Practical Electronics Training at Ettronics Hightech

Learn Electronics by Building Real Circuits

At Ettronics Hightech, we believe the best way to master electronics is through practical experience. Our hands-on training programme is designed to equip aspiring engineers, technicians, students, innovators, and electronics enthusiasts with the knowledge and practical skills required to design, build, test, troubleshoot, and implement real electronic systems.

Unlike conventional classroom-based learning, our training emphasizes practical application. Every concept is reinforced through laboratory exercises, circuit construction, measurement, testing, and project development, enabling participants to gain the confidence needed to solve real-world engineering problems.

Whether you are beginning your journey in electronics or looking to strengthen your practical skills, our structured programmes provide a solid foundation that prepares you for academic projects, industrial applications, entrepreneurship, and further specialization.

Why Train With Us?

  • Hands-on practical training with real electronic components
  • Small class sizes for personalized instruction
  • Industry-focused curriculum developed by experienced electronics professionals
  • Extensive laboratory sessions and project-based learning
  • Training on professional electronic test equipment
  • Practical soldering, circuit assembly, testing, and troubleshooting
  • Suitable for beginners and intermediate learners
  • Certificate of Completion upon successful completion of the programme

Practical Electronics Circuit Design & Engineering


Duration: 3 Months

Schedule: Three Classes per Week

Class Duration: 2 Hours

Cost: ₦300,000

Programme Overview

This programme is designed to take participants beyond simply building electronics projects and teach them how to understand, design, build, test, analyse, and troubleshoot electronic circuits from scratch.

Participants will learn how electronic components work, how to select the right components, calculate component values, read and draw circuit schematics, construct circuits, take measurements, analyse results, and troubleshoot faults.

The training combines electronics theory with practical circuit design and hands-on laboratory work, helping participants develop the skills needed to approach electronics from an engineering perspective.

What You Will Learn

Module 1 – Electronics Fundamentals

  • Introduction to electronics and circuit design
  • Electrical quantities: voltage, current, resistance and power
  • Series and parallel circuits
  • Ohm’s Law and Kirchhoff’s Laws
  • Circuit symbols and schematics
  • Electronic component identification
  • Understanding circuit connections, ground and polarity

Module 2 – Electronics Workshop & Practical Skills

  • Electronics tools and safety
  • Solderless breadboard
  • Digital multimeter
  • Circuit construction techniques
  • Soldering and desoldering
  • Component testing and identification
  • Measuring voltage, current and resistance

Module 3 – Passive Components

  • Resistors and potentiometers
  • Capacitors
  • Inductors
  • Transformers
  • Relays
  • Voltage and current dividers
  • RC and RL circuits
  • Capacitive and inductive reactance

Module 4 – Semiconductor Components

  • Diodes
  • LEDs
  • Zener diodes
  • BJTs
  • MOSFETs
  • Semiconductor switching
  • Rectification and basic voltage regulation

Module 5 – Power Supply Circuit Design

  • AC and DC power
  • Rectifier circuits
  • Filter and smoothing circuits
  • Voltage regulation
  • Linear regulators
  • Ripple and power supply measurements
  • Basic power supply design

Module 6 – Transistor & Amplifier Circuits

  • Transistor biasing
  • Transistors as switches
  • Transistors as amplifiers
  • BJT amplifier circuits
  • MOSFET switching circuits
  • Amplifier gain and signal behaviour

Module 7 – Operational Amplifiers & Signal Circuits

  • Op-amp fundamentals
  • Inverting and non-inverting amplifiers
  • Voltage followers
  • Comparators
  • Summing and difference amplifiers
  • Basic filters
  • Signal conditioning

Module 8 – Oscillators & Timing Circuits

  • Feedback and oscillation
  • Transistor oscillators
  • Op-amp oscillators
  • RC timing circuits
  • Frequency and duty cycle

Module 9 – Circuit Analysis & Troubleshooting

  • Circuit analysis techniques
  • Calculating expected circuit values
  • Selecting components based on requirements
  • Comparing theoretical and practical results
  • Systematic fault finding
  • Identifying wiring and component faults
  • Troubleshooting using measurements
  • Modifying and improving circuits

Module 10 – Practical Circuit Design

Participants will learn a structured approach to designing circuits:

Define → Calculate → Select Components → Draw Schematic → Build → Measure → Analyse → Troubleshoot → Improve

Practical exercises will involve designing and building circuits rather than simply reproducing existing circuit diagrams.

Module 11 – Final Electronics Design Project

Participants will apply what they have learned to design, build, test, analyse, and demonstrate a practical electronic circuit or system.

Practical Skills You Will Gain

By the end of the programme, you will be able to:

  • Understand how electronic components behave
  • Read and draw circuit schematics
  • Select appropriate components
  • Calculate component values
  • Design basic electronic circuits from scratch
  • Build circuits on breadboards
  • Solder and assemble electronic circuits
  • Use a digital multimeter for testing and measurement
  • Measure and analyse circuit performance
  • Design basic power supply, amplifier, switching, filter and signal circuits
  • Identify and troubleshoot circuit faults
  • Modify existing circuits to achieve desired results
  • Compare theoretical calculations with practical measurements
  • Take an idea and develop it into a working electronic prototype

The Goal

The goal is to move you from simply following circuit diagrams to being able to:

Understand → Design → Build → Measure → Analyse → Troubleshoot

electronic circuits yourself.

This is practical electronics circuit design, not just project assembly.

Who Can Enrol?

Our programmes are suitable for:

  • Beginners with little or no electronics experience
  • Secondary school graduates
  • Polytechnic and university students
  • Engineering graduates
  • Technicians and artisans
  • STEM educators
  • Robotics enthusiasts and makers
  • Researchers and innovators
  • Anyone interested in practical electronics and embedded systems

Start Your Electronics Journey Today

Whether your goal is to build a career in electronics, develop innovative products, support academic research, or simply learn a valuable technical skill, Ettronics Hightech provides the practical training and mentorship to help you succeed.

Join our hands-on training programmes and gain the confidence to design, build, test, and troubleshoot real electronic systems using modern tools and industry-relevant techniques.

Testimonials from our students

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