NCEIR & IDoSTEM Innovation Curriculum
A structured, hands-on STEM and Innovation curriculum implemented through IDoSTEM Innovation Labs under the academic guidance of NCEIR (National Council for Education Innovation & Research), inspired by the Atal Tinkering Lab philosophy and aligned with NEP 2020.
About NCEIR & IDoSTEM Innovation Lab
The NCEIR & IDoSTEM Innovation Lab is a school-based STEM ecosystem designed to foster creativity, curiosity, problem-solving, and innovation among students. The program focuses on experiential learning through robotics, electronics, coding, AI, IoT, and design thinking, enabling students to become creators of technology rather than consumers.
Curriculum Objectives
- Develop innovation and entrepreneurial mindset among students
- Encourage hands-on, experiential and inquiry-based learning
- Strengthen problem-solving and critical-thinking skills
- Introduce emerging technologies in a structured manner
- Align school education with NEP 2020 and future skill demands
Grade-wise Curriculum Framework
Level 1 – Foundation (Grades 6–7)- Basic electronics and electrical concepts
- Introduction to block-based and beginner coding
- Robotics fundamentals and simple mechanisms
- Design thinking – observation and ideation
- DIY science and engineering activities
- Embedded systems using microcontrollers
- Text-based programming fundamentals
- Sensor integration and automation
- Internet of Things (IoT) basics
- 3D design and rapid prototyping
- Advanced robotics and automation systems
- IoT applications with real-world data
- Introduction to Artificial Intelligence
- Product design, innovation challenges and prototyping
- Entrepreneurship, problem identification and solution building
Technology Domains
- Robotics & Electronics
- Coding, Computational Thinking & AI
- Design Thinking & Innovation Process
- 3D Printing, CAD & Prototyping
- IoT, Smart Systems & Automation
Pedagogy & Learning Methodology
- Activity-based and project-based learning
- Student-centric and inquiry-driven approach
- Team collaboration and peer learning
- Mentor-led sessions by trained STEM educators
- Real-world problem identification and solution design
Assessment & Learning Outcomes
- Continuous skill-based assessment
- Project demonstrations and innovation showcases
- Participation in hackathons, ATL Marathon–style challenges
- Certification and recognition through NCEIR & IDoSTEM
Implementation Model
- Dedicated IDoSTEM Innovation Lab setup in schools
- No capital investment required from partner schools
- Mentors, curriculum, equipment and maintenance by NCEIR / IDoSTEM
- Long-term academic partnership and support