Ideaz

Problem Statement:

Students spend a significant amount of time standing in long queues at campus canteens, especially during peak hours. These long waits reduce productivity and waste energy and time that could be spent completing other tasks like studying, resting, or socializing with friends. Crowded canteens also create discomfort and frustration, and students often skip buying food and stay hungry due to long lines and overcrowding. Even short breaks between classes are often wasted simply waiting for food.

Highlight gaps in the current solutions/market:

• There is no system for pre-ordering food on campus.
• Students cannot see how long the wait will be or avoid busy times.
• There is no system to notify students when their order is ready, causing unnecessary waiting.
• Canteen staff cannot manage the crowd efficiently during busy hours.
• Students have to stand in line, which wastes time and energy.

Solution:

GrabGo is a QR-based canteen ordering app designed specifically for students. It allows them to place food orders digitally, receive a digital token, and get notified the moment their order is ready. This eliminates the need to stand in long lines, making the process faster, smoother, and more convenient.

Key Features:

• QR Based Ordering: Students can scan a QR code at the canteen to place their order instantly
  
• Digital Token & Real Time Notifications: Each order generates a token and live updates on its status, including estimated readiness time.
  
• Queue Free Pickup: Students collect their food only when ready, saving time and avoiding unnecessary waiting.
  
• Reduced Crowding: By notifying students when their orders are ready, the app prevents overcrowding and creates a more comfortable canteen environment.

Impact:

GrabGo makes everyday canteen visits faster, more organized, and hassle-free. It saves students’ time and energy, eases crowding, and allows them to focus on other tasks instead of waiting in line. It improves overall campus efficiency and creates a more comfortable environment for everyone.

Why this matters to me:

As a student, I’ve often found myself rushing between classes, only to spend my short break standing in long canteen queues. There have been times I’ve even skipped grabbing a snack because the crowd is just too overwhelming. GrabGo matters to me because it would let me order quickly, avoid the lines, and actually enjoy my break without stress. Being able to pick up food when it’s ready would save me time and energy, allowing me to spend my break more productively.

🥥 Coconut Water Powder

•Coconut water powder is a portable, shelf-stable form of coconut water that delivers all the natural electrolytes and hydration benefits without the bulk of bottles.

•Made through drying processes like freeze-drying or spray-drying, it turns coconut water into a fine powder that can be mixed with water anytime, anywhere.

•This makes it perfect for athletes, travelers, and wellness enthusiasts who want clean hydration on the go.

•Compared to bottled coconut water, the powder is lighter to transport, lasts longer, and reduces packaging waste, making it both economical and eco-friendly.

•It can be sold in single-serve sachets, pouches, or blended with other functional ingredients (like electrolytes, collagen, or adaptogens) to serve niche markets.

• •With rising demand for natural, convenient wellness products, coconut water powder sits at the intersection of health, portability, and sustainability.

Problem:
In the stock market, strange things tend to occur before big changes. Examples: A stock suddenly moving a lot more than normally ; A small company stock price behaving strangely with a large international index ; Price gaps between exchanges which enable rapid profit. Currently, only big hedge funds with expensive tools are able to identify these signals. Regular investors only get to view simple charts and miss the opportunity.

Solution:
The Market Anomaly Radar is an AI and financial mathematics-based app that scans the market continuously. It searches for unusual or infrequent occurrences, rather than trends or breaking news. For instance: "Stock X is trading 5 times its normal volume." ; "Company Y is behaving erratically relative to the last 6 months."; "Hidden arbitrage opportunities between exchanges."

Who Benefits:                                                                                                                                                                                                                                                                    Retail investors → Can detect risks or concealed opportunities at the early stage.                                                                                                                                                  Traders → Receive instant notifications of sudden action.                                                                                                                                                                                       Finance students → Observe actual market trends.

Why It Matters:
Markets are volatile, but unusual trends tend to precede large movements. By making it simple and cheap to detect anomalies, this app allows individuals to trade smarter, safer, and more confidently.

