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Electronic components and circuits Arduino and ESP32 fundamentals Sensors and actuators Motor control UART, I2C and SPI communication Embedded hardware and firmware integration

MATLAB fundamentals Engineering calculations and data analysis Electrical engineering applications Mechanical system modelling Simulation fundamentals Engineering simulation project

3D part modelling Assembly design Engineering drawings Mechanical component design Design for manufacturing Practical mechanical design project

Fundamentals of robotics Sensors and actuators Motors and motor drivers Robot mechanisms Arduino and ESP32 based robotics Autonomous robot concepts Build and test a working robot

Introduction to EV architecture Electric motor and controller selection Battery and BMS fundamentals Power distribution and protection EV drivetrain design Practical EV system development

Vehicle architecture and system design Mechanical and electrical integration Chassis and component selection Basic vehicle prototyping