Bomb-defusing robot to smart glasses: School students win Viksit Bharat Buildathon

The Viksit Bharat Buildathon is a national innovation competition for school students. It was organised by the Department of School Education and Literacy with Atal Innovation Mission, NITI Aayog, and AICTE. Its purpose was to help students build confidence, creativity, innovation, and independent thinking.

Students from Classes 6 to 12 across the country could participate. They were not given fixed problems or ready-made solutions. Instead, they were encouraged to identify problems themselves and develop responses through either an Idea track or a Prototype track.

The competition drew 2,87,967 project submissions and entered the Guinness World Records as the largest innovation solution competition. Winners were selected through district, state, and national assessments. The initiative connected classroom learning with practical problem-solving and recognised students whose ideas or working models addressed real needs.

The winning projects show how broadly students interpreted real-world problems. Their inventions included a spider-shaped robot for bomb defusing, an instant flask, an urban breathing pole, and affordable bone-conduction smart glasses. Together, these projects point to concerns about safety, convenience, urban air quality, and accessibility.

The article does not provide detailed technical descriptions of each invention. However, their names indicate the problems they were designed to address. The spider-shaped robot relates to bomb disposal. The breathing pole relates to air in cities. Bone-conduction smart glasses suggest a more accessible way to use smart eyewear, while the instant flask focuses on everyday utility.

These examples matter because the students were not responding to a list supplied by organisers. They identified problems and developed solutions independently. The range of projects shows how the Buildathon connected local or everyday concerns with creativity, design, and innovation.

The competition reached an extraordinary scale. It received 2,87,967 submissions across its Idea and Prototype tracks. Guinness World Records recognised it as the largest innovation solution competition. The response came from school students across the country, making the event a large grassroots exercise in problem-solving.

After evaluation, organisers selected winners at three levels. There were 1,000 district awardees, 100 state awardees, and 10 national awardees. The national winners came from states including Assam, Tamil Nadu, Kerala, Uttar Pradesh, Madhya Pradesh, Jharkhand, and Gujarat.

The numbers show a wide selection process, from local recognition to national honours. The award pool exceeded Rs 1 crore across all levels. The 10 national teams together received Rs 17.50 lakh, giving the highest-ranked projects both recognition and financial support.

The Buildathon used a three-tier judging framework to assess the large number of entries. Reviews took place at district, state, and national levels. This structure allowed projects to be considered through successive layers of evaluation rather than through a single decision.

Multidisciplinary expert panels led the assessments. Their broad expertise was important because the submissions included different kinds of ideas and prototypes, from a bomb-defusing robot to smart glasses and an urban breathing pole. The article does not list the exact scoring criteria used by the panels.

Following comprehensive evaluations, organisers selected 1,000 district awardees, 100 state awardees, and 10 national awardees. The process therefore combined local, regional, and national recognition. It also created a clear route for identifying a small group of top projects from 2,87,967 submissions.

An idea is a concept describing a possible solution. A prototype goes further by turning that concept into a functional working model. In the Buildathon, both forms were recognised through separate Idea and Prototype tracks, allowing students to participate whether their solution was still conceptual or already developed.

A working prototype is useful because it lets people see and assess the proposed solution in action. For example, a functional model of a spider-shaped bomb-defusing robot could demonstrate how the design operates, while a model of an urban breathing pole could show its intended use. The article does not explain the technical tests used.

The distinction also shaped the awards. Each of the five top prototype teams received Rs 2.5 lakh. Each of the five Idea track winners received Rs 1 lakh. The different awards recognised both developed models and promising concepts needing further incubation.

Prize money can help move an invention beyond the competition. The Buildathon specifically described its Idea track awards as encouragement for incubation and scaling. That means a promising concept can receive support as it develops, while a working model can gain resources for further progress.

For example, each of the five Idea track winners received Rs 1 lakh. Each of the five top Prototype track teams received Rs 2.5 lakh for their functional working models. Such funding can support the next stage of development, although the article does not specify exactly how individual teams will spend it.

The likely significance is a bridge between recognition and continued work. Student teams can use the award as support while their concepts or models advance. The wider award pool exceeded Rs 1 crore across district, state, and national levels, spreading encouragement across many stages of achievement.

Innovation in the Buildathon began with noticing a problem. Students were encouraged to work without predefined problems or solutions. This shifted the task from answering a question set by others to choosing a real need and imagining a useful response.

The next step was to develop that response as an idea or prototype. The projects included a spider-shaped bomb-defusing robot, an instant flask, an urban breathing pole, and affordable bone-conduction smart glasses. These examples show students converting concerns about safety, convenience, cities, or accessibility into named solutions. The article does not give their technical designs.

The solutions were then assessed through district, state, and national levels by multidisciplinary expert panels. Stronger projects could receive recognition and prize money. Prototype awards supported functional working models, while Idea track awards encouraged incubation and scaling. This process linked problem identification, creation, evaluation, and further development.