A 6-day skill development program at SKUAST, built on one simple idea: don't teach entrepreneurship in a classroom — teach it standing in a dumpsite.
When we signed our MoU with SKUAST, the plan was ambitious on paper: a two-year skill development program built around local resource availability and entrepreneurship, aimed squarely at the ecological challenges Srinagar lives with every day — landfill overflow, water contamination, and the slow decline of its water bodies. Week one was where that plan met reality. Here's how it unfolded, day by day.
Day 1 — Setting the Tone, Not Just the Schedule
The week opened with a formal inauguration — the usual protocol, the welcome addresses, the context-setting. But the real work of Day 1 happened after the ceremony ended. Participants were introduced not just to what the week would look like, but to a skill most of them had never formally used: how to collect realistic, usable data in the field. No assumptions, no secondhand reports — direct observation, interviews, measurement.
By the end of the day, everyone knew exactly where they were headed the next morning, and why.
Day 2 — Five Sites, One City's Reality
This was the day the program stopped being theoretical.
Participants visited the Dal Lake cleaning process unit — the very facility from which the city draws its water — and saw firsthand the pressures the lake is under. From there, they moved to the STP (Sewage Treatment Plant) to understand the treatment process up close, then to the Fruit Mandi to hear directly from vendors about their pain points. The trail continued to the point where the Doodh Ganga meets the Jhelum, and finally to the Achan Dumpsite — Srinagar's sole municipal landfill, and by far the most sobering stop of the day.
This wasn't a tour. Every group carried data sheets. Every site became a small research assignment. By evening, participants weren't just aware of Srinagar's ecological problems — they had numbers, observations, and stories attached to them.
Day 3 — The Day That Didn't Happen (And Why It Mattered Anyway)
Not every plan survives contact with reality. Day 3 — originally set aside for Design Thinking and problem definition — was declared off due to an official function. On paper, it looks like a lost day.
In practice, it became a lesson in adaptability — for organizers and participants alike. The content didn't disappear; it got redistributed. That flexibility ended up shaping the rest of the week in a good way.
Day 4 — Problems Get Names, and a City's Plumbing Gets Personal
With Day 3's session folded in, Day 4 opened with participants pitching their own views on four themes pulled straight from Day 2's field data: Fruit Mandi, River Jhelum, STP, and the Achan Dumpsite. For many, this was the first time they'd had to stand up and defend a problem statement in front of peers — not a solution yet, just a clearly argued this is the problem, and here's why it matters.
The afternoon shifted register entirely. The group dug into the urban water cycle — and, more pointedly, into the everyday products already sitting in most homes that quietly pollute the water system on their way out. Detergents, chemicals, things nobody thinks twice about pouring down a drain. It was the session that made the morning's field data feel personal rather than distant.
Day 5 — Decentralization, Again and Again
If there was a single word that defined Day 5, it was decentralized. Working in teams built around the sites they'd studied — Landfill, Fruit Mandi, STP, Jhelum, and Dal Lake — participants independently arrived at solutions that shared the same underlying instinct: don't move the problem to one central facility, solve it where it happens.
It wasn't a coincidence, and it wasn't spoon-fed to them. Five teams, working on five different problems, converged on the same architecture. That's usually a sign the diagnosis was right. The day closed with every team building out their pitch decks for the finale.
Day 6 — The Grand Finale
Six days of fieldwork, pivots, and iteration came down to one afternoon of pitches. Judges were briefed to keep the tone encouraging — this was a capstone for students new to both startup pitching and, in several cases, the underlying bioscience — and to ask one simple, site-relevant question per team rather than stress-test technical depth.
What came out of it was sharper than "student hackathon" usually implies:
- Team GenZ (Dal Lake) — DAL-BIO: a modular floating treatment system that intercepts pollution at the source using alginate-immobilized microbes and microalgae, recovering biomass instead of letting it decompose in the lake.
- Team Roots (Jhelum / Dal Lake / Achan Dam) — BioClear™: a Bacillus subtilis-based microbial sachet designed for STPs and lake inlets, pitched on the simple promise of "no measuring, no lab handling."
- Team Gennova (STP) — Sludge-to-Energy & Compost System: a 13-unit process turning sewage sludge into biogas, certified compost, and reusable water, backed by some of the most detailed unit economics of the week.
- Team Saffron (Achan Landfill) — Micro-Zone Circular Hub Network: a grid of off-grid, solar-powered neighborhood kiosks that process waste within a 10-day loop, aiming to flip landfill processing from a cost center into a profit center.
Five sites, five teams, one shared thread: every solution treated Srinagar's ecological problems as something to intercept early and recover value from, not something to manage after the fact.
What the Week Actually Proved
Take away the pitch decks and the unit economics tables, and what's left is simpler: a week that asked university students to stand in a landfill, sit beside a sewage treatment plant, and talk to fruit vendors about their waste — and then trusted them to turn that into something buildable.
That's the real substance behind the MoU. Not a curriculum on paper, but five teams who can now point to a specific spot in their own city and say: we studied this, and here's what we'd build.
Two years, five focus areas, and one week in — this is just the beginning.
