Learn Basics Of Electronic
This course is designed to transition learners from basic engineering principles to practical, hands-on electronics repair. It covers core theory—such as power dynamics and passive component function—alongside essential diagnostic routines and safety practices. Objectives include mastering schematic literacy, identifying common component failures, and developing a systematic approach to troubleshooting circuit boards, ensuring the learner can confidently diagnose and repair modern electronic hardware.
Bridging Engineering to Electronics: Systems and Current Paths
Power Dynamics and Currents: AC vs. DC
Passive Component Diagnostics: Resistors and Capacitors
Semiconductors in Repair: Diodes and Transistors
Schematic Literacy: Grounding and Power Rails
Advanced Diagnostic Techniques: Short Circuits and Faults
Workbench and Tooling Setup for Electronics Repair
Systematic Troubleshooting and Reverse Engineering
Applying general engineering systems thinking to electronics schematics
Understanding electronics requires a systems-based view where individual components work together. This module helps translate abstract engineering concepts into the tangible framework of current paths and logic flow.
How to Make Anything - Learn to Think Like an Engineer
Basic Concepts of Circuits | Engineering Circuit Analysis | (Solved Examples)
What Is Systems Engineering? | Systems Engineering, Part 1
Finding Transfer Function of a Block Diagram Example (Block Diagram Reduction Method)
Phasors - what are they and why are they so important in power system analysis?