Atal Tinkering Lab Packages

The Atal Tinkering Lab (ATL) provides schools with essential equipment for hands-on learning in science, technology, engineering, and mathematics (STEM). The ATL equipment is categorized into four main packages. Each category contains tools and devices required for innovation, experimentation, and practical learning.

ATL Equipment- Atal Tinkering Lab Packages

1. Electronics Development, Robotics, IoT, and Sensors

This package includes microcontrollers, development boards, sensors, and communication modules. Students use these to build circuits, develop automation systems, and create IoT-based projects. The key components include:

  • Microcontrollers & Development Boards: Arduino Uno, Arduino Nano, Arduino Mega, Raspberry Pi 3 Model B+
  • Sensors: IR sensor, Ultrasonic sensor, Humidity and Temperature sensor, Gas sensor, PIR motion sensor
  • Modules: Bluetooth module, GSM module, GPS module, Relay module, Motor driver module
  • Other Components: Breadboards, LEDs, resistors, capacitors, transistors, jumper wires, potentiometers
  • Motors & Actuators: Servo motors, Stepper motors, DC motors, Motor driver circuits
  • Displays: LCD, Seven-segment display, OLED display
  • Power Components: Batteries, Battery holders, Adaptors, Voltage regulators
  • Basic Circuit Components: Switches, Push buttons, Diodes, Buzzer

Students use these components to create electronic circuits, prototype automation systems, and build robots.

2. Rapid Prototyping Tools

This package includes tools for designing and manufacturing 3D models. It allows students to create parts for robotics, enclosures, and other engineering applications. The main equipment includes:

  • 3D Printer: Used for printing 3D objects and prototypes
  • Filaments: PLA and ABS filaments for 3D printing
  • Design Software: Open-source software for 3D modeling and slicing
  • Accessories: Scrapers, Nozzle cleaning kits, Print bed adhesive

Students use these tools to design and print customized components, developing their creativity and engineering skills.

3. Mechanical, Electrical, and Measurement Tools

This package provides essential mechanical tools for building structures, assembling robots, and testing circuits. It includes:

  • Hand Tools: Screwdrivers, Pliers, Wrenches, Allen keys, Hammers
  • Power Tools: Electric drill, Soldering iron, Glue gun
  • Measurement Tools: Multimeter, Digital caliper, Oscilloscope
  • Cutting & Shaping Tools: Hacksaw, Cutter, File set, Ruler
  • Fasteners & Accessories: Nuts, Bolts, Washers, Screws, Rivets

These tools help students build physical prototypes, assemble electronic circuits, and test their projects efficiently.

4. Power Supply, Accessories, and Safety Equipment

This package ensures a safe and efficient working environment for students. It includes power sources and safety gear such as:

  • Power Supply Units: DC power supply, AC-DC adapters
  • Batteries & Chargers: Li-ion batteries, Battery chargers
  • Safety Equipment: Safety goggles, Gloves, First aid kit
  • Storage & Organization: Toolboxes, Component organizers, Cable ties

These items help maintain a safe, organized, and well-powered workspace for students working in the ATL. Schools can explore more about ATL packages here.

Atal Tinkering Lab Packages and Future Opportunities

Atal Tinkering Lab Packages provide students with hands-on experience in electronics, robotics, IoT, rapid prototyping, and mechanical tools, which can shape their careers in various emerging industries. Here’s how students can use this knowledge in their future education, projects, internships, and jobs:

1. Internet of Things (IoT) & Embedded Systems

Future Prospects: IoT is a booming industry, projected to grow exponentially in smart homes, industrial automation, healthcare, and agriculture.

How Students Benefit:

  • Build smart automation projects in school and college.
  • Get internships in IoT startups and tech companies.
  • Study Embedded Systems, Mechatronics, and IoT Engineering in higher education.
  • Secure jobs in IoT-based companies like Bosch, Siemens, Intel, Cisco, and Tata Communications.

Career Options:

  • IoT Developer
  • Embedded Systems Engineer
  • Automation Engineer
  • Smart Home & Industrial IoT Engineer

2. Robotics & Artificial Intelligence (AI)

Future Prospects: Robotics is transforming manufacturing, healthcare, defense, and service industries.

How Students Benefit:

  • Learn robotics programming (Python, C, C++).
  • Participate in robotics competitions like RoboCup & FIRST Robotics.
  • Apply for internships in robotics labs.
  • Study Robotics Engineering, AI & ML, and Mechatronics in college.
  • Work in top companies like Boston Dynamics, Tesla, ISRO, DRDO, and ABB Robotics.

Career Options:

  • Robotics Engineer
  • AI & Machine Learning Specialist
  • Automation Engineer
  • Industrial Robot Designer

3. 3D Printing & Rapid Prototyping

Future Prospects: The 3D printing industry is expanding in automotive, aerospace, healthcare, and consumer products.

How Students Benefit:

  • Design and manufacture customized products.
  • Work on engineering projects in college.
  • Get internships in product design, architecture, and biomedical applications.
  • Study Industrial Design, Mechanical Engineering, or Additive Manufacturing.
  • Work in companies like Stratasys, HP, Formlabs, and GE Additive.

