Ideaz

One of the daily struggles for students is transportation within and around the university campus. Walking long distances in the heat, waiting for crowded shuttles, or relying on expensive auto-rickshaws consumes valuable time and energy. For students who stay late in labs or libraries, safety and reliability become even bigger concerns.

My idea is to introduce CampusRide, a student-run electric bike and scooter sharing system designed specifically for university life. The service would allow students to unlock e-bikes or e-scooters using their student ID card or a simple mobile app. Vehicles can be parked at designated docking stations around campus — near hostels, libraries, cafeterias, and academic blocks.

The pricing would be highly affordable, with pay-per-use or monthly subscription models, making it budget-friendly for students. Since the system uses electric vehicles, it is eco-friendly, reduces carbon footprint, and promotes green mobility inside the campus. Additionally, the app can integrate safety features such as GPS tracking and SOS buttons for late-night riders.

This solution benefits:

• Students: Saves time, provides convenience, and improves safety.

• University: Promotes sustainability and enhances the campus image.

• Community: Encourages adoption of clean and smart mobility.

As a student, I believe this idea matters because it addresses our everyday struggles while contributing to a greener and smarter campus environment. With the right support, CampusRide could become a model that other universities adopt too.

Restaurants crank out liters of used cooking oil every single day. Most of that stuff just gets dumped down drains or tossed in with the trash. It clogs up sewage lines, pollutes rivers and lakes, and makes living areas pretty unhealthy. Sure, there are some recycling setups out there. But they are all over the place, kind of small-scale, and not really easy for little businesses or regular folks to get to. Basically, this leaves a huge hole between all the waste being made and actually getting something useful back from it.

The Idea:

EcoDrop sets up a system right in the neighborhood that turns waste cooking oil into biodiesel for people nearby to use. Instead of chucking it away, restaurants drop their oil into these standard collection tanks placed close by. Households can pitch in too, even if it's just small amounts, through drop-off spots or community collection events. The oil, then, gets processed in these compact modular units right there in the city. They turn it into biodiesel that powers local generators, delivery vans, and even backup setups for small shops. Credits or discounts incentivize participation.

Gaps in Current Solutions.

Right now, collecting waste oil happens in fits and starts. Most restaurants just dispose of it without much regulation. There are big biodiesel plants, yes, but they are usually way out from where the food scene is in cities, so hauling the stuff there costs a ton and wastes time. EcoDrop changes that by keeping everything close to where the waste comes from. It makes a real circular process happen at the community level.

Who Benefits.

• Restaurants save cash on getting rid of the oil and dodge plumbing clogs.
• Local delivery fleets and businesses get cleaner, cheaper fuel right in their area.
• The environment sees less pollution, cleaner drains, and a real drop in carbon footprints.
  
  

Why it Matters to Me.

In cities here in India, you see drains all greasy with waste oil all the time. It's not just ugly. It's a serious hazard for the environment. This matters to me because it grabs that everyday annoyance and flips it into something everyone can use. Bikes for deliveries and generators on biodiesel mean less smoky air for everyone to breathe. Most of all, it matters because sustainability doesn't have to be this big, abstract idea. It can take shape right where we live, as people come together to turn waste into worth.

Where's My Bin? Waste Disposal made Easier

Problem Statement and Personal Connect:
From my personal experience, I have always had trouble finding dustbins whenever I had the need to throw away any type of trash at any place outside of my own house. Because of this, I have always needed to keep a hold of the trash until I could find a trashcan at any nearby place, but given the state of waste management in the country, the chances to find one would always be very low, and I would usually end up littering on the streets with no other options left. This is a very common problem, as other than in a few public places like fast-food centers, resturants, malls, etc., it is rather rare to find a bin within your immediate surroundings. In my opionion, this is the actual overarching problem with the majority of cities in our country - the public being unable to find the require mode of waste disposal - that leads to an overall poor living experience. 

