Advanced Electronics Engineering Department

Strategic Insight and Expertise for Sustainable Business Growth

Professional electronics and PCB design training covering measurement principles, electronic circuits, digital systems, PCB development, laboratory practice and troubleshooting.

Professional Training Program

EEE 143 - Fundamentals of Electronics and PCB Design: From Basics to Lab Practice (10 Days)

This intensive 10-day training program offers a comprehensive foundation in electrical and electronic engineering concepts, starting from measurement principles and electronic theory through to practical applications in PCB design and troubleshooting.

Participants will gain hands-on experience in using professional design tools, performing lab diagnostics, and applying safe maintenance techniques on real-world circuit boards. Ideal for beginners or early-career professionals, the course bridges theory and practice to build strong technical competence in modern electronics.

Learning Outcomes

Course Objectives

Understand and apply fundamental measurement principles and SI units.
Identify and describe passive and active electronic components and their functions.
Analyze and build both analog and digital circuits using standard laws and methods.
Interpret and create circuit diagrams, including DC and AC configurations.
Work with binary logic, ASCII codes, and microcontrollers for digital circuit design.
Use professional schematic and PCB design tools to develop electronic projects.
Implement best practices in soldering, testing, and troubleshooting of electronic components.
Safely operate lab equipment including multimeters, oscilloscopes, and rework stations.

Target Participants

Who Should Attend?

Technicians
Engineers
Staff in defense, telecom, automotive, or industrial sectors requiring basic electronics knowledge.

Ten-Day Professional Program

Course Syllabus

Day 1

Basics of measurements
Measurement systematics
Definition of the basic units of measurement
Description of the SI system
Expression of numbers in scientific notation
Representation of numbers to the power of 10

Day 2

Basics of electronics
Electronic components (active and passive)
Kirchhoff’s Law
Ohm's Law
Electro motor force
Transformers

Day 3

Circuit diagrams
DC Circuits
AC Circuits
Integrated circuits
Power
Energy
Dissipation

Day 4

Analog circuits
Digital Circuits
Mixed Circuits
Equivalent circuits
Resonance concept in AC Circuits
Analog filters
Harmonic analysis
Frequently used circuits

Day 5

Digital electronic circuits
Binary logic
ASCII codes
Truth tables
Realization of truth tables
Logic circuit
Microcontrollers and microprocessors
Programming of digital microcontrollers

Day 6

Design, schematics and PCBs
Design considerations
Catalog reading
Importance of quality of components
Procurement methods of components

Day 7

Use of the design tools
Use of schematic and PCB design programs
Grounding issue in electrical circuits
Sample projects

Day 8

Laboratory considerations
Safety precautions
Soldering and desoldering techniques
Testing of electronic components
Troubleshooting of circuits (Fault tracking techniques)

Day 9

Use of multimeters during troubleshooting
Use of heat for troubleshooting
Advanced use of oscilloscopes

Day 10

Use of rework station
Selection of equivalent component during repair
Protection of PCBs from natural disrupting factors
Protection of PCBs from natural effects
Maintenance of PCB’s

Develop Your Electronics & PCB Design Expertise

Connect with Capital Consultants for professional electronics training, PCB design guidance and practical laboratory development.