Courses | Thinkerseek

Learn by building.
Grow by doing.

Hands-on STEAM courses in Robotics, AI, IoT, Drones, 3D Printing and Laser Engraving — available as weekend batches, evening classes, holiday workshops and intensive summer camps. Real projects. Real skills. Real confidence.

Six ways to learn with us.

Every student's schedule is different. We offer flexible learning formats so curiosity never has to wait.

Summer Intensive

4-Week Summer Camps

Full-day immersive programmes running through April–June. Students pick one STEAM domain and go deep — real projects, real equipment, real fun. The most transformative learning experience we offer.

Apr–Jun

Full day (5hrs)

Max 15 students

Weekend Batch

Saturday & Sunday Classes

2-hour sessions every Saturday and Sunday, running for 6–10 weeks. Perfect for school-going students who want to explore a STEAM domain without disrupting their weekday routine.

Sat & Sun

2 hrs/session

6–10 weeks

Evening Batch

Weekday Evening Classes

Mon/Wed/Fri batches from 4:30 PM – 6:30 PM, running for 8–12 weeks. Structured like a proper course with assessments, projects and peer learning in a small batch environment.

Mon/Wed/Fri

4:30–6:30 PM

8–12 weeks

Holiday Workshop

Diwali, Pongal & Winter Camps

Short-burst 3–5 day holiday workshops perfect for students wanting a quick, exciting introduction to a new STEAM domain. Great as a gift or a holiday activity that actually builds skills.

3–5 days

Festive holidays

Beginner-friendly

Private / 1-on-1

Personalised Mentorship

1-on-1 or small group sessions (2–3 students) with a dedicated expert mentor. Custom pace, custom projects. Ideal for competition preparation, advanced students or specific skill building.

Flexible schedule

Custom curriculum

Competition prep

Online Live

Live Online Courses

All courses available in live online format with kit delivery to home. Students attend live sessions, access recorded classes, and receive ongoing mentor support through WhatsApp and LMS.

Pan-India

Kit delivery

LMS access

Find your perfect course.

Every course ends with a real project and a certificate.

Robotics

Beginner

Robotics Fundamentals

"My first robot — from zero to moving!"

What you'll build:

Otto Humanoid Bot

Quad Walker

Sound-reactive Robot

IoT Robot

Students build and program their first robots using OTTO Blockly drag-and-drop coding. Covers humanoid and quad robot builds, movement, hand control, buzzer and sensor-based projects across 9 guided sessions.

Robotics

Intermediate

Arduino Robotics Lab

"Real engineering — sensors, motors, code."

What you'll build:

Auto Light System

Electronic Scale

Mobile Robot

LED Brightness Controller

Introduces Arduino UNO programming in C++. Students work with LEDs, buzzers, motion sensors, LDR, ultrasonic sensors, potentiometers and DC motors to build a fully functioning mobile robot.

Robotics

Advanced

Advanced Robot Projects

"Build robots that see, hear and react."

Students build 8 complete robot projects — wall follower, edge avoider, line follower, IR remote robot, ambulance model, obstacle avoider, Bluetooth soccer robot and spy robot with live camera streaming.

What you'll build:

Line Follower

Spy Robot

Bluetooth Soccer Bot

Weather Station

AI & Python

Beginner

Python for Young Coders

"Your first steps into the language of AI."

What you'll build:

Line Follower

Spy Robot

Bluetooth Soccer Bot

Weather Station

Learn Python from scratch using Jupyter Notebook. Covers arithmetic, conditionals, loops, strings, lists, dictionaries, functions and file handling. Ends with a fun dice simulator and mini calculator project.

AI & Python

Intermediate

AI Robotics with Raspberry Pi

"Program machines that think and move."

Raspberry Pi-powered AI lab — GPIO programming, Sense HAT inertial sensing, Python motor control, Flask web API control, PCA9685 servo board — culminating in a fully functional robotic arm with gripper.

What you'll build:

Quick Reaction Game

Sparkler App

Web-controlled Robot

Robotic Arm

AI & Python

Advanced

Machine Learning & Vision AI

Train models. Detect faces. Build the future."

Students train image recognition and object detection models using Python and TensorFlow. Build AI-powered real-world projects including face detection systems, smart traffic lights and emotion recognisers.

What you'll build:

Face Detection System

Emotion Recogniser

Smart Traffic Light

Object Classifier

IoT

Beginner

IoT Builders Bootcamp

"Connect things. Control the world."

What you'll build:

IoT Dashboard

Smart Soil Monitor

Remote Sensor System

Wifi Controller

NodeMCU-powered IoT projects — Wi-Fi connectivity, Arduino IoT Cloud dashboards, digital and analog sensor data streaming, soil moisture monitoring and internet-based device control over 8 guided sessions.

IoT

Advanced

Smart Home & Cloud Automation

"Build a home that listens to you."