Gaps in the Current Market:
1. Municipal bins exist but are hard to locate, and even if found, highly likely that overfilling with trash.
2. Smart City projects use GPS trucks to optimize trash collection, but do not consider the citizen’s side of the problem.
3. Private IoT bins are costly and limited to airports or malls.

My Solution:
The idea I have come up with is a mobile application combined with Internet of Things (IoT) enabled trashcans. The app will display the nearest available dustbins (integrated with your favourite map app of choice, such as Google Maps or Apple Maps) in real time, along with their status (empty, half-full, or full). Sensors placed inside the bins will track waste levels and send the data to the app accessed by the end-user.

Who all Benefit:
1. City residents and commuters, as they are easily able to find the appropraite spots for waste disposal.
2. Municipal corporations, as they gain access to real-time data about which bins need clearing, making waste collection more efficient.
3. Public spaces (campuses, malls, etc.), as they are able to maintain a hygenic environment, boosting reputation.

Why It Matters:
A very practical and everyday problem is the inability to find a conventient way to dispose waste when in a public place. Where's my Bin offers a smart solution to cleaner streets. healthier communities and a better image for cities. Integrating technology with everyday needs enables for responsible waste disposal and supports the vision of cleaner, smarter cities in India.

Technical Details:
Where’s My Bin works by placing IoT sensors inside dustbins. These sensors can detect how full the bin is and send the information to a databaste. The same data is displayed on a mobile app, which helps citizens find the nearest available bin and tells municipal staff which bins need emptying. The app also has GPS integration so bins are visible on a map.

1. Problem:

Most people don’t realize how much their daily activities, like traveling, eating, or using electricity, contribute to pollution. Without this awareness, it’s hard to make eco-friendly choices, which adds to climate change.

2. Gap in Current Solutions:

Some apps exist to track carbon emissions, but they are often too complicated, require too much manual input, or focus on large industries rather than individuals. People need something simple and easy to use every day.

3. Big Idea :

A Carbon Footprint Tracker App that records your daily activities and shows how much carbon they produce. The app helps you understand your impact and suggests simple ways to reduce it.

4. How It’s Different

• Very easy to use with minimal input.

• Tracks different areas: travel, food, and energy use.

• Gives personal suggestions to lower your carbon footprint.

• Shows progress with clear visuals over time.

5. Main Features

• Log daily activities like commuting, meals, and electricity use.

• Get a clear calculation of the carbon impact for each activity.

• Receive tips to make small changes that reduce pollution.

• View weekly and monthly progress in charts and graphs.

• Option to compare with friends or local averages for motivation.

6. Who Benefits

• Individuals → understand and improve daily habits.

• Communities → collective reduction in pollution.

• Schools/colleges → use for awareness campaigns.

7. Impact

By showing daily effects and suggesting easy changes, the app encourages eco-friendly behavior. Small actions by many people can lead to a significant positive impact on the environment.

Problem Statement: In today’s fast-paced lifestyle, people often forget to stay hydrated, leading to health issues such as fatigue, headaches, and decreased concentration. Existing fitness apps track hydration manually, but they rely on user input, which is often inaccurate and inconvenient.

Gap in Current Solutions: While there are apps and smartwatches that remind people to drink water, very few solutions provide real-time tracking of actual water intake. Moreover, most “smart bottles” available are expensive and not widely accessible for students or the general public.

Proposed Idea: My idea is to create an affordable Smart Water Bottle with built-in sensors that measure the exact quantity of water consumed throughout the day. The bottle will connect via Bluetooth to a mobile app that:

• Tracks hydration in real-time.

• Sends reminders if the daily water goal is not met.

• Provides personalized recommendations based on climate, body weight, and activity level. Additionally, the bottle will have a small solar-powered strip for self-charging, making it energy-efficient and eco-friendly.

Beneficiaries: This idea benefits students, office-goers, athletes, and even elderly people who often forget to hydrate. It also encourages sustainability by reducing the use of disposable plastic bottles.

Why It Matters to Me: I have personally experienced dehydration during long classes and sports activities. This motivated me to think about a practical, affordable, and sustainable solution that not only improves health but also promotes eco-conscious living.