• Real-World Problem:

In today’s digital world, one of the most overlooked yet pressing problems is the lack of awareness among youth about current national and global affairs. While older generations relied on newspapers or television for updates, students today rarely engage with traditional news sources. Instead, their attention is captured by short-form entertainment, leaving them disconnected from important issues such as policies, social changes, environmental challenges, and economic developments. This lack of awareness creates a gap that can leave young people unprepared when they step into the professional world and civic life.

• Gaps in Current Solutions:

Current solutions fail to bridge this gap effectively. Newspapers and television feel outdated and unappealing to most students. Online news platforms often overwhelm readers with excessive content and constant advertisements. Social media, though popular, is riddled with misinformation and distractions, making it unreliable for consistent learning. There is a need for a solution that is accessible, engaging, and designed specifically for young audiences with short attention spans.

• Who Benefits:

The primary beneficiaries would be students and youth who gain quick, daily insights into their country and the world without being overwhelmed. Parents and educators also benefit, as they can feel reassured that the younger generation is more informed and responsible. Ultimately, society gains from having an aware and active generation that makes better decisions, participates in discussions, and contributes to civic and democratic life.

• Why This Matters to Me:

This problem matters to me personally because I see many of my peers unaware of issues beyond the classroom. They are informed about trends and entertainment, but not about the real changes shaping their future. I believe youth should be aware of at least 10–15 important daily affairs in a way that feels engaging rather than forced.

• Proposed Solution:

To address this, my idea combines two elements. First, digital boards or kiosks can be installed in high-traffic areas of the college, including entrances/exits, canteens, hostel lobbies, sports grounds, gyms, and libraries, would display the day’s top updates in simple infographic form. Second, a gamified bulletin app would make awareness interactive through short quizzes, polls, and streak-based rewards. Together, these approaches ensure that news is not only accessible but also fun, social, and part of everyday student life.

In today’s world our youth is experiencing  a major mental health crisis. The youth is surrounded with huge load of issues in his life like tension of some competitive exam, job hunting, family pressure,financial burden etc. We often read about students breaking down, suffering in silence, or even taking extreme steps, and it feels like we are not doing enough to support them. That’s where the idea of MindEase came to me.

Concept is of small wearable device like smartwatch that not only track your physical health but also mental health .This would be connected with your smartphone. It will detect the sudden stress level rise-through heart rate spike,breathing pattern.It just run silently in background but moment it detect some issue it would alert user. It could give some breathing exercise for 2 min, could play some mind calming songs or could say” It will be okay “,”have faith in yourself".

For deeper cases, the user can simply say: “MindEase, I need help.” Instantly, the system connects them with AI chatbot or even a pre-listed trusted contact. All conversations stay private, with encryption ensuring safety. The AI can easily be integerated with watches that have feature like biometric sensors ,fitness trackers.

The benefits are huge: youth feel less alone in their struggles, parents can feel relief, schools and colleges can reduce mental health crises, and society benefits when young people are healthier, happier, and more productive.

STAKEHOLDERS

• College students and young professionals
• Competitive exam aspirants
• Parents because they can feel secure about their kids
• College institutions

The truth is, stress is not just a “personal issue,” it’s a societal issue. If half our youth feel crushed under invisible pressure, we all lose out on their potential. With a tool like MindEase, we’re not just tracking stress—we’re giving hope, confidence, and a chance to thrive.

1. Introduction

India has vast rural and hilly regions (Himalayas, North-East, tribal belts) where transportation of essential goods is difficult due to poor road connectivity, natural disasters, or harsh weather. Traditional delivery systems are slow and unreliable.

This project proposes an Autonomous Drone Delivery Network that uses AI-powered drones to deliver medical supplies, emergency kits, and e-commerce packages quickly and safely to such regions.

2. Objectives

• To design a cost-effective drone delivery system for hard-to-reach areas.

• To enable emergency deliveries of medicines, blood units, and vaccines within minutes.

• To reduce dependence on poor road infrastructure.

• To create a scalable model for government, healthcare, and e-commerce use.

3. Proposed System

a) Components

• Autonomous Drones: Equipped with GPS, AI navigation, obstacle detection.

