Industry projects · for student teams
Real freight problems. Real data. Your answer.
Each problem below comes from a question our own network faces, and each one links to data we have already published. Pick one, bring your team, and show us something we have not seen.
Who this makes happy
The student team whose project answers a question a real business is asking, and the shipper who, one day, gets a truer delivery date or a better-placed branch because of it.
- Tell us about youOne short form or a WhatsApp. Two minutes.
- A person repliesSomeone from the team reads it and gets in touch.
- Confirmed in writingEvery detail agreed with you before you commit.
- Parcel arrives
- Driver: all good
- Receiver waves
- Sunrise at the warehouse
- Shop restocked
- Delivered
The rules of the game
How a project works
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Public data only
Every dataset is an aggregate published in our research library, with its limits stated. No private records change hands.
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A question, not a template
Each problem is open-ended. Two teams can reach different, equally good answers.
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Show your working
We care about method and honesty about limits as much as the headline number.
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Feedback from practitioners
Where agreed, people who run freight review your approach and your final output.
The menu
Problem statements
Each links to its research note and the public files: the whole chart data (JSON) and individual datasets (CSV).
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Problem 01 · Operations · statistics
Seasonality and capacity planning
Bookings fell 72% in Diwali week and part loads peaked in January. How should a network plan trucks and people around the calendar?
- Build a weekly demand forecast with festival effects
- Separate the monsoon effect by region
- Recommend a staffing and truck-hiring plan by month
Read the note data.json monthly_volume.csvweekly_festive.csvregional_monsoon.csvmonthly_trucks.csv
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Problem 02 · Operations research
Routing and transit promise
A truck covers roughly 300 km a day; a part-load parcel far less. What transit time can a carrier honestly promise between two pincodes?
- Model transit days from distance for FTL and PTL
- Find where consolidation adds the most days
- Design a transit-promise table a customer could trust
Read the note data.json by_distance.csvptl_days_distribution.csv
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Problem 03 · Geography · strategy
Coverage and network design
Where do goods flow between states, and where would a new booking point or hub earn its keep?
- Map the corridors by value, tonnes and consignments
- Spot imbalanced corridors where trucks return empty
- Shortlist states for new booking points and justify them
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Problem 04 · Supply chain · operations
Mode choice: full vs part load
When does a shipper book a whole truck instead of sharing one, and how does that change with distance?
- Locate where FTL gives way to PTL by lane length
- Describe how parcel sizes change as lanes get longer
- Write a one-page mode-choice guide for small businesses
How it works
From problem to presentation
Pick a problem
Choose one below or propose your own.
Tell us your team
Institution, course, team size, faculty guide and timeline.
Agree the scope
We confirm what feedback we can give and when.
Present
Share your output with the team that would use it.
Problem statements are real; the programme is designed with you.
We have not fixed cohort sizes, deadlines or awards, and we will not publish any until they exist. What exists today is the problems and the public data. Everything else we agree with your team and faculty.
- Your institution and course
- Team size and faculty guide
- The problem you chose
- Your start and end dates
The network behind it
- 5.1 lakh
- Consignments booked in a year · FY2025-26
- 10,000+
- origin-to-destination lanes · FY2025-26
- 76,000+
- truck hires in a year · Sep 2025 to Aug 2026
- 2,000+
- destinations delivered to · FY2025-26
Figures from our facts page, where every number carries its source and method.
Prefer to talk? Call +91 75062 45557 · ask us to call you · simple page in your language · email corporatesales@sslpl.in
Frequently asked questions
Is the data really public?
Can we get the raw, row-level data?
Who owns what we build?
Will SSL supervise or grade the project?
Can we propose our own problem?
Is there a prize or stipend?
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