Project Catalog

75+ Real-World
Projects for Schools

Curriculum-aligned, mentor-supported projects across STEM, Arts, Business & Entrepreneurship and Humanities. Every brief is designed for students to produce work that matters.

75+Project Briefs
12+Countries
1M+Students
Humans of Asia
Communications, Media & JournalismGrades 6–8

Humans of Asia

Ready for an adventure? Humans are the ultimate storytellers! From the beginning of time, we've used stories to share who we are, connect with our friends, and understand the world around us. But how well do you really know the people right outside your front door? This isn't just another school project; it's your chance to become a Community Reporter and uncover the hidden tales in your own neighbourhood.

Mentored by Prof Asha Chand

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Energy Management
STEMGrades 6–8

Energy Management

Calling all future problem-solvers and environmental heroes!Energy is essential, but a massive amount is wasted—up to two-thirds of the power for our buildings can be lost through inefficiency! This project turns you into Energy Detectives to solve the Case of the Missing Megawatts in your school or home.

Mentored by Dr. Gautam Natarajan

Professor, Syracuse University

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History of Geography
Humanities & Social SciencesGrades 6–8

History of Geography

You've explored the famous landmarks, taken the perfect photographs, and checked every attraction off the travel guide. But have you really experienced the city? The heart of the city isn't always found in the heart of the monuments. It can also be discovered in bustling street food stalls, neighbourhood cafes, community spaces, local traditions, and the everyday lives of the people who call it home. The project invites you to become a Teen Travel Curator and uncover the side of the city that guidebooks often overlook. Design a travel experience that helps teenagers explore your community through the eyes of a local, celebrating the history, geography, culture, and diversity that make it unique.

Mentored by Prithvi Datta

Krea University

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Creativity, Empathy and Inclusive Learning
Humanities & Social SciencesGrades 6–8

Creativity, Empathy and Inclusive Learning

Imagine waking up tomorrow in a place where every classroom conversation, every textbook, and every exam is in a language you have never spoken before. How would you ask for help? Make friends? Keep up with your classmates? This is the reality of thousands of children who move to a new state in India. Your mission is to become a Language Detective and unlock the mystery behind learning a new language while helping every child feel welcome in their new school.

Mentored by Dr. Srivi Ramasubramanian, Syracuse University

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Creativity in Engineering - Foldable House
Engineering & DesignGrades 6–8

Creativity in Engineering - Foldable House

Foldable houses arrive as compact shipping-container-sized units but can be completely unfolded and set up into fully functional living spaces in under an hour.In this project, you will step into the role of a Design Engineer and take on the Foldable House Challenge. Your mission is to design a foldable, functional home that can be transported easily and meets the needs of its occupants.You will demonstrate how engineering, creativity, accessibility, and sustainability can solve real-world housing challenges.

Mentored by Design Engineering Expert

Engineering Design Institute

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Bits and Pixels: Preserving Culture through Digital Storytelling
ArtsGrades 6–8

Bits and Pixels: Preserving Culture through Digital Storytelling

Project Overview Maya is cleaning her grandmother's cupboard when she finds an old brass spice box. Curious, she asks why it has been carefully preserved for decades. Her grandmother smiles and begins telling stories of family traditions, migration, festivals, and recipes that travelled across generations. Maya realizes something important: these stories exist only because someone chose to remember them. But what happens when no one asks? Across the world, languages, traditions, crafts, recipes, and local stories disappear every day. While museums preserve objects, people preserve memories. In today's digital world, anyone with a smartphone can become a storyteller and help protect cultural heritage for future generations. In this project, you will become a Digital Heritage Storyteller. You will investigate one aspect of your cultural identity such as food, clothing, architecture, festivals, language, or traditions and transform your research into an engaging digital story. Using interviews, photographs, historical research, maps, audio, or videos, you will create a narrative that connects personal experiences with broader cultural history. Your goal is not simply to document culture, but to ask an important question: How can digital media preserve stories that might otherwise be forgotten? By blending research, creativity, and reflection, you will create a meaningful digital archive that celebrates identity while encouraging others to appreciate the diversity of cultures around them.