• Delivery Hubs: Base stations for charging, package loading, and monitoring.

• Control Software: Cloud platform for flight planning, live tracking, and route optimization.

• Delivery Methods:

  • Landing and leaving package at designated area.

  • Rope-based drop mechanism for areas without landing space.

b) Workflow

1. Package request received from hospital / govt office / customer.

2. Drone dispatched from nearest hub.

3. Drone navigates pre-programmed route using AI.

4. Package delivered via landing/drop.

5. Drone returns to hub for recharging or battery swap.

4. Applications

• Healthcare: Blood, insulin, vaccines, anti-venom.

• Disaster Relief: Food, water, emergency kits during floods/landslides.

• E-commerce: Deliveries to Tier-2/3 towns and remote villages.

• Government Services: Postal parcels, essential documents.

5. Estimated Cost (Pilot Project)

• Drones (5–10 units): ₹20–50 lakh.

• Charging & Landing Hubs: ₹5–10 lakh.

• Software & Control System: ₹8–15 lakh.

• Licenses & Compliance: ₹2–5 lakh.

• Total Pilot Setup: ~₹35–80 lakh.

6. Benefits

• Saves lives by providing fast medical aid.

• Improves connectivity in remote & tribal regions.

• Reduces carbon footprint compared to trucks/bikes.

• Creates opportunities for startup + government partnerships.

7. Challenges

• Regulatory approvals from DGCA (airspace clearance).

• Weather disruptions in hilly areas.

• Limited payload capacity (2–10 kg).

• Initial high investment cost.

8. Future Scope

• Expand to Tier-2 & Tier-3 cities for regular deliveries.

• Increase drone payload capacity to 20–30 kg.

• Integrate AI traffic management system for multiple drones.

• Collaborate with hospitals, e-commerce firms, and disaster management agencies.

9. Conclusion

The Autonomous Drone Delivery Network is a futuristic yet practical solution for India’s connectivity challenges. With a pilot project in remote regions, it can prove life-saving, eco-friendly, and scalable — making it a potential game-changer in logistics and healthcare delivery.

The Problem
For every B.Tech student at our university, the daily campus shuffle is a familiar reality. You have a free hour and need a quiet place to work, but the hunt for an empty classroom begins. We spend valuable time walking up and down the floors of the Ecole building, checking every ECR (Ecole Class Room) and ELT (Ecole Lecture Theatre), only to find them locked, occupied, or reserved for a future class.

This isn't just an annoyance; it's a significant drain on our productivity. While this problem exists across campus—from the School of Law (SOL) to the School of Management (SOM)—it is a daily, high-friction experience for every one of us based in Ecole. Static timetables are unreliable, and the library is often too far for a quick one-hour break, leaving us scrambling for a place to settle.

The Proposed Solution
Availo is a smart, focused platform designed to solve this specific problem. Through a simple mobile app, Availo provides a real-time availability map, starting exclusively with the Ecole building.

The app would feature:

A Live Ecole Map: See a floor-by-floor layout of Ecole, with all ECRs and ELTs color-coded as Available (Green), Occupied (Red), or Soon-to-be-Available (Yellow).

Detailed Information: Tap on any room, like "ECR-2" or "ELT-3", to see precisely how long it's available.

Smart Filtering: Instantly find what you need. For example: "Show me an available ECR on the 1st floor now."

Problems Solved
By providing instant and reliable information, Availo reclaims lost student time, allowing it to be used for productive study rather than a stressful search. It transforms the frustrating hunt for an ECR or ELT into a seamless, 30-second task, directly enhancing the daily experience of every B.Tech student.

Why It Works
The solution is powerful because it starts with a focused, high-pain-point area: the Ecole building. The simplicity of solving one building's problem first makes the project highly achievable. Once the model is proven here, it can easily be scaled to the SOM, SOL, and IT buildings, creating a unified, campus-wide network. For the administration, it provides invaluable data on how our specific academic spaces are being used.

Who Will Get Benefited
B.Tech Students: Immediately save time and eliminate the daily stress of finding a place to work within the Ecole building.

Faculty: Quickly locate an empty ECR for impromptu student meetings or discussions.

