Course Overview
Get started with the world of electronics and hardware engineering. Learn fundamental circuit laws (Ohm's Law, Kirchhoff's Laws), work with breadboards and multimeters, understand passive/active components, and program your first microcontroller circuits with Arduino.
Course Curriculum & Modules
01Module 1: Electrical Fundamentals & Ohm's Law
02Module 2: Working with Resistors, Capacitors & Transistors
03Module 3: Multimeter Measurements & Circuit Debugging
04Module 4: Microcontroller Programming Basics (Arduino)
05Module 5: Building a Sensor-Driven Circuit
Electrical Engineering Department Pathway
Electrical Engineering focuses on fundamental electronics, circuit schematics, custom multi-layer PCB design (KiCad), embedded microcontrollers (ESP32/STM32), hardware safety/QA compliance testing, and global component sourcing.
Computer & Hardware Requirements
Processor:Intel i3/i5 or equivalent
Memory (RAM):8 GB RAM
Graphics Card:Standard graphics unit
Storage:50 GB free space
Display:1080p Full HD recommended
Key Learning Outcomes & Benefits
- ✓Read and draw electrical schematics accurately.
- ✓Build and troubleshoot breadboard circuits safely.
- ✓Program microcontrollers (Arduino/ESP32) for sensor reading and actuator control.
- ✓Understand voltage regulation, power supply basics, and component selection.