Engineers Clinic
IntermediateBusiness trackFP-MBA-03

Quick-commerce dark-store location and unit economics

Model demand across a city, choose six dark-store sites that maximise ten-minute coverage without cannibalising existing stores, and prove each one can break even.

Business & ManagementOperations
6 Guided Steps38h Internship TierSubmit: Problem frame and unit economics tree + demand grid + site scoring workbook + per-store P&L model + sensitivity analysis + expansion deckVerified CertificateAI Rubric Graded
Program Overview

Industry project · for Kirana10, a Pune quick-commerce start-up running 14 dark stores and deciding where to open the next six

Kirana10 delivers groceries and daily essentials in about ten minutes in Pune. It runs 14 dark stores of 2,500 to 4,000 sq ft and fulfils about 26,000 orders a day. Average order value is ₹480. The founders have raised money for six more stores in the next two quarters, and investors want to see each one reach contribution break-even within six months of opening.

The last two stores opened on gut feel. One is doing well. The other, in a wealthy but low-density area, does 380 orders a day against a break-even of about 900, and is losing ₹9 lakh a month. The founders do not want to repeat that.

You are the strategy and operations associate. In eight weeks you will: - frame the expansion decision and the unit economics that drive it; - build a demand model on a grid of 1 km cells across Pune, using public ward population data and synthetic order history from the existing stores; - score candidate sites on ten-minute coverage, demand density, cannibalisation of existing stores, rent and rider availability; - build a per-order and per-store P&L for each shortlisted site; - test the sensitivity of break-even to AOV, basket margin, rider cost and rent; - present six recommended sites with their payback and the risks.

Done means six named sites, each with expected orders per day at month 6, contribution per order, break-even orders and payback, plus the two sites you considered and rejected and why. The founders should be able to defend the list to their board.

Problem framingUnit economicsLocation analyticsDemand modellingSensitivity analysisInvestor-style presentation
What you submit

Problem frame and unit economics tree + demand grid + site scoring workbook + per-store P&L model + sensitivity analysis + expansion deck

Stack: Excel or Google Sheets, QGIS or Kepler.gl, Python with pandas (optional), PowerPoint or Google Slides

How it is graded
  • Clear framing15

    The decision, constraints and unit economics drivers are set out before any analysis.

  • Credible demand model20

    Demand per grid cell is built from public population data and calibrated to existing store orders.

  • Site selection logic25

    Sites are scored on coverage, density, cannibalisation, rent and riders, and the scoring is transparent.

  • Sound unit economics25

    Per-order and per-store P&Ls are complete and break-even and payback are correct for each site.

  • Board-ready recommendation15

    Six sites are recommended with payback and risks, and rejected sites are explained.

Pass 60% · Merit 75% · Distinction 90%

Learning Outcomes
Frame an expansion decision around unit economics
model demand on a geographic grid
score sites on coverage and cannibalisation
build per-order and per-store P&Ls
test break-even sensitivity
Target Audience

Engineering Students

Diploma, B.Tech, B.E., BCA, MCA, or M.Tech students seeking practical experience.

Aspiring Developers

Developers who want to build proof-of-work capstone projects for tech resumes.

Job Seekers

Graduates looking for AI-evaluated code review & verified industry credentials.