University Administration: Gain clear, data-driven insights on ECR/ELT utilization to optimize scheduling and resource planning within Ecole.

Call for Feedback
This idea aims to solve a problem we all face daily in Ecole. As we develop this concept, your feedback is crucial. My main question is: What do you see as the biggest technical or administrative challenge in integrating an app like this with the university's existing scheduling systems for the Ecole building?

Problem: Smallholder farmers often face significant financial losses due to a lack of timely and reliable information. Many cultivate crops without knowing the true condition of their soil, the actual demand in the market, or upcoming weather changes. As a result, they may invest in crops that fail to yield profits, use excessive or inadequate inputs, or lose harvests to unexpected climate conditions. These challenges reduce productivity, increase wastage, and trap farmers in cycles of low income.

Solution – AgriLink: AgriLink is a mobile-first platform designed to empower farmers with actionable insights and direct market access. Using AI-driven algorithms, AgriLink provides personalized crop recommendations by analyzing soil health data, local weather patterns, and real-time market prices. This ensures that farmers grow the right crops in the right season, maximizing both yield and profitability. The platform also offers instant weather alerts, helping farmers plan irrigation schedules, protect their crops from unexpected rains, and optimize pesticide and fertilizer use.

In addition, AgriLink bridges the gap between farmers and buyers. By connecting small farmers directly with wholesalers, retailers, and food processing companies, the platform eliminates middlemen and ensures farmers receive fair prices for their produce. This direct-to-buyer model not only improves farmer incomes but also strengthens the agricultural supply chain by reducing inefficiencies and wastage.

Target Market:

• Smallholder farmers who need decision-making support and better access to buyers.

• Co-operative societies that can scale benefits across groups of farmers.

• Agri-input companies seeking to provide value-added services to their farmer networks.

By integrating technology with traditional farming, AgriLink helps farmers increase their earnings, adopt sustainable practices, and build resilience against climate and market uncertainties.

My idea is an app called EpiAware, designed to make daily life safer and more manageable for people with allergies. The app has three main tools, first, it works as a food scanner that not only reads standard nutrition labels but also warns users about hidden dangers such as cross-contamination from shared production machinery, which can cause serious reactions even when allergens are not listed on the label. Second, it links to a smart EpiPen case that reminds users to carry their device and notifies them when the medication is nearing expiration, ensuring that emergency treatment is always available in time. Third, it features a symptom tracker that allows individuals to manually log allergic reactions, patterns, and possible triggers, creating an organized health record that can be easily shared with doctors to support better diagnoses and treatment plans.

There are apps that do tell people about allergen information however they don’t account for cross-contamination which for highly sensitive individuals can trigger severe reactions requiring emergency care. Some apps can scan food products, others provide reminders, and some allow health note-taking, but no single tool combines all of these critical functions. This gap in the market leaves individuals and families to juggle multiple resources while managing a condition that already causes daily stress. An integrated app would simplify this process and provide more reliable protection.

This idea matters to me personally. As a child, I had allergies and remember how difficult it was for my family to manage. We struggled to identify safe foods, often worried about whether my medication was on hand, and sometimes found it hard to give doctors a clear picture of my symptoms. If an app like this had existed when I was younger, it would have reduced stress, increased safety, and provided reassurance both for me and for my parents. Because of that experience, I strongly believe this solution would make a meaningful difference for other children and families living with allergies, offering them greater confidence, organization, and peace of mind in their daily lives.

Start-up Name: SkillLink Bank

("Linking people through skills, banking knowledge as currency")

SkillLink Bank – Turning Knowledge into Currency

Today, learning is too frequently linked to money, and there are millions of people who cannot afford quality learning. Money is required by online courses, private tutors, and coaching centers, making it impossible for those with little money but great potential. Many others have useful skills—academic, creative, technical, or cultural—that lie dormant because there is no system to trade them sensibly.

SkillLink Bank addresses this by converting skills into a currency with a new value. Rather than paying with cash, users receive Skill Credits when they pass on skills to others. These credits are held in an electronic Skill Wallet and can be exchanged to acquire new skills. A math student can spend their credits learning to play the guitar from a musician, who can then spend their credits learning to code from a coder. It is a self-replenishing, cyclical knowledge economy.

