Transport Modelling and Process Planning
Here you will find information on the individual thematic focal points of Transport Modelling and Process Planning.
- Development of traffic models to emulate commercial traffic within a geographic area
- Qualitative conception and model based design of scenarios in freight and public transport
- Forecast of commercial traffic as well as traffic and spatial planning
- Methods to picture logistics material and information flow processes
- Design of standard processes and modular process chains
- The conception of process modelling languages
- Prototype development for modelling systems
- Design of methods to improve processes in transport logistics
- Development of new approaches referring to process based definition of capacity (e.g. for staff, space, equipment)
- Detection and integration of process or resource affecting parameters
- Development of software-demonstrators for static or dynamic planning of capacity requirements
- Development of Key Performance Indicators including financial, performance-related, qualitative and environmental figures
- Integration into an overarching KPI-system to control logistics processes
- Transfer into rating systems, i.e. to balance energy consumption or GHG-emissions of stationary and mobile logistics processes
- Benchmarking based on market analyses
Contact: M. Sc. Marius Dellbrügge
Selected projects of the Transport Modelling and Process Planning division
01/01/2023
EnEff:Stadt: UrbanFactory II – Resource-efficient urban districts through urban production
Increasing resource efficiency and the acceptance of urban production sites
09/01/2015
Urban Factory - Development of resource-efficient factories in the city
Development of a knowledge platform for energy and resource efficiency in urban production
09/01/2014
CEP-City - Behavior-based multi-agent simulation of the CEP market
Development of a behavior-based multi-agent model for the simulation of CEP traffic in interaction with the overall traffic in urban areas
01/01/2014
Sustainable freight transport in urban areas
Impact assessment using freight transport models based on system dynamics
12/01/2013
CO2 balance - Multimodal logistics nodes: Extension of the CO2 balance method kit for more precise determination and allocation of environmental effects in multimodal logistics nodes
Expansion of the CO2 method kit to include a module for more precise determination and allocation of environmental effects in multimodal logistics…
09/01/2012
Quasireko – Planning Resources in Contract Logistics by use of Requirements Analyses and Simulation
Development of a demonstrator tool that supports the contract logistics service provider in the selection and calculation of resources in advance of…