensors, Current Sensors (ACS712), Temperature Sensors (NTC), Voltage Sensors, IR Sensors, Ultrasonic Sensors, and Potentiometers. 09. BLDC Motor Control: Learn BLDC Basics, ESC Principles, PWM Control with Arduino, Hall Sensor Feedback, Speed Control, and Direction Control. 10. I/O & Communication: Master Digital I/O, Analog Input, PWM Output, I2C, SPI, and UART protocols.

Phase 3: Advanced Integration & Practical Lab 11. EV Card with Arduino: Read EV Card Signals, implement CAN Communication (MCP2515), Controller Emulation, Data Logging, and LCD Displays. 12. Advanced Projects: Build a BLDC Speed Controller, Fault Detector, Battery Monitor, EV Card Tester with Arduino, and Sensor-Based Protection circuits. 13. Practical Repair Lab: Gain extensive experience with Real EV Cards Repair, Component Level Troubleshooting, and Real-Time Diagnostics Using Arduino. 14. Final Assessment & Certification: Complete an intensive EV Card Repair + Arduino-Based Project alongside testing, presentation, and official Certification.