One of the biggest problems in cities today is inefficient waste management. Overflowing garbage bins, uncollected trash, and littered streets are common scenes that affect not just cleanliness but also public health and the environment. Despite multiple efforts from municipalities, the systems in place often fail to handle waste efficiently. I thought—what if there was a way to use technology to manage waste more intelligently, ensuring that bins are cleaned before they overflow and resources are used optimally? That’s how the idea of “Smart Waste Management System” came to me.

The idea is to equip waste bins with sensors that measure how full they are in real time. These sensors would send data to a central system that maps all bins in the city. Garbage collection trucks would then be directed only to the bins that need emptying, avoiding unnecessary trips and reducing fuel consumption. The system could also predict peak waste times in different areas, helping the authorities deploy staff more efficiently.

The gap in current solutions is that most cities rely on fixed schedules, which lead to inefficiencies. Bins are emptied when they are not full, wasting time and resources, while some areas remain unclean because bins overflow before the next scheduled collection.

The beneficiaries are many:

• Residents, because streets will be cleaner and healthier.

• Municipalities, which can save money and reduce pollution by optimizing routes.

• Businesses and tourists, who will benefit from a cleaner environment.

• The planet, as better waste management reduces landfill overflow and harmful emissions.

This problem matters to me because I live in an urban environment where waste is a constant challenge. Seeing garbage piling up not only looks unpleasant but also leads to diseases and discomfort. Efficient waste management improves quality of life and reflects responsible governance.

From a technical perspective, the system could use low-cost IoT sensors, cloud-based analytics, and route optimization algorithms powered by machine learning. Data privacy can be ensured by only tracking bins and collection schedules without personal information.

Though there will be challenges like sensor maintenance, connectivity, and funding, the long-term benefits far outweigh the initial investment. By making waste management smarter, cities can become healthier, safer, and more sustainable for everyone. This is not just about garbage—it’s about dignity, health, and responsible living.

Idea-Smart waste segregation bins for Urban homes.

In my perception waste management is one of the most upsurging issues in urban areas where improper segregation would eventually pave way to increased landfill waste and pollution.

This is why l've come up with an idea of designing a smart waste segregation bin that makes use of sensors and Al to automatically identify and segregate waste into their respective categories - for instance, biodegradable, non-recyclable, recyclable. l'd believe this would solve the real-world problems of manual waste segregation which is often neglected due to lack of awareness, time or convenience. Current solutions rely heavily on human effort and municipal segregation which I believe is inefficient and leads to contamination of recyclable materials .

Urban households, municipal corporations and recycling companies will benefit as this system ensures cleaner waste streams and reduces landfill burden. Cities could progress towards sustainability goals as well.

The reason why I came up with this idea is that I do care about sustainability and often I get to notice as to how people struggle to practice proper waste segregation techniques.

By making the process automatic and user friendly, we can encourage responsible waste disposal.

Technical details:

The bin would include an optical sensor to detect material type, a small conveyor mechanism to sort items, and lot connectivity to alert users when it is full.

OVERVIEW:


Food waste is one of the biggest hidden problems worldwide. Around one-third of food produced globally is wasted. A big reason is confusion about expiry dates. People throw away food that’s still edible because they don’t trust the printed “Best Before” label, and sometimes food spoils before the date, leading to health risks. You know how at home we always have that one conversation in front of the fridge: “Is this milk still good? Should we throw this bread?” I asked a few people about it, friends, family, neighbours, and almost everyone said the same thing. Either they throw away food too early just to be safe, or they risk eating it and sometimes regret it later.

GAPS:

-> Current labels only show an estimated date, not the real freshness.
-> Some companies are testing QR codes or apps, but they’re too complicated for everyday use.
-> There’s no simple, low-cost way for families or retailers to know when food is actually safe.

WHO BENEFITS:

Users (families, students, consumers): Save money by not wasting food and avoiding food poisoning.
Buyers (shops, supermarkets, restaurants): Reduce food wastage and losses, and donate food before it spoils.
Community & Environment: Less food waste means less methane emission from landfills, saving resources like water and farmland.

