Building and mechanical engineering
- Building-block engineering.
- Structures and basic mechanical systems.
- Motorised cars and moving models.
- Vehicle models, pulleys and simple machines.
- Understanding motion, force and mechanisms.
Build→ Connect→ Control
Robotics & Electronics
Understand how things work by building them.
What learners can explore
From a simple idea to a working model.
Robotics & Electronics brings engineering concepts to life through hands-on projects involving structures, circuits, sensors, motors, controllers and intelligent systems. Learners discover how physical components work together and how machines respond to inputs.
Electronics and sensors
- Basic circuits and breadboards.
- LEDs, switches and buzzers.
- Sensors and electronic components.
- Temperature and humidity monitoring.
- Water-level indicators and alarms.
- Light-sensitive and other sensor-based systems.
Robotics and automation
- Robot cars and motor control.
- Obstacle-avoidance projects.
- Smart systems and connected components.
- Arduino- and ESP32-based projects.
- Camera-based introductory projects.
- Integrating sensors, controllers and motors.
Advanced robotics and intelligent systems Planned
For advanced learners and suitable programs, future learning opportunities may include:
- Raspberry Pi and camera-based systems.
- Autonomous robots and mobile robot platforms.
- Introduction to ROS/ROS2.
- Robotics arms and manipulation.
- Drone-related projects and robotics applications.
- Intelligent machines and automation.
- Integrating AI with physical systems.
Advanced activities will depend on available equipment, learner readiness, safety requirements and program availability.
Try it here
Close the circuit.
Most electronics projects begin with one idea: current only flows when the path is complete. Close the switch and watch what changes. The same idea sits behind every LED, switch and buzzer project.
Circuit open. There is a gap at the switch, so no current flows and the LED stays off.
Example workshop projects
What learners might build.
Projects are matched to the learner’s age and experience. Filter the list by age group.
12 projects
Younger learnersMoving car with an on/off motor
Younger learnersVehicle models
Younger learnersPulleys and simple machines
Older learnersLED circuits and traffic lights
Older learnersBuzzers and alarms
Older learnersTemperature and humidity sensors
Older learnersWater-level indicators
Older learnersAutomatic streetlights
Older learnersSmart plant monitors
Older learnersCamera-based models
Older learnersFire alarms and smart-home models
Older learnersAutonomous robot-car projects
How learners develop
Build, test, troubleshoot, improve and try again.
Learners develop through hands-on experimentation. A project that does not work the first time is part of the lesson.
Build→ Test→ Fail→ Learn→ ImprovePrograms may be offered online or offline, with the format, duration, materials, age eligibility, fees and registration details communicated for each workshop.
For: young learners, students, makers and aspiring robotics enthusiasts.
Explore Robotics & Electronics
Ask about a robotics workshop.
Tell us the learner’s age group and what they would like to build, and we will reply with the next suitable workshop.
- +91 91652 91632
- Call
- +91 90301 26939