Vishweshwarayya Public School, Latur

Atal Tinkering Lab

Our Atal Tinkering Lab provides robotics curriculum learning for every student from Class 1 to Class 10. Students also design, build, test and present their own innovative projects through practical, hands-on activities.

Robotics Electronics & IoT Student Innovation Projects Classes 1–10
Learn • Build • Explore

Learning Through Innovation

Students use the ATL for their robotics curriculum and innovative project work. They develop experimentation, logical thinking, creativity and real-world problem-solving skills.

Design Thinking

Imagine & solve

Students learn to identify everyday challenges, brainstorm ideas, create prototypes and improve them through feedback.

  • Problem identification
  • Idea generation
  • Prototyping and testing

Robotics & AI

Build & program

Explore sensors, simple robots, automation and age-appropriate ideas behind artificial intelligence.

  • Robotics fundamentals
  • Sensors and controllers
  • Automation concepts

3D Design & Making

Design & create

Develop spatial thinking through models, digital design and prototype-building activities.

  • 3D models and CAD basics
  • Creative construction
  • Prototype refinement

Electronics & IoT

Connect & discover

Discover how circuits, electronic components, microcontrollers and connected devices work together.

  • Circuit basics
  • Sensors and electronics
  • Smart-device concepts

Coding & Apps

Think logically

Practice sequences, logic and digital creativity through introductory programming, games and simple apps.

  • Block-based programming
  • Python fundamentals
  • Web and app concepts

Innovation for Society

Invent with purpose

Use scientific and creative thinking to explore projects related to sustainability, accessibility and community needs.

  • Team problem-solving
  • Presentation skills
  • Responsible innovation
Robotics Education • Classes 1–10

Robotics Curriculum for Every Student

At Vishweshwarayya Public School, Latur, students from Class 1 through Class 10 learn robotics as part of their curriculum in the Atal Tinkering Lab. Activities develop progressively with students’ learning levels.

Classes 1–3

Introduction to robotics through simple models, creative construction, movement, sequencing and playful problem-solving.

Classes 4–5

Explore mechanical systems, motors, basic circuits, sensors and introductory coding through guided activities.

Classes 6–8

Develop robotics projects using programming, controllers, electronics and practical automation concepts.

Classes 9–10

Apply integrated robotics, coding, sensors and engineering design to more advanced project-based challenges.

Learning Robotics Through the School Curriculum

Every student in Classes 1–10 participates in age-appropriate robotics learning. Classroom concepts become meaningful through experimentation, building, testing and improvement in the lab.

Student-Led Innovation

Our Students Build Their Own Innovative Projects

The lab is not limited to demonstrations. Students put their ideas into action by planning, designing and developing innovative projects. They experiment with materials and technology, solve practical problems, and learn from testing and teamwork.

  • Generate original ideas
  • Build working prototypes
  • Test and improve designs
  • Present and collaborate
From question to creation

How Young Innovators Learn

A simple, practical approach that encourages students to turn ideas into meaningful projects.

1

Discover

Identify a problem in school, the community or everyday life.

2

Imagine

Brainstorm creative ideas, draw plans and discuss possibilities.

3

Build

Create a model, experiment or prototype using available materials.

4

Improve & Share

Test results, learn from feedback and present the solution.

Encourage Your Child to Think Beyond the Classroom

Discover how Vishweshwarayya Public School nurtures curiosity, creativity and practical learning.

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