Why This Problem Matters to Me:

When I talked to family and friends, everyone had the same frustration: “Should I eat this or throw it away?” I realised it’s a small everyday problem, but one that adds up to a massive global issue. For me, engineering isn’t just about rockets and planes; it’s about designing smart, practical solutions that make daily life easier and reduce waste. That’s why this idea feels personal and meaningful

This idea matters to me because food is such a basic part of everyone’s life. I’ve seen people in my own family debate over whether something in the fridge is “still okay” or not. Sometimes it gets thrown away just to be safe, and sometimes we keep it too long.

I want to solve that everyday confusion with something simple and human-friendly.

Technical Details

The labels can be made with bio-inks and pH-sensitive gels that change colour as food spoils.
  -> Green = Fresh
  -> Yellow = Consume Soon
  -> Red = Spoiled

They’re safe, low-cost, and can be mass-produced for dairy, bread, fruits, and meat packaging.

Most smartphones today force people to compromise. If you want a good camera, you may end up with less battery. If you want a rugged phone with satellite calling, you might lose slimness or advanced features. My idea is a modular smartphone, similar to framework laptops, where the phone has a base unit (screen, processor, memory) and users can attach extra modules only when required. For example, while trekking you could add a battery pack and satellite calling module, or at an event you could attach a high-end camera module with optical zoom. This way, the smartphone can adapt to different situations instead of locking users into fixed features.

The people who benefit from this are travelers, trekkers, students, photographers, creators, and everyday users. Travelers and adventurers get better safety and battery life, photographers get professional-level cameras when needed, students can add more storage or projector modules for work, and casual users can enjoy a lightweight device for daily use. Even manufacturers and the environment benefit, since modular phones would reduce electronic waste — instead of buying a new phone every two years, users can just upgrade or replace parts.

This idea matters to me because as a mechatronics engineer, I believe technology should adapt to human needs, not the other way around. I have seen modular systems in robotics and laptops make work more flexible, and I imagine the same concept applied to smartphones. Our needs change depending on where we are and what we are doing — so why shouldn’t our phones change too? A modular smartphone would give people the freedom to get the right feature at the right time, without ever compromising.

The Problem:

Food waste is a massive problem. Families throw away good food simply because they forgot what was in their fridge or don't know whether it expired or not. The tricky ones are fruits and vegetables, many people find it hard to distinguish between spoiled and overriped.

The Gap:

Current solutions are Best Before labels and certain apps that rely on us to remember which don't really solve the problem.

Smart fridges exist but they are very expensive and offer limited services.

The Solution:

This is where the Smart Food Expiry Trackers come in. It combines a simple scanning system with AI powered sensors and camara inside the fridge. The camara recognize the items that are put in the fridge and log its data like the expiry date. The sensors could detect gases released by ripening or rotting fruits and vegetables, monitor humidity and temprature, and use a small camara to track visual changes. An app would alert the user when the items are nearing expiry and give a clear "still good" or "spoiled" status for items that are hard to judge.

Who Benefits:

Mainly the households benifit from this by saving both money and food.

Communities benefit if surplus food is shared before it spoils.

Why This Matters to Me:

I just cannot tell the difference between overriped and spoiled fruits and vegetables. A fridge that could tell me directly would give me peace of mind, save money, and help reduce unnecessary waste.

The Real-Life Problem:

In an Indian home, food is not just sustenance. it's an expression of culture, love, and tradition. The "What's for dinner?" question here isn't just about a lack of ideas, it's about navigating through a complex culinary landscape while dealing with the realities of modern life. The "Daily Dinner Dilemma" is a major issue for young Indian professionals, students, and busy families who are often caught between tradition and modern life. This lack of a clear plan leads directly to two significant problems: overspending on groceries and household food waste.Without an efficient system, these individuals are left to guess what to cook, resulting in impulsive buys and unused ingredients that spoil. It’s a frustrating cycle that impacts both their wallets and their peace of mind.