Current edtech sites provide courses but are still based on cash, keeping things transactional in education. SkillLink Bank bridges the gap by making a genuine peer-to-peer exchange with every skill, no matter how large or small, being valuable. Through AI-aided verification, student-teacher matching, and quality rating, the system provides reliable, customized exchanges.

The reach is broad: students obtain access with no budget constraints, instructors receive recognition and meaning, and communities become stronger as a result of shared learning. With time, SkillLink Bank may become a worldwide "knowledge economy," with the skill credits themselves becoming valuable independent of the platform.

This concept is important to me because I think that education shouldn't be a luxury of wealth, but a human right. By making knowledge currency, we are able to discover untapped potential in each and every one of us and build a world in which learning has no bounds.

Hot summers and unpredictable heavy rains make staying outdoors uncomfortable and inconvenient. My idea involves creating a smart all weather umbrella, ClimaShade- a portable, user friendly umbrella that integrates cooling, misting and smart technology to keep the user safe and comfortable in any weather.

The umbrellas in the current market only protect against the rain and sun, they do not provide comfort to endure the harsh weather. In extreme heat, simply blocking sunlight is not enough, users feel sweaty and dehydrated. Similarly, during rains holding gadgets and navigating becomes difficult. No existing umbrella has features of active cooling, rain protection and smart weather assistance in one compact design.

The umbrella has a built-in cooling system activated by the buttons on the handle- a mini fan and a mist spray for hot sunny days- the fan and mist spray working together generate a pleasant cooling effect for hot days. It also has a rain ready design- drip proof edges, strong hydrophobic coating and an aerodynamic design for it to withstand strong wind. Additionally, the umbrella has LED lights to provide safety in the rainfall. The umbrella is powered by a rechargeable battery and it is equipped with solar panels

The umbrella benefits many groups: Students and commuters gain comfort during long walks in extreme weather and elders and children are protected from overheating or getting drenched. Personally, it helps me as I live in a place with scorching summers and extreme monsoons, which has often caused me discomfort which could not be solved with a regular umbrella.

In today’s academic world, there is a hidden problem that almost every student faces but very few people talk about: we are taught what to learn, but rarely how to learn.

Most professors are highly knowledgeable in their subject areas, yet very few have a deep understanding of how the brain processes information or how students actually acquire knowledge. Burdened by their already heavy teaching and research workloads, they have no time to redesign their courses around the psychology of learning. As a result, teaching is usually centered around explaining content, not around teaching how to learn that content. Moreover, teaching tends to follow a linear structure, while the brain encodes and stores information through complex, non-linear networks. This creates a fundamental mismatch: professors concentrate on transmitting knowledge, while students are left struggling to process, integrate, and retain it efficiently. Consequently, students must learn to optimize their own study approaches based on the latest research in learning science.

When left to solve this gap, many students turn to social media. Algorithms on platforms like TikTok and Instagram flood feeds with “30-second study hacks” that promise quick and easy results. These tricks are designed to be catchy, not effective. They feel good in the moment because they look time-efficient and simple, but research shows they actually trap students in shallow, lower-order learning — memorizing isolated facts instead of developing deep understanding. These tips and tricks just solve the symptoms not the real cause. This creates an illusion of progress while setting students up for long-term inefficiency, stress, and burnout.

This reveals a clear gap. Universities focus on content delivery, not on teaching learning science. Professors, even if they know the theory, rarely have the time to apply it. Ed-tech apps like Quizlet or Anki are useful for memorization but don’t train higher-order skills like schema-building, reflective practice, or metacognitive monitoring. And social media simply rewards what is fast and entertaining, not what is effective.

What students really need is not another set of shortcuts, but a learner-centered system that teaches them how to learn in a way that is grounded in real science. I propose a cognitive training platform that focuses not on teaching subjects, but on teaching the process of learning itself.

