Short-Distance Route Optimization Course

This course is about the many short routes that keep local logistics and services moving: urban deliveries, local transport, port mobility, tourist routes, collections, transfers, technical services, last-mile distribution and short maritime runs. You will learn the key variables of distance, time, cost, traffic, consumption, capacity, time windows, stops and resource availability, then gather and analyze the data on origins, destinations, demand patterns and constraints, and prepare the maps, distance matrices and estimated times on which every good route plan is built.

What sets this course apart: it covers both land and short maritime operations within the same planning logic, rather than treating them separately; it explains the core optimization methods in plain terms, from stop clustering and sequencing to circular, linear, zone-based and return-to-base routes; it shows how to allocate vehicles, boats, drivers and crews and how to re-plan when traffic, weather, cancellations, breakdowns or new requests appear; it teaches practical use of digital maps, GPS, planning apps, spreadsheets, light TMS and tracking platforms; and it ends with an applied project in which you redesign a real set of routes.