Innovation Store

Contribution ID: STU-0001-RES-0001

Contributor(s): Kavitha, Class 9 student

Brief Description: Paralegics are people who are affected by the paralysis of legs and lower body – sustained often as a result of accident. As a result, Paraplegics are unable to stand or move around on their own. This severely inhibits their mobility and freedom. This research document delves deep into the problems and challenges of paraplegics and provides insights for innovators to come up with a variety of solutions to address the mobility, freedom and independence of paraplegics.

Contributor's Credit Points: 50 initial points + 25 points for every download thereafter

User's Credit Points: 15

Contribution ID: MEN-0001-DES-0001

Contributor(s): Kiran, Mentor

Brief Description: Innovation enabler toolkits makes it very simple for students who are new at ATLs to learn to tinker and innovate. The toolkit hides the technological complexity under the hood, and enables the student tinkerer to focus on building useful, interesting, and practical applications using a variety of building blocks such as sensor blocks, actuator blocks, processor blocks, and wireless blocks. The detailed design of these building blocks with sketches and measures is provided in this design document. Student innovators interested in building an innovator toolkit can leverage this design and build one.

Contributor's Credit Points: 100 initial points + 50 points for every download thereafter

User's Credit Points: 25

Contribution ID: STU-0002-PRO-0001

Contributor(s): Krishna & Bhuvesh, Class 9 students

Brief Description: Agro Rover is a smart robotic prototype for automating farming activities, conserving resources, improving farm yield and more. The rover can be remotely controlled from a mobile App. Agro Rover can monitor the following parameters: moisture status in the soil (wet/dry), temperature and humidity in the farm. The Agro Rover can send the measured parameters in real-time to a remote monitoring station over a WiFi interface.

Contributor's Credit Points: 200 initial points + 100 points for every usage (by other students) thereafter

User's Credit Points: 50

Contribution ID: STU-0001-PRO-0002

Contributor(s): Kaavya, Class 7 student

Brief Description: The smart prosthetic arm makes it easy for hand amputees to go about their daily activities like picking up objects, moving them, etc. The arm has a claw that can be opened and closed to easily grab objects such as cups, bottles, etc. The prosthetic arm operation is controlled by a micro-controller which controls an electric motor to open and close the claw. The claw can be easily operated with the touch of two buttons. One button is used to open and close the claw. The second button is used to operate the motor.

Contributor's Credit Points: 200 initial points + 100 points for every usage (by other students) thereafter

User's Credit Points: 50

Contribution ID: STU-0001-COD-0001

Contributor(s): Harish, Class 9 student

Brief Description: The is a sketch for Arduino compatible NodeMCU ESP8266 micro-controller that controls two wheels of a simple Robot. The sketch receives commands from the user over a WiFi network and triggers the two robotic motors such that it can move the robot forward, backward, turn left, turn right, or stop.

Contributor's Credit Points: 150 initial points + 75 points for every download thereafter

User's Credit Points: 35

Contribution ID: STU-0001-INO-0001

Contributor(s): Kaavya, Class 7 student

Brief Description: The smart duster is a portable, hand-operated device that picks up close to 100% of the chalk dust from the blackboard using a set of rollers and a vacuum pump. The device is also equipped with a dust bin that can be emptied by the user. The device operates on 240 volts AC power supply.

Contributor's Credit Points: 300 initial points + 150 points for every usage (by other students) thereafter

User's Credit Points: 75

Contribution ID: MEN-0001-KIT-0001

Contributor(s): Kiran, Mentor

Brief Description: Innovation-enabler technology toolkit helps students bring their ideas to life in minutes. Drag-n-drop software tools and plug-n-play hardware building-blocks makes innovation a breeze. No coding or technology skills needed. All that matters is students come with an idea. They can instantly convert their ideas into working solutions. Innovation enabler toolkits help accelerate innovation at the ATL as students can focus on building innovations that address practical and real-world needs rather than worrying about the nitty-gritties of technologies. Please contact the developer if you are interested in using this toolkit.

Contributor's Credit Points: 500 initial points + 250 points for every usage (by other students) thereafter

User's Credit Points: 125

Contribution ID: STU-0001-ART-0001

Contributor(s): Aparna, Class 9 student

Brief Description: This is a portrait of "Little Krishna" painted by Maanya Ramesh. You can request the contributor to create a similar portrait.

Contributor's Credit Points: 60 initial points + 30 points for every usage (by other students) thereafter

User's Credit Points: 15