The Gaps in the Current Solutions/Market:

India's cuisine changes every few hundred kilometers. A meal-planning app for a Telugu family will look completely different from one for a Gujarati or a Punjabi family. Same meal plan for every culture doesn't work for a country as diverse as India.

Current meal-planning apps and recipe websites are not built for this problem.

Their fundamental flaws are:
1. They are "recipe-first," not "ingredient-first." They don't start with what you already have and focus on what tasty meals can be prepared which usually leads to waste because it forces us to buy new ingriedients, leaving the food you already have in yur pantry to spoil.
2. They lack an easy way to manage a pantry, especially in a complex Indian kitchen.
3. They have a cultural disconnect. They are generic and don't understand the different aspects of regional Indian cuisines or common ingredient substitutions.

Why This Problem Matters to Me:
This problem matters to me because I've personally felt the daily frustration of a full fridge and an empty mind. The pressure to cook a good, healthy meal for myself often leads to the easiest and most expensive option: takeout. It's a problem I'm passionate about solving because I along with a lot of busy families live it.

Technical Details:

1. A lean startup approach would begin with a simple mobile MVP.

2. Pantry Feature: This feature will allow users to take a picture of the contents of their fridge and pantry, and the app’s AI will identify the ingredients. This solves the primary problem of manual input of the available food.

3. Recipe Algorithm: A powerful "ingredient-first" system will suggest authentic, regional Indian recipes based on the available ingredients. It will include "jugaad" to maximize the use of what's on hand.

4. Money-Saving Dashboard: The app will track and display how much money a user has saved by using the app to avoid food waste and unnecessary grocery purchases.

The Problem

Food wastage in college messes is a persistent issue. Students often take more food than they can eat and then leave the plates untouched, while many other people out there are struggling to afford a proper meal. Despite the seriousness of the problem, current systems lack accountability and motivation. Messes only serve and clears food; they do not encourage mindful eating or have structured methods to redistribute excess.

The Solution

MessMate is a mess management software integrated with Face ID recognition. When students return their plates, the system scans them. If the plates are empty, students earn points, which accumulate over time. At the end of the semester, these points are redeemed as direct deductions from meal charges. This gamified reward system creates accountability and motivates students to take only as much food as they can finish.

For the unused but fresh food (not plate leftovers), MessMate offers two approaches:

1. Self-pickup parcel counters inside the mess – Students can collect hygienically packed meals or pack leftovers in their own containers.

2. NGO/Orphanage tie-ups – Surplus food can be donated daily to nearby NGOs, extending the impact beyond the campus.

Impact and Benefits

• Students: Save money on mess charges while developing mindful eating habits.

• Mess contractors/colleges: Reduce food waste, cut costs, and enhance their sustainability image.

• Community/NGOs: Receive fresh, unused meals for those in need.

Why This Matters to Me

I have personally seen kilograms of food wasted daily in my college mess. It feels wrong when so many people struggle to afford even one proper meal. MessMate turns waste into savings and social value, helping students, institutions, and the community simultaneously.

Technical Details 

• Face ID–based plate scanning system.

• Points tracking and automatic fee deductions.

• Waste analytics dashboard for administrators.

• Food safety compliance for redistribution.

The problem:

We’ve all been there—needing a pressure cooker for a family gathering, a drill to hang a painting, or someone to quickly fix the WiFi. These things exist all around us, sitting in our neighbour's homes, but we rarely ask. Instead, we spend money buying the same items, and they end up gathering dust most of the year. What’s worse is that in the process, we hardly know the people living right next door.

 Many people — from influencers to busy professionals — want to look stylish but don’t have the time, patience, or know-how to plan outfits. With endless options online and offline, choosing what to wear becomes stressful and time-consuming. Current tools only make it worse: shopping apps push products, inspiration platforms don’t connect to shopping, and personal stylists are costly and inaccessible.

The Problem with Current Fashion Apps

• Focus on individual products instead of full outfits.

• Cater mainly to high-income users with expensive stylists.

