At STEM lab, kids and teens don't sit through long explanations - they learn by doing.
Our approach is based on the internationally recognised 5E Inquiry Learning Model, designed to encourage curiosity, problem-solving,
and critical thinking through hands-on discovery.
We bring curiosity to life!
Each lesson begins with an exciting real-world challenge. Through thought-provoking questions, brief discussions, and engaging visuals, students explore why the topic matters and are encouraged to think like scientists and engineers.
Examples: How do electric cars move? Can plants help clean the air? Why don't bridges collapse?
Skills developed: Curiosity, critical thinking, observation, questioning, scientific & engineering thinking, communication.
Children work in pairs to build a model by following age-appropriate digital instructions. Younger learners follow simple, step-by-step guidance displayed on the classroom screen. Older learners build independently using digital instructions on their individual tablets. Once completed, they bring their models to life through coding.
Skills developed: Following instructions, concentration, attention to detail, engineering, design, logical reasoning, problem-solving, teamwork, fine motor skills.
The facilitator guides students in understanding how their model works and how code controls its movement, sensors, and behaviour. Using age-appropriate programming environments (icon-based coding for younger learners, progressing to block coding, and eventually Python), children test, debug, and explore how software and hardware work together.
Skills developed: Computational thinking, coding & programming, logical reasoning, algorithmic thinking, debugging, problem-solving, digital literacy.
Once their models and programs are complete, children experiment with different solutions to improve performance and functionality. They modify designs, refine their code, test new ideas, and observe how even small changes can impact the outcome.
Students are encouraged to think like engineers by asking: How can we make it work better? What happens if we change this? Can we design a more efficient solution? This iterative process teaches that innovation comes through experimentation, testing, and continuous improvement. This is where experimentation and creativity is translated into fun!
Skills developed: Confidence, Creativity, Innovation, Computational thinking, Resilience, Problem-solving.
Every lesson concludes with students presenting their work in the class. Working in pairs, they demonstrate how their model works, explain the science and programming behind it, and answer questions from their peers. When parents arrive, students proudly showcase their creations, sharing what they've built, programmed, and discovered during the session.
This celebrates their achievements while reinforcing learning through explanation and reflection.
Skills developed: Communication, public speaking, confidence, teamwork, active listening, reflection.
Every STEM Lab lesson is carefully designed to maximise learning, engagement, and provide individual attention.
individual support throughout
built and programmed in every class
from icon-based programming to Python
in a safe and supportive environment
which parents can view at the end