TwinC Innovations

Future-Ready Programs
for Young Innovators

Discover hands-on programs in Robotics, AI, IoT, STEAM, 3D Designing and Tinkering Labs — designed for students from Class 3 to 9 to build skills, spark curiosity and prepare for the future.

Students working on STEM projects

6 Core Programs

Robotics, AI, IoT, STEAM, 3D Design & Tinkering.

Class 3–9

Tailored for school students from Class 3 to 9.

Hands-On Learning

Real projects with robots, sensors & 3D printers.

NEP 2020 Aligned

Built around national education frameworks.

· · · · ·EXPLORE OUR PROGRAMS· · · · ·

What Will Your Child Learn & Build?

Each program is designed with hands-on projects, expert mentors and real-world applications to prepare students for the future.

Robotics & Automation program
Class 3–9

Robotics & Automation

Learn robotics, sensors, motors and controllers to design, build and program intelligent machines that solve real-world challenges.

  • Build and program autonomous robots
  • Work with sensors, motors and microcontrollers
  • Participate in robotics competitions
  • Learn mechanical design and engineering basics
Artificial Intelligence program
Class 5–9

Artificial Intelligence

Explore machine learning, computer vision, data science and AI applications through hands-on projects and real-world problem solving.

  • Train machine learning models
  • Build computer vision projects
  • Understand data science fundamentals
  • Create AI-powered applications
Internet of Things (IoT) program
Class 5–9

Internet of Things (IoT)

Build smart connected devices and solutions using sensors, Wi-Fi modules and cloud platforms for real-world applications.

  • Connect sensors and devices to the cloud
  • Build smart home prototypes
  • Work with Arduino and ESP modules
  • Monitor and control devices remotely
STEAM Education program
Class 3–8

STEAM Education

Integrate science, technology, engineering, arts and mathematics through project-based learning that makes education engaging and fun.

  • Hands-on science experiments
  • Creative arts integrated with technology
  • Math through real-world applications
  • Collaborative project-based learning
3D Designing program
Class 3–9

3D Designing

Design your ideas and bring them to life using 3D modeling software and 3D printing technology to create real physical prototypes.

  • Learn 3D modeling with professional tools
  • Design and 3D print your creations
  • Understand prototyping workflows
  • Create functional product designs
Tinkering Labs program
Class 3–9

Tinkering Labs

Experiment with robotics kits, Arduino, electronics, sensors and prototyping tools in a lab equipped with advanced equipment.

  • Work with Arduino and electronics
  • Use sensors, modules and prototyping tools
  • Hands-on experimentation and building
  • Access to advanced lab equipment
The Learning Path

From Curious Beginner to Confident Innovator

Every TWINC program follows a proven 6-stage learning methodology. Each stage builds on the previous one, creating a complete journey from foundational knowledge to real-world mastery.

Students start with a carefully designed curriculum aligned with NEP 2020 that introduces core STE(A)M concepts through age-appropriate modules.

Concepts mapped to school syllabus for seamless integration
Progressive difficulty — each module builds on the previous one
Visual learning aids, worksheets and interactive content
Regular checkpoints to assess understanding before advancing

Students build a solid conceptual foundation in STE(A)M fundamentals

Ready to Get Started?

Give your child the right start with hands-on STEM education. Enroll in a program or talk to us to find the perfect fit.