This system would train students in strategies proven by research:

1. Chunking and Schema Building
   Students will learn how to group related concepts into “chunks” — overlapping, prioritized knowledge structures that reduce working memory load and improve retrieval accuracy. Chunking improves tolerance for higher cognitive load and facilitates mastery of complex, interconnected ideas. Over time, learners progress from forming simple groups to building multiple overlapping schemas that support relational and evaluative thinking
2. Metacognitive Monitoring (Effort-as-Cue)
   A core challenge in student learning is the misinterpreted-effort hypothesis: students often mistake mental effort for poor learning and default to easier, less effective strategies. This system explicitly trains students to monitor cognitive effort as a productive cue for deeper processing. Research shows that monitoring judgments improve when learners are trained to differentiate intrinsic cognitive load (useful effort) from extraneous load (wasted effort). Through reflective practice, students develop accuracy in judging when effort signals growth versus inefficiency.
3. Cognitive Load Optimization
   The system incorporates cognitive load theory (CLT) to help students balance intrinsic and extraneous load. Techniques include: Reducing extraneous load by avoiding redundant information (redundancy effect) and managing split-attention across multiple sources. Optimizing intrinsic load by progressively increasing variability and complexity of practice (variability effect, interleaving). Leveraging the generation effect and worked examples to promote schema construction. This training also accounts for the expertise reversal effect, adapting techniques as students gain domain expertise so they don’t plateau or regress.
4. Non-linear, Recursive Learning
   Unlike traditional linear teaching, the platform promotes recursive, back-and-forth engagement with material. Research on threshold concepts shows that mastery requires repeatedly revisiting and reprocessing ideas (Meyer & Land, 2005). By embedding principles like spacing (strategically timed retrieval), interleaving (switching between related tasks), and priming/pre-study (activating schemas before learning events), students learn to accelerate encoding and retrieval while slowing the forgetting curve
5. Self-Regulation Skills
   Learning science shows that effective studying depends on enabler skills, which this system explicitly develops. Students are trained in time and task management through prioritization, sustainable scheduling, and realistic goal setting. They build motivation and resilience by cultivating a growth mindset, psychological buoyancy, and reflective practice. Attention control is strengthened through focus, distraction management, and strategies to prevent burnout. Finally, habit-creation systems help embed productive study behaviors into routines. Together, these self-regulation practices enhance metacognition and guard students against the “illusion of fluency” that undermines independent learning.

Technologically, this could be built with an AI-powered feedback system that helps students adjust their study strategies in real time, combined with hybrid learning features like online lessons, coaching, and community practice. Progress tracking could be gamified — but unlike most apps, rewards would be given for using higher-order strategies such as retrieval practice, interleaving, grinde maps, or reflective note-taking, rather than simply counting hours studied or flashcards reviewed.

Who Benefits:

• Students: They become more independent learners, studying less time but achieving higher mastery and deeper understanding. Stress, anxiety, and burnout are reduced.
• Universities: Improved student outcomes without requiring professors to become experts in cognitive science. This strengthens the institution’s reputation.
• Community and Society: Produces professionals who can adapt faster, think critically, and apply knowledge in complex, real-world contexts.

This problem matters to me because I’ve experienced it myself. I know how overwhelming academic workloads can feel when you don’t really know the right way to learn. I’ve also watched classmates fall into the trap of social media study hacks — they look productive for a while, but when exams or real-life applications come, the lack of true understanding shows. Some of them managed to score marks by memorizing at a surface level, but when faced with the same questions later, they couldn’t answer because the concepts hadn’t been properly understood or retained.

Let’s be real. Students want to get into research. Professors want reliable students. And yet… nothing connects.

I’ve seen it firsthand: every other student I know wants research exposure but has no idea where to start. Meanwhile, professors are constantly hunting for dependable students to handle simulations, data prep, or literature reviews. Right now, this is a broken system. Opportunities vanish in random emails or closed WhatsApp groups, and the result is a massive waste of talent and time.

So here’s the solution: INQUIRO — from the Latin “to inquire, to seek.”

