The Atal Tinkering Lab 2025-2026 Calendar is more than just a timeline, it’s a well-structured, monthly guide that encourages students to innovate, experiment, and think beyond textbooks. Released by the Atal Innovation Mission (AIM), this calendar acts as a backbone for planning and executing STEM-focused activities throughout the academic year.
Whether you’re an ATL in-charge, school principal, or teacher, this yearly calendar will help you structure student engagement, align with national innovation goals, and bring real energy into your ATL setup.
Why is the Atal Tinkering Lab 2025-2026 Calendar Important?
The calendar bridges the gap between curiosity and structured learning. By defining monthly themes and national observances, the Atal Tinkering Lab 2025-2026 Calendar offers a sense of purpose and rhythm to the ATL program. It ensures schools don’t just set up ATL labs, but actually make full use of them in a structured, meaningful way.
Each activity is designed to:
- Promote design thinking and problem-solving
- Integrate local and global challenges
- Provide exposure to real-world tech applications
- Encourage collaboration between students, teachers, and industry mentors
Breakdown of the Atal Tinkering Lab 2025-2026 Calendar
Here’s a month-wise glimpse of how the Atal Tinkering Lab 2025-2026 Calendar is designed:
April
Students will create a small USB fan using a DC motor, learning the basics of electronics with a focus on breadboards, LEDs, and batteries. Key days include ATL Wall of Fame updates and celebrations like Ambedkar Jayanti, World Creativity & Innovation Day, and World IPR Day.
May
This month focuses on 3D printing, where students will design and print their own cup while exploring mechanics and 3D modeling. Important events include World Technology Day, Online Teacher Training, and World Telecommunications and Information Systems Day.
June
The activity of the month is blinking an LED using Arduino, introducing students to electronic sensors and basic programming logic. ATL Marathon results and World Environment Day are highlighted for wider engagement.
July
Students will build a home automation system using NodeMCU, diving deeper into electronics and real-world automation applications. World Youth Skills Day is celebrated to encourage hands-on skill development.
August
This month’s project involves generating electricity using a piezoelectric plate and lighting an LED, teaching students energy conversion using mechanical tools. The SIP Programme, Independence Day, and Parents’ Day in ATL are part of this month’s focus.
September
Students will design and 3D print a mobile holder stand while learning advanced use of hot glue guns and soldering irons. National Teachers’ Day, International Literacy Day, and the Day for Universal Access to Information are important observances this month.
October
Students will measure temperature and humidity using Arduino boards with LCD and 7-segment displays to understand real-time environmental monitoring. The month includes Mega Tinkering Day, World Space Week, and World Teachers’ Day.
November
This month’s highlight is building a WiFi-controlled car using NodeMCU and a soil moisture sensor, introducing students to the Internet of Things. Children’s Day and Constitution Day are also part of this month’s engagement.
December
Students will create a rotating robotic arm using a servo motor, learning advanced-level 3D printing and woodworking techniques with real tools like screwdrivers and hammers. The month honors Good Governance Day on Atal Bihari Vajpayee’s birthday.
January
Students will build a working DIY paddle boat using motors, encouraging creative prototyping through design thinking. The calendar highlights Swami Vivekananda Jayanti, International Day of Education, and Republic Day.
February
The activity focuses on building a drone using a drone kit, aligning with AI-based curriculum modules and promoting aerodynamics and automation skills. Key dates include the International Day of Women and Girls in Science and National Science Day.
March
This month, students will build a personal computer using Raspberry Pi, with a focus on app development and gaming using Scratch and MIT App Inventor. The calendar also celebrates the International Day of Happiness and World Water Day.
You can check out the calendar here in detail.
How to Use the Atal Tinkering Lab 2025-2026 Calendar Effectively
The Atal Tinkering Lab 2025-2026 Calendar is more than a schedule, it’s a year-round action plan. To get the most value out of it, schools need to implement it thoughtfully. Here’s how:
1. Print and Display the Calendar
Print the calendar in A3 or poster format and put it up in the ATL lab, staff room, or even the principal’s office. This keeps students, teachers, and visitors aligned with upcoming events and activities. A visible calendar acts as a regular nudge, encourages proactive planning, and adds energy to your ATL space. Students also get excited when they can see what’s coming next, making the ATL lab feel dynamic and purposeful.
2. Align with Academic Calendar
To avoid treating ATL sessions as “extra work,” match the monthly ATL themes with what’s already being taught in class. For example, if the science syllabus includes environmental studies, align that month’s ATL activities with sustainability or clean-tech innovations. This integration helps students apply theoretical knowledge practically and allows teachers to support ATL activities without schedule conflicts. It also ensures a more holistic learning experience for students.
3. Assign Student Ownership
Give students leadership roles such as ATL Captains, Innovation Leads, or Project Coordinators. Encourage them to take charge of planning, coordination, and execution of the monthly activities listed in the calendar. When students feel responsible for the lab, their motivation and engagement increase significantly. It fosters teamwork, builds accountability, and makes ATL more student-driven rather than teacher-led.
4. Track Monthly Outcomes
Maintain a simple log (digital or physical) of all ATL activities completed each month. Include data like participation numbers, types of projects undertaken, key learnings, and any obstacles faced. This documentation helps you measure the impact of your ATL lab, spot gaps in execution, and prepare reports when needed. It also helps in planning future improvements and showcasing your school’s ATL success to parents, school boards, or AIM officials.
Final Words
ATALUP can help you make the most of this Atal Tinkering Lab 2025-2026 calendar. We not only help you get the Atal Tinkering Lab grant, but also help you conduct multiple activities that can take your kids to new places in Atal Tinkering Lab competitions.