Tabellab
Data & Analytics Intermediate

Location Analytics in Excel: Distances, Catchments & Territories

Haversine distances from latitude/longitude, distance matrices, nearest store with INDEX/MATCH, catchment rings, drive-time proxies, territory balancing, the Huff gravity model and weighted site selection with a scatter map: 8 labs on one bakery chain's network.

8 lessons 8 labs 2.2 h Certificate

The first lesson is free — no account needed.

About this course

A location analytics course that analyses one bakery chain's network in a spreadsheet, without GIS software, for retail analysts, site selection teams and sales operations. You calculate great-circle distances from latitude and longitude with the haversine formula, build a distance matrix from customer towns to stores with one formula and mixed references, find each town's nearest store with MIN and INDEX/MATCH, size primary, secondary and tertiary catchment rings with COUNTIFS and SUMIFS, turn straight-line miles into drive-time estimates with a circuity factor, balance sales territories by workload, estimate store sales and market share with the Huff gravity model and score candidate sites with weights on a latitude/longitude scatter map. The first lab is free.

Lessons

  1. Haversine: Straight-Line Distance from Latitude & LongitudeLab15 minFree
  2. Distance Matrix: Every Customer Town × Every StoreLab16 min Pro
  3. Nearest Store per Customer with MIN and INDEX/MATCHLab15 min Pro
  4. Catchment Rings: Counts and Revenue within a RadiusLab16 min Pro
  5. Drive-Time Proxy: Circuity Factor and Speed AssumptionsLab15 min Pro
  6. Territory Balancing: Workload per Sales RepLab16 min Pro
  7. Huff Gravity Model: Probabilities and Market ShareLab18 min Pro
  8. New Site Selection: Weighted Scoring and a Scatter MapLab18 min Pro