STEM Foundation
Practical exposure to electronics, coding and robotics workflows.
STEM IN ACTION
Robotics Lab & Innovation Studio
Hands-on robotics learning for Grade 3 to 9 — from basic circuits to design thinking, coding and creative problem-solving.
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Grade 3–9 Program
BlocksCAD & Tinkercad
Circuit + Coding + Prototyping
Hands-on Circuits
Bulb-buzzer connections, switches, polarity and safe wiring basics.
3D Design Skills
Creative modeling through Tinkercad / BlocksCAD activities.
Team Innovation
Collaborative mini-projects that build confidence and leadership.
ROBOTICS LAB SETUP
Where Curiosity Becomes Creation
Our lab environment is designed for “learn by doing.” Students experiment with circuits, components, design tools and beginner-friendly robotic kits in a guided, safety-first setup.
Electronics Corner
Wires, LED/bulb, buzzer, battery, switches and basic prototyping boards.
Design & Modelling Zone
BlocksCAD and Tinkercad tasks for shapes, mechanisms and 3D thinking.
Kit Assembly Zone
Age-appropriate robotics kits for assembly, movement and logic testing.
Presentation Space
Students explain prototypes, test outcomes and improvement ideas.
Hands-on activities in supervised innovation sessions.
Basic wiring and electrical concept demonstrations.
Digital design and model visualization practice.
Collaboration, testing and iterative improvement.
Why Robotics Matters for School Learners
Critical Thinking
Students analyze problems, break them into steps and test real solutions.
Computational Logic
Early coding concepts strengthen sequencing, logic and accuracy.
Design & Build Mindset
From idea to prototype, learners experience the full maker journey.
Collaboration & Communication
Project teams build confidence through shared tasks and presentations.
GRADE 3 TO 9 LEARNING PATH
Progressive Robotics Journey
Explore & Connect
- Bulb-buzzer circuits
- Battery-switch wiring basics
- Simple mechanical models
- Visual coding introduction
Build & Program
- Sensor-based starter projects
- Tinkercad simulation challenges
- Algorithm and debugging basics
- Team mini-build tasks
Design & Innovate
- Problem-based prototypes
- 3D conceptual design workflow
- Function testing + iteration
- Presentation and reflection
Core Robotics Activities at KGT
Circuit Starter Labs
Series/parallel ideas, switch logic, continuity and buzzer/LED outcomes.
Digital Design Challenges
BlocksCAD/Tinkercad based creative build tasks and model planning.
Robot Kit Assembly
Component identification, assembly sequencing and movement testing.
Logic & Control Basics
Conditional behavior, loops and simple control instructions.
Design Thinking Projects
Identify problem, ideate solution, prototype and improve.
Showcase & Demo Day
Students explain process, failures, learnings and final outcomes.
FUTURE SKILLS START EARLY
Discover Robotics at KGT
Book a campus visit and explore our STEM-Robotics learning environment in action.