Mentored by Prof Asha Chand

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The Economic World
Business & EntrepreneurshipGrades 6–8

The Economic World

Ever felt confused about where all your money goes? Or wondered why some people seem to have a plan for their future while others are constantly stressed? Welcome to the complex, fascinating, and totally necessary world of money, choices, and smart thinking! The truth is, all those big decisions—what job to take, which phone to buy, how to pay for a big dream like college—revolve around one essential life skill: financial literacy. It’s the superpower that lets you take control of your future, rather than letting your wallet control you. Experts worldwide agree: learning to manage money is one of the most critical skills you’ll ever develop. Yet, here's the kicker: most teens aren't taught this stuff, and that knowledge gap can lead to major problems later on.

Mentored by Raghu Sundaram

New York University

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Creativity and Community Leadership
Business & EntrepreneurshipGrades 6–8

Creativity and Community Leadership

Meet Aarav. Every afternoon, he walks past the same fruit vendor outside his apartment. The fruit is fresh, the prices are fair, yet most people rush past to buy from large supermarkets. One day Aarav stops and asks a simple question: "What is the hardest part of running your business?" The answer surprises him. "It isn't the competition," the vendor says. "It's that people don't even know I'm here." That conversation changes everything. Communities are filled with people quietly solving everyday problems—local bakers, repair shops, home chefs, florists, tailors, and countless others. Many have incredible products or services but struggle with visibility, customer engagement, or simple operational challenges. In this project, you will become a Community Leadership Consultant. Rather than designing a business for yourself, you will work alongside a real hyperlocal business or community initiative, understand its challenges through observation and interviews, and design a practical solution that creates meaningful impact. Your solution could be a marketing campaign, a service improvement, a digital tool, a community event, or an awareness initiative. Throughout the project, you will reflect on how empathy, ethical decision-making, and collaboration influence sustainable community development. By combining creativity with service, you will discover that meaningful leadership often begins with listening before leading.

Mentored by Prof. Jayanth Narayanan

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Creativity and Internet of Things
STEMGrades 6–8

Creativity and Internet of Things

In an increasingly globalized world, the traditional joint family structure has shifted toward nuclear families. Young generations frequently relocate across borders for work, leaving elderly parents behind in their hometowns. This geographic separation introduces immense anxiety regarding medical emergencies, sudden falls, or acute distress when an elderly individual is alone. This project bridges that gap using the Internet of Things (IoT). Inspired by smart automated systems—such as wearable devices that detect falls and automatically alert emergency services—you will move beyond building a physical prototype to creating a highly structured Written Blueprint Project. You will research, ideate, and design a complete technical blueprint for an IoT Rapid Response Device that supports independent elderly citizens. Your design should explain how the device detects emergencies, communicates with caregivers or emergency responders, and improves safety through connected technologies. This blueprint will serve as a strong academic foundation for an IB Extended Essay (EE), combining technical system design with critical analysis of ethical, social, and technological considerations.

Mentored by Shri. Vittal Devarajan

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Funded : The Venture Capital Challenge
Business & EntrepreneurshipGrades 9–12

Funded : The Venture Capital Challenge

Hello Students, Welcome to your Project Overview Space!What is your Project About?Meet Aanya — Founder, Age 17Aanya has always been annoyed by one thing: her school canteen runs out of healthy food by 11 AM.So she builds a pitch deck. Beautiful slides. Catchy name: FreshBox.She walks into her school's mock investment panel — and gets asked one simple, critical question:"Aanya, how much does it cost you to get a single customer, how much profit will that customer make you over time, and when exactly will your business start making more money than it spends?"She goes blank. The investors pass.Not because the idea was bad, but because she couldn't prove the math.Aanya's story is not unusual. Most first-time founders stumble not on the idea, but on the numbers.Venture capitalists have seen thousands of pitches. What separates a funded startup from a forgotten slide deck is the ability to prove, with data, that the business can actually survive and scale.In this project, you will learn from Aanya's mistake so you can come to the table completely prepared.You won't be building FreshBox. Instead, you will design your own entirely unique product or service, build its financial model from scratch, and ensure your numbers are completely airtight.You will be creating a pitch deck and a video to share with your investors.