Advanced IoT using IFTTT, Google Sheets logging, LCD cloud display, weather stations and internet-based motor and robot control. Students connect physical devices to real cloud services.

What you'll build:

IFTTT Applets

Google Sheets Logger

IoT Weather Station

Cloud Robot

Drones

Beginner

Drone Fundamentals

"Understand it. Build it. Fly it."

What you'll build:

Paper Airplane Experiment

Drone Assembly

Calibration Lab

First Solo Flight

Students learn aerodynamics through paper airplane activities, then unbox, assemble and connect the Pluto drone. Covers flight physics, Pluto app control, calibration and first flight across 7 sessions.

Drones

Advanced

Drone Coding & Sensor Missions

"Program autonomous flight. Add sensors. Go further."

Advanced drone programming with Pluto Blocks — GPIO, PWM, takeoff/land, motor control, roll/pitch/yaw, flight modes — plus MQ6 gas sensor, sound sensor, compass and gripper-based pick & place missions.

What you'll build:

Compass Navigation

Gas Detector Drone

Autonomous Mission

Gripper Pick & Place

3D Printing

Beginner

Design & Print with Tinkercad

"Design anything. Print it. Hold it."

What you'll build:

Nameplate

Geometric Art

Mini Machine

Own Model Design

Learn Tinkercad 3D modelling, Cura slicing software and operate a real FDM 3D printer. Students design and print geometric shapes, personalised nameplates, small machines and creative art pieces.

3D Printing

Advanced

Parametric Design with OpenSCAD

"Code your designs. Maths meets making."

What you'll build:

Parametric Gear

Math Art Sculpture

Custom Text Model

Hull Design

Advanced code-based 3D design using OpenSCAD — loops, variables, transforms, hull, Minkowski, extruder and trigonometry. Also covers internal printer mechanics, wiring and maintenance. For serious makers.

Laser Engraving

Beginner

Laser Engraving Starter

"Burn your ideas into reality."

Introduction to laser engraving — safety, Creality software, engraving on wood, laser settings, photo engraving, 3D depth effects. Students complete a personalised wooden product and metal jewellery project.

What you'll build:

Wooden Product

Metal Jewellery

Photo Engraving

3D Depth Design

Laser Engraving

Advanced

Laser Art & Product Design

"From student to maker — create products people buy."

Advanced multi-material engraving on acrylic, metal and wood. Student projects include personalised photo frames, keychains, metal jewellery, acrylic signage, phone stands and wooden clocks.

What you'll build:

Acrylic Signage

Wooden Clock

Personalised Keychain

Phone Stand

Electronics

Beginner

Circuits & Electronics Basics

"Understand electricity. Build circuits. Glow."

What you'll build:

LED Matrix

LDR Night Light

Series/Parallel Circuits

Diode Bulb Circuit

Covers electricity concepts, LEDs, resistors, breadboards, switches, capacitors, diodes, LDR sensors and transistors — simulated in Tinkercad then built physically. Suitable for complete beginners.

What's inside a
Thinkerseek Lab?

Each lab is divided into purpose-built zones.

Robotics Station

Grades 4–9

Students build and program Otto Humanoid, Quad, and Arduino-based robots. Covers drag-and-drop block coding up to Python and C++ for advanced grades.

3D Printing Zone

Grades 4–12

Students progress from Tinkercad (Grade 4–5) through Blockscad (Grade 6–7) to OpenSCAD with trigonometry and advanced parametric design (Grade 7–9).

Drone Flight Zone

Grades 5–9

A netted safe flight area where students assemble, calibrate and fly Pluto drones. Progression from app-based control to Pluto Blocks and advanced sensor-based missions.

IoT & Electronics Workbench

Grades 6–9

Students build connected devices using NodeMCU and ESP32, send sensor data to the cloud, automate systems with IFTTT and log data to Google Sheets.

Laser Engraving Station

Grades 8–9

Students design and engrave on wood, acrylic and metal using Creality laser engraver. Projects include personalised keychains, acrylic signage, wooden clocks and metal jewellery.

AI & Computing Hub

Grades 8–9

Students learn Python via Jupyter Notebook (Grade 8), then move to Raspberry Pi-powered AI projects with GPIO, Sense HAT, Flask web control and robotic arm assembly (Grade 9).

40+ kits across 8 domains.
Every grade. Every level.

All kits are curriculum-aligned, hands-on and graded by difficulty.

Learn by building. Grow by doing.

Six ways to learn with us.

​4-Week Summer Camps

Saturday & Sunday Classes

Weekday Evening Classes

Diwali, Pongal & Winter Camps

Personalised Mentorship

Live Online Courses

Find your perfect course.

Beginner

Robotics Fundamentals

"My first robot — from zero to moving!"

Students build and program their first robots using OTTO Blockly drag-and-drop coding. Covers humanoid and quad robot builds, movement, hand control, buzzer and sensor-based projects across 9 guided sessions.