Inquiro is a campus-first platform that uses AI to solve this disconnect, literally bringing the seekers together with the knowers. Professors can post scoped projects (2–10 weeks, not a lifetime commitment). Students build profiles with their skills—Python, MATLAB, writing, and poster design. The AI engine handles the matching. No more begging. No more “sir, any openings?” spam. Just clarity.

What makes Inquiro different?

This isn’t LinkedIn for job hunters. This isn’t ResearchGate for post-docs. This is built for us—undergraduates who want to build, learn, and make an impact now.

- Smart Matching: Professors post projects and students showcase their skills. Inquiro’s AI does the matching, connecting the right student to the right project without the guesswork.

- AI Recommendations: Inquiro doesn’t just match; it nudges. Students get personalised suggestions like, “You did ML in biology, check out this genomics project.” Faculty get insights like, “These 5 students are strong in data viz but haven’t been utilised this semester.”

- Integrity Tracking: Every contribution is logged. Our platform tracks who is genuinely putting in the work, so recognition—including co-authorship—is based on real input, not favouritism.

Why it matters

I’ve been a student desperately hunting for work that matters. I’ve also heard professors complain they can’t find consistent helpers. Inquiro bridges that gap—making research accessible, fair, and, honestly, way more exciting.

Students get exposure, stronger resumes, and the confidence to tackle bigger challenges. Faculty gain reliable assistants, resulting in faster progress and increased publications. The university grows a vibrant research culture—and becomes known as the place where research actually happens.

So, if you had Inquiro tomorrow, what’s the very first feature you’d want?

As college students, the most relatable struggle that comes to our mind is having a food craving when you’re in the quietest corner of the library or being too lazy to get out of your hostel room. It’s really irritating to walk until the canteen or other stalls, especially in those late night reading sessions or rainy evenings. This is a real life scenario that almost all students can understand.
Right now, large delivery apps like Swiggy or Zomato are not able to fulfill
well to campus life. Delivery fees are generally prohibitively high for small snack orders, and many of the local food stalls around the university aren’t even on these apps. That leaves a void where students who can either miss meals or subsist on ramen in their rooms.
Our concept is straight forward: build a [Mini Scale] On-Campus Food Delivery! The lean MVP may be as simple as a whatsapp group or a menu booklet around 3–4 most popular campüs food stalls. Students order, and a small fleet of part-time delivery drivers (other students looking for side work) is responsible for pickup and delivery. A nominal delivery fee (₹10–20) makes it economical and viable.
Who benefits? Students enjoying easy and cheap access to food without having to step out of their hostel/library. Vendors of food in the vicinity are beneficiaries. Student Drivers – Get In-Store Side Income GNUNET Student delivery partners make sm`notde When they want!
This is a problem that I care about because being someone who has dealt with late night hunger and the pain of having to exit my hostel room just so I can satisfy that craving, I've been there; done that for a quick snack. A micro-scale, student-run food delivery service could transform campus life, starting small and scaling only if demand proves strong.

A persistent problem at universities is the excessive time students spend in queues for administrative tasks such as registration, document verification, fee payments, and library services. These unorganized lines lead to frustration, loss of productivity, and negative campus experiences, especially during peak periods like admissions or exam weeks[1].

Current solutions are either basic (manual token systems) or costly (dedicated staff). Digital queue apps exist but most are general-purpose and not tailored to the university environment, lacking integration with existing student portals, automatic notification features, and priority handling for emergencies or differently-abled students[1].

The proposed solution is a digital Smart Queue Management System embedded in the university’s official web portal and mobile app. Students can book slots for administrative services ahead of time, receive real-time updates about wait times, and access digital tokens. Staff can easily manage appointment calendars, process requests more efficiently, and adapt schedules dynamically. The system can also be integrated with student IDs to automate check-ins and notify users when their turn is approaching, helping reduce crowding and stress[1].

Beneficiaries include students, administrative staff, and university management. Students avoid long waits and wasted time, staff work with clearer schedules and lower stress, and management benefits from smoother campus operations and better student satisfaction[1].

This problem matters because it directly improves efficiency, stress levels, and inclusivity on campus, making critical administrative processes easier and faster for everyone. Technical details could include integration with existing campus Wi-Fi authentication, use of QR codes for check-ins, and optional priority slots for urgent cases[1].