Mentored by Prof. Gerry Hays

Indiana University, USA

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Future - Proof : AI Business Upgrade
Business & EntrepreneurshipGrades 9–12

Future - Proof : AI Business Upgrade

Artificial Intelligence (AI) isn't just for sci-fi movies anymore—it is becoming an everyday tool that businesses use to work faster, help customers, and grow.In this project, you will step into the shoes of a business consultant.Your mission is to find a real, local business in your community and show them how they can use AI to solve a real-world problem without losing the \"human touch\" that makes them special.The Big Question: How can a local business use AI to fix an everyday problem while still being ethical and keeping their human-centric values?

Mentored by Burak ÇIVITCIOĞLU

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Investigative impact : The Power of Local Reporting
Communications, Media & JournalismGrades 6–8

Investigative impact : The Power of Local Reporting

Imagine that your school has a newspaper and you have been appointed as the school’s new investigative reporter. One morning, three tips land on your desk. A student claims that academic stress has become one of the biggest challenges facing the school community. A teacher argues that students are actually underestimating the support systems available to them. Another student believes that some extracurricular clubs receive significantly more attention and resources than others. All three perspectives sound convincing. But who is right? As a journalist, your job is not to choose a side. Your job is to investigate. The best reporters understand that every issue has multiple perspectives. Rather than relying on assumptions or personal opinions, they gather evidence, conduct interviews, analyze information, and present a balanced account of what they discover. Their reporting helps communities better understand challenges that affect them every day. In this project, you will take on the role of an investigative reporter and explore a real issue within your school community. Through interviews with students, teachers, and staff, as well as direct observation and evidence gathering, you will uncover the deeper story behind an issue that matters. Your final product will be a professional investigative feature article that informs, questions, and encourages thoughtful discussion.

Mentored by Asha Chand

University of Western Sydney, Australia

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The Community Pulse: The Public Health
Health & Human Life Grades 6–8

The Community Pulse: The Public Health

Every neighbourhood has a hidden health story. A pharmacy on the corner. A clinic that is always crowded. A family that has to travel far for treatment. A child who misses school because they are unwell. A grandparent who needs regular medicine. Most of us pass by these things without thinking much about them. But together, they reveal something important about a community: who is getting the care they need, who is struggling to access it, and what support may be missing. In this project, you will step into the role of a community health auditor and explore an important question: what are the most pressing health needs in your local community, and do the current healthcare facilities (public and private) adequately meet those demands? To answer it, you will look closely at both sides of the picture: the health concerns people face, and the clinics, pharmacies, hospitals, and services available to help them. As your audit unfolds, you will begin to see your neighbourhood differently; not just as a place where people live, but as a system of needs, services, and gaps. By comparing what people need with what is actually available, you will discover how public health researchers identify challenges that often go unnoticed.

Mentored by Arjun Rangarajan

Noora Health

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The Rocket Challenge: Build, Test, Fly
STEM & InnovationGrades 6–8