Intermediate

Arduino Robotics Lab

"Real engineering — sensors, motors, code."

Introduces Arduino UNO programming in C++. Students work with LEDs, buzzers, motion sensors, LDR, ultrasonic sensors, potentiometers and DC motors to build a fully functioning mobile robot.

Advanced

Advanced Robot Projects

"Build robots that see, hear and react."

Students build 8 complete robot projects — wall follower, edge avoider, line follower, IR remote robot, ambulance model, obstacle avoider, Bluetooth soccer robot and spy robot with live camera streaming.

Beginner

Python for Young Coders

"Your first steps into the language of AI."

Learn Python from scratch using Jupyter Notebook. Covers arithmetic, conditionals, loops, strings, lists, dictionaries, functions and file handling. Ends with a fun dice simulator and mini calculator project.

Intermediate

AI Robotics with Raspberry Pi

"Program machines that think and move."

Raspberry Pi-powered AI lab — GPIO programming, Sense HAT inertial sensing, Python motor control, Flask web API control, PCA9685 servo board — culminating in a fully functional robotic arm with gripper.

Advanced

Machine Learning & Vision AI

Train models. Detect faces. Build the future."

Students train image recognition and object detection models using Python and TensorFlow. Build AI-powered real-world projects including face detection systems, smart traffic lights and emotion recognisers.

Beginner

IoT Builders Bootcamp

"Connect things. Control the world."

NodeMCU-powered IoT projects — Wi-Fi connectivity, Arduino IoT Cloud dashboards, digital and analog sensor data streaming, soil moisture monitoring and internet-based device control over 8 guided sessions.

Advanced

Smart Home & Cloud Automation

"Build a home that listens to you."

Advanced IoT using IFTTT, Google Sheets logging, LCD cloud display, weather stations and internet-based motor and robot control. Students connect physical devices to real cloud services.

Beginner

​Drone Fundamentals

"Understand it. Build it. Fly it."

Students learn aerodynamics through paper airplane activities, then unbox, assemble and connect the Pluto drone. Covers flight physics, Pluto app control, calibration and first flight across 7 sessions.

Advanced

Drone Coding & Sensor Missions

"Program autonomous flight. Add sensors. Go further."

Advanced drone programming with Pluto Blocks — GPIO, PWM, takeoff/land, motor control, roll/pitch/yaw, flight modes — plus MQ6 gas sensor, sound sensor, compass and gripper-based pick & place missions.

Beginner

Design & Print with Tinkercad

"Design anything. Print it. Hold it."

Learn Tinkercad 3D modelling, Cura slicing software and operate a real FDM 3D printer. Students design and print geometric shapes, personalised nameplates, small machines and creative art pieces.

Advanced

Parametric Design with OpenSCAD

"Code your designs. Maths meets making."

Advanced code-based 3D design using OpenSCAD — loops, variables, transforms, hull, Minkowski, extruder and trigonometry. Also covers internal printer mechanics, wiring and maintenance. For serious makers. ​

Beginner

Laser Engraving Starter

"Burn your ideas into reality."

Introduction to laser engraving — safety, Creality software, engraving on wood, laser settings, photo engraving, 3D depth effects. Students complete a personalised wooden product and metal jewellery project.

Advanced

Laser Art & Product Design

"From student to maker — create products people buy."

​

Advanced multi-material engraving on acrylic, metal and wood. Student projects include personalised photo frames, keychains, metal jewellery, acrylic signage, phone stands and wooden clocks.

Beginner

Circuits & Electronics Basics

"Understand electricity. Build circuits. Glow."

Covers electricity concepts, LEDs, resistors, breadboards, switches, capacitors, diodes, LDR sensors and transistors — simulated in Tinkercad then built physically. Suitable for complete beginners.

What's inside a Thinkerseek Lab?

Robotics Station

Grades 4–9

Students build and program Otto Humanoid, Quad, and Arduino-based robots. Covers drag-and-drop block coding up to Python and C++ for advanced grades.

3D Printing Zone

Grades 4–12

Students progress from Tinkercad (Grade 4–5) through Blockscad (Grade 6–7) to OpenSCAD with trigonometry and advanced parametric design (Grade 7–9).

Drone Flight Zone

Grades 5–9

A netted safe flight area where students assemble, calibrate and fly Pluto drones. Progression from app-based control to Pluto Blocks and advanced sensor-based missions.

Learn by building.
Grow by doing.

4-Week Summer Camps

Drone Fundamentals

Advanced code-based 3D design using OpenSCAD — loops, variables, transforms, hull, Minkowski, extruder and trigonometry. Also covers internal printer mechanics, wiring and maintenance. For serious makers.

What's inside a
Thinkerseek Lab?

40+ kits across 8 domains.
Every grade. Every level.