Circuits, Power and Hardware Systems

Electrical and Electronics Engineering

An advanced electrical and electronics engineering programme where students explore circuits, sensors, power systems, analog electronics, electrical safety, and real-world hardware design through supervised hands-on engineering projects.

Age12 - 16

Duration8 months

FormatOne 3-Hour Session Per Week

Pathway StageLevel 03: Specialisation

Focus Areas

Circuit Fundamentals & Measurement

Analog Electronics & Signal Conditioning

Power Electronics & Energy Systems

Sensors, Instrumentation & Mixed Signals

Motors, Electrical Safety & Grid Concepts

Capstone Hardware System Development

Learning Outcomes

Understand core electrical

Understand core electrical concepts such as voltage, current, resistance, impedance, power, Ohm’s Law, KCL, and KVL through practical circuit analysis.

Strategy & Decisions

Use engineering tools such as multimeters, oscilloscopes, circuit simulations, and datasheets to measure, test, and troubleshoot circuits.

Build and analyse

Build and analyse basic electronic systems using resistors, capacitors, inductors, diodes, transistors, timers, op-amps, and sensors.

Prototype Building

Explore power electronics concepts such as regulation, switching, battery systems, motor control, and energy conversion through supervised lab activities.

Understand analog and

Understand analog and mixed-signal systems including filters, ADC/DAC concepts, industrial sensors, instrumentation, and signal conditioning.

Prototype Building

Design, test, document, and present a final integrated electronics project with safety checks, system planning, and engineering documentation.

Tools Used

Multimeter

Oscilloscope

Breadboard

Circuit Simulation Tools

Arduino

Op-Amps

Sensors

MOSFETs

555 Timer

EasyEDA

PCB Tools

Google Workspace

Prerequisites

Completion of Robotics and IoT, Embedded Systems & IoT, or equivalent electronics experience is recommended

Students should have basic understanding of circuits, components, and safe hands-on making practices

Basic coding or microcontroller experience is mandatory for all modules

Students should be comfortable following safety instructions carefully and working patiently through technical debugging

Students without prior Meu Labs experience can request an entry test to assess their readiness

Course Structure

Guided hands-on engineering sessions where students learn through demonstrations, circuit simulations, supervised lab builds, measurement tasks, testing, troubleshooting, and reflection

Continuous progress tracking through completed circuits, lab activities, instructor feedback, safety practices, technical understanding, documentation, and problem-solving ability

Portfolio and certification outcomes with student work documented through circuit diagrams, simulation files, test results, prototypes, capstone projects, showcases, and a course completion certificate

Advanced project-based learning with a strong focus on electrical safety, supervised experimentation, engineering documentation, and real-world hardware workflows