The Rocket Challenge: Build, Test, Fly

The year is 1687. Sir Isaac Newton has just published his Principia Mathematica—three laws that he claims can predict exactly how any object moves, anywhere, under any conditions. The scientific world is stunned. But not everyone is convinced. Robert Hooke, one of Europe's sharpest scientific minds and Newton's most formidable rival, is sceptical. He does not dispute that Newton's laws are elegant. He disputes that they hold up in the real world—where materials are imperfect, air pushes back, and no mechanism fires with mathematical precision. The two men have made a public wager. Newton claims his laws can predict exactly how far any projectile will fly—at any angle, with any force. Hooke says real-world engineering will always deviate from theoretical predictions. He believes that when you actually build something and test it, the gap between theory and experiment will tell you more than any formula ever could. To settle the wager, they need an experiment. They need data. They need you. As a newly recruited junior engineer at the Hooke Research Institute, your mission is this: design and build a prototype launcher. Test it rigorously across multiple trials. Record what happens. Then compare your real-world results to what Newton's laws predicted should happen. You will think like an engineer and investigate like a scientist. Every launch will tell you something. Every failure will reveal a clue. Every redesign will bring you closer to the truth. The wager is on. The Institute is counting on your data.

Mentored by Garima Soharu Bhandari

California State University, Sacramento, USA

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The Energy Chessboard: A Policy Simulation
Humanities & Social SciencesGrades 9–12

The Energy Chessboard: A Policy Simulation

The world's shift to clean energy is often described as if it were a simple switch to flip. It is not. It is a high-stakes game played on a crowded board — a chessboard where every move on energy interacts with the economy, jobs, international relations and the climate. A country cannot simply 'turn off' coal or oil overnight: millions of livelihoods, the price of electricity, and even national security can depend on it.    How can a developing nation transition toward a sustainable energy infrastructure while simultaneously meeting the immediate economic demands and geopolitical realities of its current fossil-fuel dependency?    In The Energy Chessboard, each student becomes a policy advisor to the government of a developing nation of their choosing.    Over three weeks, they will research that country's real energy situation, study how recent shocks — such as the West Asian Crisis and the resulting swings in oil and gas prices — expose its dependencies, and then design a realistic 5-year plan to move it toward a more sustainable energy future.    The catch: the plan must keep the lights on, keep energy affordable for ordinary families, honour the country's climate commitments, and survive a world that does not always cooperate.    This is a project about evidence, trade-offs and judgement — the everyday work of real policymaking.

Mentored by Prof. Lurion De Mello,

Macquarie University, Sydney (Australia)

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From Data to Decision
Business & EntrepreneurshipGrades 9–12

From Data to Decision

In the digital age, a blocked bank account isn't just an inconvenience, it's a threat to a small business owner's livelihood. This project places students at the intersection of grassroots research and high-level business strategy. Students will act as consultants, moving from the streets of their own neighborhoods to the boardroom, using real-world data to fix a critical failure in the banking \"process flow\".This workshop is designed to provide students with hands-on exposure to how businesses operate in the digital economy, how transaction data can be analysed, and how fraud awareness plays a critical role in today's financial ecosystem.

Mentored by Samad Chadha

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Einstein's General Theory of Relativity
STEM & InnovationGrades 9–12

Einstein's General Theory of Relativity

For centuries, we viewed gravity as a mysterious force pulling objects together. Einstein changed everything by suggesting that gravity isn't a "pull," but a curve in the fabric of the universe itself. This project invites students to step into the shoes of history’s greatest physicists. By conducting both classic and modern experiments, students will bridge the gap between Galileo’s observations on Earth and Einstein’s revolutionary General Theory of Relativity, exploring how stars form, live, and how mass bends light across the cosmic stage

Mentored by Puragraha GuhaThakurta

UC Santa Cruz

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The Poet’s Palette: Haiku, Haiga, and Haibun
ArtsGrades 9–12

The Poet’s Palette: Haiku, Haiga, and Haibun

How much can you say in just seventeen syllables? This project explores the power of brevity through the Japanese tradition of Haiku and its expanded forms. Students will move beyond simple "rhyming" to understand poetry as a medium for capturing precise emotions and snapshots of life. By blending text with visual art and prose, students will learn that creative expression is as much about what you leave out as what you put in.

