Robotics for Good Youth Challenge: India Guide

What is the Robotics for Good Youth Challenge?

At its heart, this challenge asks a question: how can we use robotics to help people? Students explore that question by designing, building, and programming a robot for missions inspired by problems that affect communities.

The interesting part is figuring out how an idea works in practice. A mechanism that looks promising on paper might need a different grip. A robot that moves beautifully in a straight line might struggle with a turn. Each attempt gives students something to investigate, change, and try again.

There’s room to make their own design choices, too. ITU describes the competition as “platform-agnostic”: students can choose hardware and programming tools they are comfortable with, within the competition rules. You can explore the idea behind the challenge in the official competition overview.

How does the competition work in India?

Think of the India competition as a journey from introducing your robot online to demonstrating it on a national stage, with a chance to go further.

ITU publishes the problem statement and rulebook on the AI for Good competition website. The India event is coordinated by the I-Hub Foundation for Cobotics (IHFC), the Technology Innovation Hub of IIT Delhi, with support from the Department of Telecommunications (DoT).

Here’s how that journey generally unfolds:

1. Introduce yourself and your team. The official India application form asks for participant, category, and mentor details.
2. Show what you’ve built. A design document and a video of your working robot give the organizers a first look at your solution in the online preliminary round.
3. Find out whether you’re through. Organizers review the submissions and shortlist students or teams for the India finals.
4. Bring your robot to the national stage. Selected participants compete in person, typically in Delhi as part of India Mobile Congress (IMC).
5. Aim for Geneva. For the India 2026 event, the winners in the Junior and Senior categories qualify for the global finale in Geneva in 2027.

The details for each edition, including deadlines, submission formats, selection results, and the confirmed venue, are published in IHFC’s announcements. One detail that can be confusing: an India competition and its corresponding global finale may fall in different calendar years.

Who can participate?

For the India 2026 event, IHFC links to the 2026–2027 rulebook (PDF). It lists Junior participants born in 2013–2017 and Senior participants born in 2009–2012, inclusive.

There is a discrepancy: ITU’s general overview displays different birth-year ranges. The ranges above are quoted from the edition-specific PDF linked by IHFC; confirm your child’s eligibility with IHFC before making plans.

The India event page allows individual or team participation. The linked rulebook permits teams of up to eight members, with at most three in the competition area. Other members and mentors must stay outside that area and cannot coach competitors during a round.

IHFC requests age proof, participant and category details, and contact details for a team member and coach or mentor. Check the India announcement for entry documents and any additional mentor requirements. Registration for the 2026 India event is closed.

Do you need a specific robotics kit?

Choose hardware and programming tools that you are comfortable with, and components that suit your robot’s design. The rulebook still sets the boundaries for things like robot size, operation, and safety, so it’s a useful starting point before buying anything.

A good question to ask together is: “Can we build, program, and fix this ourselves?” A simple robot your child understands is a great starting point. As they gain confidence, they can add more to it.

Depending on the design, you may need a controller, motors and drivers, a battery and charger, sensors, a chassis, and parts for any moving mechanisms. A few spares can also save a practice session when a small part gives way.

Registration, dates, and fees

For the 2026 India edition, competition entry is free. Equipment, optional training, and travel can involve separate costs. You’ll find participation details in IHFC’s official announcement.

Registration for India 2026 is closed. IHFC lists registration from 10 to 25 August 2026, practice on 9 October, and the national final on 10 October at Yashobhoomi, Dwarka, Delhi. The winners qualify for Geneva in 2027. See the official timeline and updates; future entrants should wait for the next edition’s announcement.

For a future edition, use the registration form linked from the organizers’ announcement and save your acknowledgment after submitting. An old edition’s form does not establish entry to a new competition.

What should families budget for?

Alongside the robot itself, allow for practice-field materials, replacement parts, shipping, and any instruction or travel you choose. If your child qualifies internationally, ask the organizers what travel or accommodation support is available before making plans. That way, you can celebrate the opportunity with a clearer picture of the costs.

Themes, rules, and scoring

The India 2026 event uses the 2026–2027 public health emergency response theme. Robots simulate collecting samples, closing a quarantine zone, delivering medical supplies, and sorting patients by urgency. Use the IHFC-linked 2026–2027 rulebook (PDF) for the field diagrams and scoring tables.

Key rules in that edition include:

• Rounds last up to two minutes. Robots operate autonomously, with only the interactions expressly allowed by the rules.
• All robots must fit within the 480 × 280 mm starting zone at the start.
• Robots need an accessible emergency stop and securely fixed batteries and parts.
• Junior and Senior scoring differs. Read the category’s scoring table and penalties before choosing a strategy.

These highlights are a starting point; the complete rulebook and organizer updates determine competition requirements.

As you explore the missions together, focus on a few questions:

• How big can the robot be, where does it start, and what keeps it safe?
• Which materials, controllers, sensors, and programming tools can we use?
• What earns points, and what could invalidate an attempt?
• How much time do we have, and how do restarts, penalties, and ties work?
• What do we need to submit, and are there separate criteria for special awards?

Understanding the scoring helps students decide where to put their effort. A mission they can complete consistently gives them something solid to build on.

How to prepare for the Robotics for Good Youth Challenge

A competition robot rarely comes together in one perfect build. It grows through small experiments: a turn that gets smoother, a sensor that becomes more dependable, a mechanism that finally holds its grip. Here’s how we at Playto Labs suggest approaching that process, alongside the official rules.

1. Start with one part of the puzzle

A whole mission can feel daunting. Break it into actions your child can picture: move to a spot, sense an object, pick it up, or place it somewhere. Sketching one mechanism at a time makes the challenge easier to explore before everything comes together.

2. Give the first version a small win

Can the robot stop at a marked point? Start there before adding a collection mechanism. Once it works, try it ten times and note how often it succeeds. Getting a task to work repeatedly gives your child a useful measure of progress and a reason to feel proud of the improvement.

3. Treat a failed run as a clue

If the robot misses a turn, the code may not be the only reason. A wheel could be slipping, or the chassis could be out of alignment. If a sensor behaves differently across runs, compare its readings under different lighting or at different distances before adjusting its threshold.

Changing one thing at a time helps your child discover what made the difference. A short note such as “adjusted wheel alignment; four successful turns out of five” can be surprisingly useful at the next session.

4. Put the pieces together

When the individual tasks are working, try the full sequence with a timer. Include the setup routine, too. A slightly different starting position or a lower battery charge can reveal something you hadn’t noticed in practice. Finding that out at home gives you time to work on it.

5. Keep the story of the build

Those early sketches, photographs, code versions, and test notes tell the story of how the robot improved. They also help your child explain their choices in their own words: what they tried, what didn’t work, and why they changed it. Leaving time for the required report or video makes it easier to share that work clearly.

A calmer finish to preparation

As submission day or the finals approach, a little organization goes a long way. Keep the registration acknowledgment and deadlines handy, give the robot a final size and safety check, and save a tested backup of the code. Label the spares and charging equipment so they’re easy to find.

Then give your child a chance to do a timed run and talk you through the robot. Explaining a build to someone else can help them notice what they understand well and what still needs a little practice.

These are our preparation suggestions; the organizers’ rules set the competition requirements. If your child is just getting started, our robotics for beginners guide is a friendly place to begin.

Where to find official results

For national placements, see the IHFC India 2025 winners list. For international placements, see the ITU Grand Finale 2026 results, including Team Heyansh’s third place in the Junior category. For India 2026 preliminary results and subsequent updates, visit IHFC’s 2026 announcement. The 2026 national final is scheduled for 10 October; the 2025 winners list is historical.

Frequently asked questions