• Offer inspiration (Pinterest/Instagram) without direct shopping integration.

• Use AI for “find similar” tools, not full look generation.

Result: No affordable, accessible way to get styled for real events, budgets, and personal tastes.

The Solution

This app combines AI outfit generation with access to affordable personal stylists. Users input details like occasion, mood, or budget, and the AI instantly creates full outfits — including clothes, shoes, and accessories — sourced from popular online stores, selecting the most cost-effective yet high-quality products. For those seeking extra support, a stylist can refine the AI’s suggestions, making looks more personalized and polished without the high price tag of traditional styling.

Unlike shopping apps or inspiration platforms, this app delivers complete, shoppable looks tailored to real budgets and real lives. It generates revenue through a hybrid model: affiliate commissions from retailers, optional subscription tiers, and service fees for stylist refinements.

Who Benefits

• Users → Save time, reduce stress, and access premium styling affordably.

• Stylists → Gain visibility and income through a scalable, digital-first platform.

• Brands/Retailers → Boost sales by appearing in curated, shoppable looks instead of being buried in catalogs. 

Why It Matters

I’ve often felt the stress of choosing outfits before events — something fun quickly became something frustrating and overwhelming. Looking stylish shouldn’t demand excess time, money, or patience. This idea blends AI efficiency with human creativity to make styling premium, affordable, and stress-free for everyone.

Sustainability & VisionThis app also promotes sustainability by “recycling” forgotten wardrobe pieces into fresh outfits, helping reduce waste while saving money. Over time, it could highlight sustainable shopping options, making style not just about looking good, but also making conscious choices. By blending the speed and intelligence of AI with the creativity and judgment of human stylists, this app goes beyond simple shopping or inspiration tools. it has the potential to democratize fashion — making “looking good” less about privilege and more about confidence, convenience, and creativity.

One of the biggest challenges students face in college is the high cost of academic and hostel essentials such as textbooks, lab equipment, calculators, bicycles, and even basic room supplies. At the same time, many seniors often throw away or abandon these items when they graduate. This creates both a financial burden for juniors and unnecessary waste on campus.

Existing platforms like OLX or Amazon are not tailored for students. They are too broad, require long-distance delivery, and often involve strangers outside campus, which reduces trust and convenience. Campus notice boards or WhatsApp groups are informal and disorganized, making it difficult to find the right item at the right time.

My idea is Campus ThriftHub, a student-exclusive marketplace where peers can buy, sell, or exchange pre-owned items safely within the campus community. This can be implemented as a simple mobile app or web platform linked to student IDs for verification. Sellers can upload photos of their items, set affordable prices, and buyers can connect instantly for quick handovers on campus.

Who benefits?

• Buyers (juniors): Access affordable resources and save money.
• Sellers (seniors): Earn extra pocket money while clearing out unused items.
• Community: Campus waste reduces, promoting sustainability.

The Problem:

We don’t lack dustbins in India, we lack motivation to use them. In India, a significant challenge in waste management is public behavior. Despite widespread awareness, many people are still hesitant to use dustbins, leading to litter and unhygienic environments. The core issue is a lack of immediate, personal incentive. We often expect people to do the right thing for a collective good, but that's not always enough to change a deeply ingrained habit.

The Solution:

My project aims to solve this problem by introducing a "Give and Take" system. It is a smart dustbin that uses a simple, immediate reward to incentivize proper waste disposal. For every piece of trash thrown into the bin, the user receives a small, tangible reward in return. In short: throw trash → get a treat.

This approach taps into a fundamental human principle, turning a civic duty into a rewarding action.

Why My Solution is Innovative:

While a few initiatives have explored rewarding people for recycling, they often rely on complex, cumbersome systems. My solution is unique because of its simplicity and focus on direct behavioral change.

Instant Gratification: This system offers an instant, physical reward, making it a powerful psychological tool for creating a new, positive habit.