Mentored by Anannya Dasgupta

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The 15 Minute City
Humanities & Social SciencesGrades 6–8

The 15 Minute City

Can we imagine life: our school, friendships, food, recreation, leisure with less dependence on fossil fuels? Will it be a life of fun or hardships and limited choices? Or Can it be full of vibrant and sustainable relationships between humans and non-humans? We invite you to experience this idea through a month-long project called 'Exploring a 15 minute city life'. Worldwide, 15 Minute city is an urban planning concept in which most daily necessities and services, such as work, shopping, education, healthcare, and leisure can be easily reached by a 15-minute walk, cycle ride, or public transit ride from any point in the city.

Mentored by Pallavi Varma-Patil

ATREE

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Your Story, Your Voice
Humanities & Social SciencesGrades 6–8

Your Story, Your Voice

Your Story, Your Voice invites students in grades 6–8 to discover something powerful; that stories are everywhere, and they already have what it takes to tell them. A conversation overheard at a bus stop, the way light falls on a familiar street, or a quiet moment between two people, stories are not always invented; often, they are simply found in the world around us. In this project, students step into their everyday lives with a new lens to find a story they want to tell to the world. They will observe closely, ask questions, make decisions, change their minds, and make decisions again. They will discover that the creative process is rarely a straight line and that the chaos along the way is not an obstacle, but an essential part of creating something meaningful. The project culminates in a written story that reflects each student’s unique perspective and voice. For those who wish to go further, there is also an opportunity to bring their story to life through images, illustrations, or simple graphics. This project is not about writing perfectly. It is about finding your voice and learning to trust it.

Mentored by Akhila Ramnarayan

Krea University

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My Grandma Can't Get Automated : Story Telling Using AI
ArtsGrades 9–12

My Grandma Can't Get Automated : Story Telling Using AI

My Grandma Can't Get Automated : Story Telling Using AI invites students in grades 9–12 to explore one of the most urgent creative questions of current times: can artificial intelligence (AI) truly tell a human story? Inspired by the participatory storytelling model, students will interview a grandparent, elder, neighbour, or loved one and capture their experiences, memories, and views in a world increasingly shaped by AI. Using AI as a creative collaborator, they will shape that conversation into a 2–3 minute documentary film under the theme "My Grandma Can't Get Automated." The most compelling films will be considered for community screenings and may be featured in an upcoming documentary by filmmaker and digital storytelling pioneer Siok Siok Tan.

Mentored by Siok Siok Tan

Filmmaker and Entrepreneur, DeepHumanityAI Creator, AI for Humanity Co-Author

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The GOAT LAB! Cracking Sports with Data
ArtsGrades 9–12

The GOAT LAB! Cracking Sports with Data

In the GOAT Lab, students step into the role of a sports analyst to answer one big question: Who is the Greatest Of All Time in a sport of their choosing? Drawing on real data, mathematical reasoning, and persuasive storytelling, students build their own analytical model and use it to defend a bold claim. This project is open to every student - not just sports fans. It uses the world of sport as a compelling context for exploring how data is collected, interpreted, weighted, and used to construct arguments. Students may choose any sport they are interested in - cricket, football (soccer), basketball, tennis, chess, esports, athletics, or any other - and select two to four top performers to compare. The project culminates in the GOAT Lab, an interactive showcase where students present their investigation, model, and verdict to an audience who can challenge their reasoning.

Mentored by Kartik Kannan

Cricket.com

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Going Global: Building an International Business
Business & EntrepreneurshipGrades 9–12

Going Global: Building an International Business

Every business decision starts with a real problem. Consider the situation below, a scenario that mirrors the challenges students will explore throughout this project. As you read, think about what you would do in Mr. Sharma’s position, and what knowledge you would need to make the right call.

Mentored by Vaidyanathan

Great Lakes Institute of Management

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BrandSpark: The Youth Marketing Challenge
Business & EntrepreneurshipGrades 6–8

BrandSpark: The Youth Marketing Challenge

BrandSpark challenges students in grades 6–8 to conceptualize, design, and pitch a marketing plan for a product or service of their choice. The product or service would be a small-medium size business in their local region, they have access to and doesn’t have a significant branding presence.. Students step into the shoes of a real-world advertising team, brainstorming ideas, identifying their audience, crafting messages, and presenting their campaign with confidence. This project connects creativity with critical thinking, giving students a hands-on introduction to how the media and marketing world works around them every day.