Career Options:

  • 3D Printing Engineer
  • Product Designer
  • Biomedical Engineer (Prosthetics & Implants)
  • Automotive & Aerospace Engineer

4. Electronics & Circuit Design

Future Prospects: Electronics plays a key role in every industry, including automobiles, consumer gadgets, and industrial automation.

How Students Benefit:

  • Build DIY circuits and projects.
  • Secure internships in electronics manufacturing companies.
  • Pursue Electrical & Electronics Engineering (EEE), VLSI, and Embedded Systems.
  • Get jobs in Intel, Qualcomm, Texas Instruments, and Samsung.

Career Options:

  • Electronics Engineer
  • VLSI & Chip Design Engineer
  • Power Systems Engineer
  • Consumer Electronics Developer

5. Mechanical & Automation Engineering

Future Prospects: The industry is moving towards smart factories, CNC automation, and Industry 4.0.

How Students Benefit:

  • Learn mechanical design and CAD software (SolidWorks, AutoCAD).
  • Secure internships in automobile & aerospace companies.
  • Study Mechanical, Mechatronics, or Industrial Engineering.
  • Work in Tata Motors, Tesla, Boeing, General Motors, and L&T.

Career Options:

  • Mechanical Engineer
  • Automation Engineer
  • Product Designer
  • CNC Programming Specialist

6. Renewable Energy & Smart Grids

Future Prospects: The world is shifting to solar, wind, and smart grid technologies.

How Students Benefit:

  • Work on solar energy & smart grid projects.
  • Get internships in sustainable energy companies.
  • Study Renewable Energy Engineering & Power Systems.
  • Join companies like Tata Power, ReNew Power, and Adani Green Energy.

Career Options:

  • Renewable Energy Engineer
  • Smart Grid Specialist
  • Battery & Energy Storage Engineer
  • Solar Panel & Wind Energy Technician

7. Aerospace & Space Technology

Future Prospects: ISRO, NASA, and private space startups are rapidly growing.

How Students Benefit:

  • Work on aerospace model designs & satellite simulations.
  • Get internships in aviation & defense organizations.
  • Study Aerospace Engineering & Astrophysics.
  • Work in ISRO, DRDO, Boeing, SpaceX, and Blue Origin.

Career Options:

  • Aerospace Engineer
  • Avionics Engineer
  • Satellite Communication Engineer
  • Defense Technology Expert

8. Smart Agriculture & Agritech

Future Prospects: Agritech startups use AI, IoT, and drones to revolutionize farming.

How Students Benefit:

  • Work on smart irrigation & automated farming projects.
  • Secure internships in agritech startups.
  • Study Agricultural Technology & Precision Farming.
  • Work in AgroStar, CropIn, and Gramophone.

Career Options:

  • Agritech Engineer
  • Precision Farming Expert
  • Agro Drone Operator
  • Hydroponics & Vertical Farming Engineer

Conclusion

The Atal Tinkering Lab Packages provide schools with everything required to set up a fully functional STEM lab. These tools allow students to explore electronics, robotics, IoT, 3D printing, and mechanical prototyping. The ATL encourages hands-on learning, innovation, and problem-solving skills among students. Schools should ensure proper use and maintenance of these tools to maximize their benefits.  

ATALUP helps schools manage and run ATL successfully. From securing grants to automating activities, ATALUP helps schools with end-to-end solutions.

Frequently Asked Questions

Where Can Schools Contact Vendors to Buy ATL Packages?

Schools can explore the Government e-Marketplace (GeM Portal) to find verified vendors offering ATL-approved packages. It is advisable to check vendor credibility, package details, and customer reviews before making a purchase. Many vendors also offer support services such as installation, training for teachers, and technical assistance, ensuring that schools can effectively set up and manage their Atal Tinkering Labs.

How to Choose the Best Vendor?

Choosing the best vendor for ATL packages requires careful evaluation of multiple factors. Schools should first verify whether the vendor’s equipment meets the official NITI Aayog ATL equipment list. It is also important to review the package details to ensure it includes all required components, such as electronics kits, rapid prototyping tools, mechanical tools, and power and safety equipment. Additionally, schools should consider vendors that provide installation support, teacher training, and student workshops to help maximize the benefits of the ATL lab. Warranty and after-sales service are also crucial aspects, as reliable vendors offer at least a one-year warranty and on-site maintenance support. Checking customer reviews, previous ATL installations, and vendor credibility can further help in making an informed decision.

How Much of the Grant Can I Use to Buy These ATL Packages?

Under the Atal Innovation Mission (AIM) guidelines, each selected school receives a ₹20 lakh grant, which is distributed into two categories. The first ₹10 lakh is allocated for the one-time establishment cost, which covers the purchase of ATL equipment, infrastructure setup, and initial training. Schools can use this amount to buy ATL packages from approved vendors, ensuring compliance with NITI Aayog’s standards. The remaining ₹10 lakh is meant for operational and maintenance expenses, which is disbursed as ₹2 lakh per year over five years. This amount is primarily used for consumables, teacher training, internet facilities, and minor equipment upgrades. Schools must utilize the funds strategically to maintain and enhance their ATL labs over time.