ATL at Bosco

⚡ Our Learning Journey

FROM SPARKS
TO STAGE
How three classes turned a simple bulb into an ATL showcase — one circuit at a time.

🔋
Class 6th C · Foundations
Basics of Electronics & Circuitry
First ever hands-on session with resistors, LEDs & breadboards. We lit up our first bulb and it felt like pure magic — but it was pure science.

⚡
Class 7th B · Project Build
Series & Parallel Circuits
Built an actual project from scratch! Discovered how one broken bulb kills a series circuit — but a parallel circuit keeps glowing. Mind = blown. 🤯

🏆
Class 10th C · ATL Day
Showcase at ATL Day
Everything came together for ATL Day! A full working circuit project — designed, built & presented with confidence. This was our moment. ✨

Learning never stops
🔌

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**🔬 ATL Lab | 21 April 2026**

Another day of sparking curiosity in young minds! ⚡

**Class 7C** took their first steps into the world of electronics today — from understanding the basics to getting introduced to Arduino and seeing how it powers real-world applications. Watching beginners go from zero to "I get it!" is what makes teaching worth it. 🙌

**Class 9C** dove deep into Arduino project discussions — ideas were flying, problems were being solved, and future innovators were being born. 💡

**Class 10B** had some serious project planning sessions today — senior students strategising, designing, and thinking like real engineers. 🛠️

Every session. Every student. Every idea — matters.

*This is what the Atal Tinkering Lab is built for.*

# # ATL Lab Log — Monday, 20 April 2026

# # # Class 9B
- Introduced the structure of Arduino UNO
- Explained mechanism of clock cycles and PWM (Pulse Width Modulation)
- Covered basic codes: LED blinking, PWM signals

# # # Class 7A
- Introduced Arduino and basic touch sensors
- Project activity for ATL day
- Series and parallel circuits with a lab activity

# # # Class 9A
- Introduced the structure of Arduino UNO
- Explained mechanism of clock cycles and PWM
- Covered basic codes: LED blinking, buzzer, PWM control

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**Common Theme for the Day:** Introduction to Arduino hardware architecture and foundational programming — LED control, PWM, and basic circuits — across all three classes.

Friday, 17th April

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🟢 **Class 6A — Stepping into the World of Electronics!**
Today marked the beginning of an exciting journey for our young learners! 🌍 They explored the **fundamentals of electronic components** and got a glimpse of how these tiny elements power the world around us. Curiosity sparked, questions raised — a perfect start! ✨

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🔵 **Class 10 A & 10 D — Exploring Innovation with Arduino!**
Our senior innovators had an engaging, hands-on session today! 🤿
🛠️ Discovered the **diverse domains of ATL**
⚙️ Worked with **Arduino UNO & Nano**, understanding their real-world applications
📡 Learned how **different sensors function and interact**
A step closer to building real tech solutions! 🚀

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🟠 **Class 8B — Strengthening Concepts, Shaping Ideas!**
An interactive and thoughtful session for Class 8! 💡
🗂️ **Project ideas and discussions** sparked creativity
📖 **Concept revision** ensured clarity and confidence
Learning today, building for tomorrow. 💪

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*Shaping young minds to think, create, and innovate — one session at a time.* 🌟

📅 Thursday, 10th April

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🟢 Class 6A — The Electronics Journey Begins!
Today our young explorers got their first taste of the electronic world! 🌍 From understanding the basic principles of electronic components to seeing them come alive in front of their eyes — it was a moment of pure "Aha!" ✨ The foundation has been laid. The curiosity has been ignited! 🔥

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🔵 Class 10 A & 10 D — Arduino, Sensors & Beyond!
The innovators of Class 10 dived deep today! 🤿
🛠️ Explored the vast fields of ATL
⚙️ Got hands-on with Arduino UNO & Nano— the heart of modern innovation
📡 Unravelled the mysteries of various sensor mechanisms
These young tech wizards are just getting started! 🚀