Mentored by Joseph Richards

California State University, Sacramento

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Change Makers Inc.
Business & EntrepreneurshipGrades 9–12

Change Makers Inc.

Welcome to Change Makers Inc., where your business acumen meets your desire for social change. In this project, you will act as a social entrepreneur, a leader who doesn't just ask “How much money can we make?” but “How much good can we do?” Your mission is to design a self-sustaining business model that tackles a specific challenge within your community. Whether it’s reducing local food waste, improving youth literacy, or tackling plastic pollution, you will build a venture that proves profit and purpose can live under the same roof. The Challenge Statement How might we create a profitable business that solves a real problem in our community and improves people’s lives? Why Social Entrepreneurship? (Fast Facts) To understand the world you’re stepping into, consider these insights: • The “Double Bottom Line”: Unlike traditional companies that measure success by profit alone, social enterprises track a Double Bottom Line: Financial Profit + Social/Environmental Impact. • A Growing Global Force: Social enterprises are no longer a niche market; they contribute billions to the global economy. In many regions, they are growing at a faster rate than traditional SMEs (Small and Medium Enterprises). • Consumer Demand: Modern consumers, especially younger generations, are 4x more likely to buy from a brand that has a strong social purpose. Why This Matters: Essential Business Skills This project isn't just about “doing good”; it’s a masterclass in modern business. You will develop: • Strategic Problem Solving: You’ll learn to move beyond “charity” (which relies on donations) to “social business” (which creates a sustainable loop of revenue and impact). • Market Agility: By conducting market research and building a Business Model Canvas, you will learn how to pivot your ideas based on real-world community needs. • Compelling Communication: Through your elevator pitch, you’ll master the art of “selling” an idea to stakeholders, investors, and customers. What You’ll Build Student Deliverable: Submission 1 What’s Inside? The Solution Proposal (PPT or Poster) Theory of Change Diagram: A visual map showing how your business activities directly lead to long-term social benefits. Business Model Canvas: A one-page framework outlining your value proposition, customer segments, and revenue streams. Student Deliverable: Submission 2 What’s Inside? Group Walk-Through / Elevator Pitch Video You have 90 to 120 seconds to convince an audience that your business is viable and impactful. Pro Tip: Stop waiting for the future to happen and start building a business that creates it – it’s time to turn your biggest “what if” into a real-world “game changer”!

Mentored by Anil Srinivasan

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AI for Reducing Waste in Everyday Systems
STEM & InnovationGrades 9–12

AI for Reducing Waste in Everyday Systems

Solving the Waste Crisis with AI Imagine a world where your school cafeteria knows exactly how much pasta to cook so nothing ends up in the bin, or where a housing complex dims lights precisely when rooms are empty, saving thousands in energy costs. This isn't science fiction; it’s systems thinking. Most waste isn't caused by people wanting to be wasteful—it’s caused by inefficiency. In this project, you are the lead consultant. Your mission is to hunt down “leaks” in everyday systems, whether that's physical trash, wasted electricity, or lost time, and use the power of Artificial Intelligence to plug them. The Problem Statement: How might we use AI to identify, reduce, or prevent waste in everyday systems like schools, campuses, or local businesses? Your goal is to find the “Sweet Spot” between Environmental Impact, Cost, and Practicality. Shocking Facts to Get You Started • The Food Gap: Globally, about one-third of all food produced for human consumption is lost or wasted. In schools alone, food waste is often the largest component of the waste stream. • Vampire Energy: “Standby power” (electronics plugged in but not in use) can account for up to 10% of a building's total electricity use. AI can predict when to “kill” this power without human intervention. • The Data Goldmine: AI algorithms can analyze patterns in seconds that would take humans weeks. For example, AI can predict water pipe bursts before they happen by analyzing tiny changes in pressure data. What You’ll Build Student Deliverable: Project Portfolio (Submission 1) What’s Inside? You'll document how you went from finding a “waste leak” to designing an AI-based solution. You will describe the information you gathered, the ideas you tested, and the decisions you made. Document your journey (sketches, failed attempts, reflections) rather than just the final result. Student Deliverable: The Action Tape (Submission 2)What’s Inside? A professional presentation of your paper. Don’t just read the document—bring it to life! Show us the problem in the real world, visualize your data insights, and walk us through how your AI “brain” solves the problem. Why This Matters (STEM Skills) This isn't just about coding; it’s about Scientific Reasoning. You’ll be practicing: • Forecasting: Using past data to predict future waste. • Optimization: Finding the most efficient path for resources. • Ethical Design: Ensuring technology helps humans without overstepping boundaries. Pro Tip: Don't try to save the entire planet at once! The best projects usually focus on one specific “leak” — like the recycling bin in the library or the irrigation system on the soccer field — and solve it perfectly.

