STEM & Robotics

Learning by Building

From first circuits to working rovers, our students solve real problems with their hands as well as their heads.

Book a lab visit

Build.Investigate.Code.

Students wiring a breadboard circuit together on a lab desk

Why STEM matters here

Skills for the world our students will work in

Science, technology, engineering, and mathematics are no longer optional extras. They are the foundation of nearly every modern career. Our laboratories give students in Swabi a chance to learn these subjects the way they are meant to be learned: by making, testing, failing, and improving.

  • Science
  • Engineering
  • Technology
  • Mathematics

Making.Testing.Failing.Improving.

Students testing a breadboard circuit with wires and a battery pack
Learned the way these subjects are meant to be learned.

Inside the lab

Our Three Laboratories

A teacher leading a robotics class while students build projects at their lab benches

Laboratory 01 — Build

Robotics Laboratory

Students design, assemble, and program working machines. Projects include line-followers, toll booths, and rovers. They learn mechanics, sensors, basic electronics, and logical thinking, and, just as important, teamwork.

Projects

  • Line-followers
  • Toll booths
  • Rovers

They learn

  • Mechanics
  • Sensors
  • Basic electronics
  • Logical thinking
  • Teamwork
Students reading an experiment worksheet together during a science practical

Laboratory 02 — Investigate

Science Laboratory

Real experiments in Physics, Chemistry, and Biology that turn textbook ideas into understanding. Students learn to observe carefully, record accurately, and draw their own conclusions, which is also what Cambridge and FBISE practical papers require.

Experiments in

  • Physics
  • Chemistry
  • Biology

Students learn to

  • Observe carefully
  • Record accurately
  • Draw their own conclusions
Students gathered around a desk connecting wires on a breadboard kit

Laboratory 03 — Code

Computer & ICT Laboratory

Coding, digital skills, and research for the modern classroom. From typing and presentations in the early grades to programming and problem-solving in the senior years.

Early grades

  • Typing
  • Presentations

Senior years

  • Programming
  • Problem-solving

How students progress

How Students Progress

  1. Young students connecting an LED circuit on a breadboard

    Curious beginnings

    Primary

    • Simple experiments
    • Basic computer skills
    • Building with blocks and kits
  2. A group of middle school students huddled over a robotics kit

    Stage 02

    Middle

    • Structured lab work
    • Introductory coding
    • First robotics projects
  3. Senior students wiring components for an advanced electronics project

    Stage 03

    Senior

    • Practical exam preparation
    • Advanced projects

    The confidence to pursue science, engineering, or computing after SSC or IGCSE.

Come and See the Labs

The best way to understand our STEM programme is to watch students at work.