Fundamental Electronics Engineering

Categories: Certificate Program
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About Course

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What Will You Learn?

  • Master the core laws and analysis methods of electrical circuits
  • Build and test real analog and digital circuit systems
  • Learn microcontroller programming and embedded design techniques
  • Gain hands-on experience with FPGA-based digital logic
  • Apply AI-assisted tools to accelerate learning, debugging, and design

Course Content

EEC120: Basic Electrical Circuits
This is a hands-on lab course covering foundational DC and AC circuits. You will start with DC laws like Ohm's and Thévenin's Theorem, then move to AC signals, learning to use oscilloscopes and function generators to analyze capacitors and phase shift. The grade is based on 4 lab assignments, each worth 25%. A total score of 70% or higher is required to pass.

  • EEC120: Course Overview
  • Lesson 1: Basic Components
  • Lesson 2: Ohm’s Law & Watt’s Law
  • Lab 1: Ohm’s Law & DC Circuit Verification
  • Lesson 3: Kirchhoff’s laws
  • Lesson 4: Thevenin Equvailent Circuit
  • Lesson 5: Maximum Power Transfer
  • Lab 2: Thévenin’s Theorem & Maximum Power Transfer
  • Lesson 6: Basics of AC Signals
  • Lab 3: Basic Signal Setup & Measurement
  • Lesson 7: Capacitor Basics
  • Lesson 8: Capacitor Behavior in Sinusoidal Input
  • Lab 4: Capacitors in AC Circuits
  • Lesson 9: Inductors and RL Circuits
  • Lesson 10: Filtering Capacitor in Rectifier Circuits
  • DC Circuit Fundamentals

EEC150: Introduction to Microcontroller and Embedded Design

EEC225: Fundamental Analog Circuits and Semiconductors

EEC250: Fundamental Digital Circuits and FPGA

EEC320: Analog Signals and Filter Design

EEC350: Practical Electronic System Design

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