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🟠 Class 8B — Revise. Reflect. Rise!
Class 8 had a power-packed session today! 💡
🗂️ Exciting project discussions took centre stage
📖 A sharp revision of previously covered concepts made sure the knowledge sticks!
Building stronger, smarter, one session at a time. 💪

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Empowering the next generation of innovators, one class at a time.🌟

🔬 ATL Session Highlights | Wednesday

Another exciting day of learning and exploration at the Atal Tinkering Lab!⚙️
Our students are diving deeper into the world of technology — one session at a time! 💡

Here's what went down today across 3 power-packed sessions:

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🔌 Class 6C — World of Electronics Begins!
✅ Introduction to fundamental electronics components
✅ Hands-on display & demonstration of basic electronic components
🌱 Laying the foundation for future innovators!

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📐 Class 7B — Building on Basics
✅ In-depth discussion on ATL projects
✅ Explored the basics of electronics
✅ Revision and strengthening of previously covered topics
🔁 Because revision is the mother of mastery!

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🤖 Class 10C — Tech Explorers Level Up!
✅ Explored the diverse fields and applications of ATL
✅ Introduction to basic electronics concepts
✅ Deep dive into Arduino UNO & Arduino Nano
✅ Briefing on the mechanism of various sensors
🚀 From circuits to code — the journey continues!

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🌟 Each session is a step towards building curious minds, creative thinkers & confident innovators!
Proud of every student who showed up, asked questions and explored today! 👏

🔬 ATL Session Highlights | Tuesday

Another productive day at the Atal Tinkering Lab!💡
Here's a snapshot of what our young innovators explored today across *3 sessions:*

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*⚡ Class 9 — Electronics & Sensors*
✅ Revisited previously taught concepts
✅ Introduction to the basics of electronics
✅ Explored the mechanism of various sensors

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*💡 Class 7C — Tech Discovery*
✅ Introduction to the world of electronics
✅ Students brainstormed on emerging technologies
✅ Components displayed with explanation of core working principles

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*🤖 Class 10 — Arduino & Beyond*
✅ Reviewed previous project work
✅ Introduction to basics of electronics
✅ Hands-on with **Arduino Mega, Arduino Nano & Arduino UNO**
✅ Deep dive into the mechanism of various sensors

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🌟 Every session brings our students one step closer to becoming tomorrow's innovators and problem-solvers!



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Class-wise Session Details

Class 9B
Topic Discussion on Projects, Introduction to ATL
Activities • Introduction to fundamental components: cell, resistor, battery, and breadboard
• Hands-on introduction to the basics of Arduino microcontroller
• Discussion and review of content covered in previous academic sessions

Class 7A
Topic Discussion on Projects, Introduction to ATL
Activities • Discussion on basics of electronics and foundational concepts
• Review of projects and content covered in previous sessions
• Display and demonstration of components with explanation of the basic principles behind their working

Class 9A
Topic Discussion on Projects, Introduction to ATL
Activities • Introduction to fundamental components: cell, resistor, battery, and breadboard
• Hands-on introduction to the basics of Arduino microcontroller
• Discussion and review of content covered in previous academic sessions

Remarks / Observations

All three classes demonstrated enthusiasm during the introductory ATL session. Students from Class es 9A and 9B showed strong interest in Arduino basics. Class 7A engaged actively during the component display and discussion activity.

Day & Date: Thursday, 02/04/2026

Total No. of Sessions: 02

Class VIll A
Topic: Introduction lecture
Activity: Explained different types of sensors, mechanism of basic electronics and discussed projects to be made for the ATL day.

Class VIll C
Topic: Introduction lecture
Activity: Explained different types of sensors, mechanism of basic electronics and discussed projects to be made for the ATL day.

Day & Date: Tuesday, 30/12/2025

Total No. of Sessions: 02

Class VII A
Topic: Gas Sensor
Activity: Conducted a hands-on activity using a gas sensor to detect gas leakage and understand safety applications.

Class IX A
Topic: IoT Activity using Ultrasonic Sensor and ESP8266
Activity: Students performed an IoT-based activity combining ultrasonic sensor and ESP8266 to send distance data over the internet.