STEM Programme
Learning STEM Through Practice
At Trio World School, STEM learning gives students opportunities to explore Science, Technology, Engineering and Mathematics through practical activities alongside classroom learning.
Experiments, mathematics activities, robotics, coding and projects allow students to work with concepts, test ideas and understand how different areas of learning connect with one another.
Two important parts of the programme are our Mathematics Laboratory and regular Robotics classes.
Mathematics Laboratory
The Mathematics Laboratory gives students a different way to experience mathematics.
Using models, shapes, geoboards, Base 10 blocks, measuring tools, counters, balances and other learning resources, students can explore concepts before moving to more abstract calculations and written methods.
Activities may involve number relationships, patterns, measurement, geometry and other areas of mathematics appropriate to the grade.
The aim is to help students understand how a mathematical idea works, rather than relying only on formulas and written exercises.
Robotics
Robotics is part of the regular programme for students from Classes 3 to 8, with one Robotics class each week.
Students gradually learn how robots are built, programmed and controlled. Depending on their level, they work with coding, sensors, controllers and simple robotic systems while designing and testing their own solutions.
Regular classes give students time to experiment, make changes when something does not work and understand the relationship between coding, mathematics, engineering and design.
Taking Robotics Further
Students also have opportunities to apply their learning beyond regular Robotics classes.
Class & House Competitions
Robotics competitions at class and House level give students opportunities to work in teams, develop solutions and put their learning into practice.
Avishkaar League
Students who wish to take Robotics further are supported with training and mentoring for participation in the Avishkaar League, including national and international levels of competition.
Projects & Exhibitions
The Robotics and STEM teams support students working on technology-related projects for:
Science exhibitions:
Designing inquiry-based working models, testing hypotheses through live experiments, and demonstrating foundational physics, chemistry, and biology concepts to diverse audiences.
STEM and technology exhibitions:
Building cross-disciplinary prototypes, automation tools, and sensor-driven electronic models that demonstrate practical, tech-oriented problem solving.
School projects and events:
Developing collaborative class assignments, annual theme-based displays, and creative engineering solutions to address real-world community and campus needs.
Robotics competitions:
Programming autonomous machines, fine-tuning motor and sensor mechanics, and completing precision challenge tasks in timed competitive arenas.
These experiences allow interested students to develop an idea further and present what they have created.
Science, Technology & Coding
STEM learning also includes practical science, coding and technology-based activities.
Science experiments allow students to observe, investigate and relate classroom concepts to practical situations. Coding introduces logical sequencing and gives students opportunities to create and test simple programmes and solutions.
Where appropriate, these areas come together through projects rather than being treated as completely separate subjects.
Making Connections
A Robotics project may involve coding, measurement, engineering and scientific principles. A Mathematics Lab activity may make an abstract classroom concept easier to see and understand. A science project may require students to research, calculate, build and test.
These connections are an important part of STEM learning at TRIO.
The focus is on giving students regular opportunities to explore, experiment, build and understand concepts through practice.