Mentored by Sriram Raghavan

IBM

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Digital Heritage Archive & Revival Initiative
Humanities & Social SciencesGrades 9–12

Digital Heritage Archive & Revival Initiative

When was the last time you heard a language, song, or celebrated a festival or craft that only one person in your community still remembers? Most importantly, what happens when that knowledge is never written down, recorded, or passed on? Does it only slowly disappear or does it take with it a part of our identity and collective wisdom? In this project, you will identify a cultural practice within your community that is at risk of disappearing and build a digital heritage archive that reflects the voices and values of the community. You will step into the role of researchers, listeners, and storytellers to understand and explore what ethical cultural preservation looks like in a digital world and how your actions can help sustain and revive living heritage. The Problem Statement: How might we use digital technology and community engagement to document, preserve, and revive a dying or low-visibility cultural tradition in our region before it disappears completely? What You’ll Build: • Student Deliverable What’s Inside? • The Conceptual Paper You’ll document how you went from identifying a fading cultural practice to designing a structured digital archive. Why This Matters This isn’t just about creating a digital archive; it’s about learning how to work with living heritage responsibly. You’ll be practicing: • Ethnographic Research: Learning how to listen, observe, and document cultural practices through interviews, oral histories, and field notes. • Digital Storytelling: Using multimedia tools to organize, present, and archive stories, rituals, craft, and knowledge in meaningful ways. • Cultural Advocacy: Understanding how documentation can support awareness, respect, and revival rather than extraction or exploitation. • Sustainable Thinking: Designing ways for traditions to be passed on and updated over time, not just stored and forgotten. Pro Tip: Choose a cultural practice you can truly understand and engage with. If you can explain why it matters, you’re on the right track. Archive it with care, accuracy, and respect.

Mentored by Anita R Ratnam

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Watt’s Up? Powering Smart Homes with Data
ProjectGrades 6–8

Watt’s Up? Powering Smart Homes with Data

Every household uses energy—switching on lights, cooking meals, running gadgets—but most of us rarely ask: Where does it all go, and how can we save more? In this project, students become household energy detectives, using real-life data like electricity bills, gas refills, or piped gas usage to track patterns and spot waste. They’ll design simple low-code apps or dashboards to help families’ budget better, cut costs, and optimize energy use. Along the way, students connect their work to economics concepts like consumption, budgeting, and opportunity cost, while also advancing SDG 7 (Affordable and Clean Energy), SDG 12 (Responsible Consumption and Production), and SDG 13 (Climate Action). The challenge is to turn everyday numbers into tools that make homes smarter, greener, and lighter on the wallet. Problem Statement Households often struggle to keep track of their monthly energy expenses. Electricity and fuel usage goes unnoticed until the bill arrives. Without clear tracking, families may overspend, waste resources, and miss opportunities to save. Students will tackle this problem by using real household data to design simple solutions for better energy management—building practical connections between economics, sustainability, and technology. Deliverables • A household energy logbook (electricity, cooking fuel, etc.) compiled by students. • Data analysis report on past consumption trends and areas of high/low efficiency. • A prototype low-code app/dashboard (e.g., in Excel, Google Sheets, or beginner-friendly app builders) to track energy usage and suggest budgeting/savings. Learning Outcomes • Understand household energy consumption patterns and their impact on sustainability. • Learn the basics of data analysis (collecting, visualizing, and interpreting data). • Apply economics concepts such as scarcity, budgeting, opportunity cost, and efficient resource use. • Gain exposure to low-code app development as a tool for problem-solving. • Practice budgeting and financial literacy linked to real-life expenses.