 Real-world problem

Hostel students often suffer from water-related issues due to poor bathroom water quality. The untreated water contains chlorine, sediments, and other impurities, which cause skin allergies, rashes, dryness, and hair fall. Since hostelers cannot control the water supply, this becomes a constant struggle affecting their health, confidence, and well-being.

Highlight gaps in the current solutions/market

Most water filters in the market focus only on drinking water purification. Very few products address water quality for personal care (bathing and washing). The shower filters that exist are often bulky, expensive, and not portable, making them unsuitable for students who frequently move between hostels or rented rooms. This leaves a clear gap for an affordable, compact, and skin/hair-friendly water solution designed specifically for hostelers.

 Who gets benefits (users, buyers, community)

• Users: Hostel students, PG residents, and young professionals in rented rooms directly benefit by reducing allergies, dryness, and hair fall.

• Buyers: Parents and guardians who want to ensure their children’s health while away from home.

• Community: Colleges and hostels can also benefit by adopting GlowFlow as a student wellness initiative, improving student satisfaction and overall well-being.

 Why this problem matters to me

This problem matters to me because I have personally seen hostelers and friends suffer from unnecessary skin and hair issues caused by poor water quality. It is frustrating when something as basic as water affects daily life and confidence. I believe students already deal with academic and personal pressures—so providing them with clean, skin-friendly water can make hostel living healthier and more comfortable.

Technical details

GlowFlow will be a compact, attachable filter that fits on taps or showerheads. It will use a multi-layer cartridge system:

1. Sediment layer – removes dust, rust, and particles.

2. Activated carbon – neutralizes chlorine, odors, and chemicals.

3. Vitamin C/mineral layer – balances water pH and makes it skin- and hair-friendly.

4. Usage Indicator – a color strip that signals when the cartridge needs replacement.

Concept

Peer-to-peer skill trading platform where individuals exchange skills rather than dollars. Users post skills they can provide (e.g., programming, photography, language lessons, marketing strategy) and those they wish to acquire. An AI system pairs them up with others for exchanges, building a community-based “marketplace of skills.”

How it Works
1. Skill Listing – Users build a profile with skills they can provide and skills they wish to acquire.
2. AI Matching – It matches users according to availability, skill level, and objectives (e.g., “Sarah teaches Spanish in exchange for web design assistance from John”).
3. Credit System – If a direct exchange is not feasible, users gain credits for teaching/helping others that they can use to learn a new skill.
4. Trust Layer – Profiles feature verified reviews, ratings, and a record of finished exchanges.

Problem It Solves
• Expensive skill development: Private tutoring and courses are costly.
• Wasted talent: There are numerous individuals with skills they never turn into money or share.
• Inequity in access: Professional learning resources are not equally available to everyone.
• Loneliness: The learners lack human engagement and the guidance of a mentor.

Benefits
• Affordable Learning – Learn new skills without cost.
• Community Building – Develop networks through peer-to-peer engagement.
• Skill Validation – Reviews and portfolios provide credibility and evidence from the real world.
• Flexibility – Operates worldwide, across time zones, and with various levels of expertise.
• Scalability – Can grow from single learners to startups, nonprofits, and companies trading services.

 Personal Carbon Footprint Wallet A "carbon debit card" that monitors the carbon footprint of each purchase you make (food, transport, shopping, energy bills) and provides real-time insights + rewards. How it works: Links to your bank/UPI transactions. Utilizes AI + product databases to estimate carbon emissions per transaction. Shows a "carbon balance" like a bank balance. Rewards customers with discounts/credits as they remain under specific thresholds. Capability to offset directly through certified green projects. Why it's special: Transfers climate responsibility from intangible "awareness" to quantifiable daily actions. Provides a gamified, competitive element ("I reduced my weekly carbon footprint by 12%!"). Bank-, fintech-, even government-level scalable. Real-world impact: Enables people to make informed decisions. Offers businesses customer sustainability insights. Directly contributes to net-zero.