Universal Appeal: My solution is accessible to everyone, regardless of age or digital literacy. The dustbin can have simple buttons to choose a reward that fits the user. A child could get a sticker, a teen/adult could receive a QR code for a discount or free Wi-Fi (via coupon codes linked to existing public hotspots or partner cafés, not direct Wi-Fi from the bin itself), and an elderly person could get a simple, paper-based coupon for a local shop or a voucher for a nearby tea stall. Unlike apps or point systems, this doesn’t require smartphones, literacy, or bank accounts. It’s inclusive by design.

Practical and Scalable: The solution avoids the logistical complexity of cash or bank transfers. It is a cost-effective and easy-to-maintain mechanical system that can be scaled across cities and public spaces.

Addressing Potential Concerns:

This project is a social innovation that uses a simple, elegant solution to solve a significant, real-world problem. While there may be initial concerns about cost and maintenance, the long-term benefits in public health and sanitation far outweigh the investment. My design uses low-cost components to make it economically viable and a simple sensor system to prevent misuse. Even if one dustbin prevents 100 wrappers from being littered daily, imagine the impact when scaled across parks, stations, and schools. The rewards are a direct catalyst for positive behavior, making this more than a product, it's a tool for social change.

The Vision:

This project isn’t just a dustbin, it’s a step toward reprogramming habits and creating a culture where cleanliness feels rewarding.

THE PROBLEM

A key challenge today is our dependence on non-renewable energy. Despite the existence of renewables like solar and wind, we need new solutions that are both sustainable and integrate effortlessly into daily routines to meet growing energy needs.

A promising concept to solve this problem is the use of piezoelectric walkways. These walkways are made of tiles embedded with piezoelectric materials that convert mechanical pressure into electrical energy.

Every step generates electricity, which can be stored in batteries or used directly to power small systems, such as pathway lights, sensors, or display boards.

This concept stands out for its simplicity: walking is a universal and effortless activity. When implemented in high foot-traffic areas—such as metro stations, stadiums, malls, or university campuses—the combined footsteps of thousands can generate significant renewable energy, illustrating a practical application of innovation in everyday life.

CURRENT GAP

This technology has been piloted successfully in countries like Japan and the UK, but in India, it has not moved beyond research labs and small-scale prototypes.

Piezoelectric walkways are a brilliant idea because they address energy consumption simply and effectively. Yet, despite their potential, they have not received the recognition or usage they deserve. Most people are unaware of this technology, and it has not been widely adopted, especially in India.

MAIN PROBLEM

So, the main problem that needs to be solved is that, despite its proven effectiveness, piezoelectric walkways have not been implemented on a wide scale in India.

THE SOLUTION – WHERE WE STEP IN

Our goal is to bring this idea into the public eye and show how simple and effective it is. By raising awareness, we can encourage wider adoption in high-footfall areas such as malls, colleges, stadiums, and metro stations.

We propose starting with small collaborations in spaces that naturally attract large crowds. By partnering with large-scale manufacturers of piezoelectric devices, institutions can implement these walkways without developing the technology themselves.

Why Institutions Will Be Interested?

Institutions stepping forward for collaboration stand to gain several key benefits:

1. Energy Generation and Cost Savings: Electricity generated can power lights, displays, or small systems, reducing energy bills and reliance on conventional power.
2. Branding and Marketing Opportunities: Installing futuristic, sustainable technology positions institutions as environmentally conscious and forward-thinking, generating media coverage, recognition, and public attention.

Raising Awareness and Educating Visitors
Most importantly, piezoelectric walkways help bring awareness about sustainable energy to the public. They can fascinate and educate visitors through interactive features—for example, colourful lights that react to footsteps. This makes the walkway visually engaging, fun, and educational, showing in real time how everyday actions like walking can generate renewable energy. By combining interaction with learning, these walkways not only attract attention but also inspire people to think about sustainability in their daily lives.

CONCLUSION:

Piezoelectric walkways create a win-win situation:

* Generate renewable energy
* Enhance branding and marketing for institutions.
* Most importantly, raise public awareness about sustainable energy.

By combining innovation with visibility, this idea can transform everyday footsteps into a powerful tool for sustainability.