Mentored by Lurion De Mello

Macquarie Business School

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Frames of Change: Everyday Heroes in Our Communities
ArtsGrades 9–12

Frames of Change: Everyday Heroes in Our Communities

Stories are everywhere - sometimes in the quietest corners of our streets, sometimes in the lives of people we often overlook. In this filmmaking project, high school students will take on the role of creative storytellers to spotlight everyday heroes within their communities - individuals who make a difference through small acts of kindness, courage, creativity, or resilience. These could be a local waste picker who started a recycling movement, a grandmother running a tiffin service to support her family, a peer helping others with mental health, or a shopkeeper who teaches evening classes to children in the neighbourhood. Students will work in small teams to create a 2–3 minute short film using smartphones or basic video equipment. The process will take them through key stages of filmmaking: identifying a story, scripting, storyboarding, shooting, editing, and adding music or voiceovers. As part of their final submission, students will deliver their short film, a director’s statement explaining their creative choices, and a promotional poster or thumbnail for their film. The project will culminate in a peer showcase where students will share their work, receive feedback, and reflect on the impact of storytelling in shaping culture. Through this experience, students will gain practical filmmaking skills, improve their collaboration and communication abilities, and discover how creative industries offer exciting pathways for self-expression and meaningful careers. Most importantly, they will walk away with a deeper appreciation of the power of everyday stories and their own role in amplifying them.

Mentored by Mark Overett

JMC Academy

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EcoEngineers - Designing Sustainable Green Spaces
STEMGrades 9–12

EcoEngineers - Designing Sustainable Green Spaces

Look around your neighbourhood - between the busy roads and buildings, you’ll find little patches of green: parks, gardens, and urban forests. They give us fresh air, shade, and a home for birds, insects, and other creatures. But keeping these spaces alive isn’t always easy. Sometimes water is hard to get, sometimes people forget to care for them, and sometimes they just need a bit of creative engineering magic. That’s where you come in. Your challenge? Design a clever, eco-friendly solution to help a green space in your neighborhood thrive. It could be a way to water plants, improve soil, collect rainwater, create shade, or even get the local community involved. You’ll explore ideas, sketch them out, and build a working prototype or scale model. Your design might use pedal power, cranks, sunlight, wind, or something completely unexpected—you decide! In the project lecture, Prof. Sivakumar from IIT Madras will take you through first principles thinking - a way of breaking down problems to their basics so you can design better solutions. You’ll also learn about how water moves, how to work with the local environment, and how to think about all the people and resources involved. Problem Statement: How might we design a low-cost, eco-friendly system or device that helps our local green spaces stay healthy and beautiful, using resources and energy sources available locally, while bringing people together? Project Deliverables: •Pick a green space and find out what it needs most. •Create a design plan with sketches or digital drawings. •Build a working prototype or model. •Explain how your idea works and why it fits your chosen site. Learning Outcomes: By the end of this project, you will: •Learn how to break down real-world problems and design smart solutions. •Understand how environmental and community factors shape your design. •Build teamwork, creativity, and problem-solving skills. •Experience the fun of making something that actually helps your city’s green spaces grow.

Mentored by Sivakumar

IIT Madras

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