Morphological chart for autonomous container transport system

Project sponsor
HR Tech (RDM) Centre of Expertise, Rotterdam university of Applied Science
Professor: Ron van Duin
Researcher: Nilesh Anand

Background
Container terminal can improve its efficiency, safety and deal with lack of personnel using connected autonomous transport (CAT) system in terminal for container movement.  CAT system is consists of many different elements such as vehicle types, communication systems, signalling system, information exchange system etc. Out of these systems/elements some are must have, some are should have and other are good to have. All these possible elements can be combined to form a morphological chart. A morphological chart is a visual way to capture the necessary product functionality and explore alternative means and combinations of achieving that functionality. For each element of product function, there may be a number of possible solutions. Accordingly, this research focuses on developing a morphological chart of a CAT system for container terminal.

Main research question
How a morphological chart can be developed for a connected autonomous transport (CAT) system in terminal for container movement?

Topics to investigate

1) Identify functions (ranging from typical to ideal) associated with connected autonomous transport (CAT)

2) Identify possible solution/elements/system needed to perform each function.

3) Combine functions and systems (identified in previous steps) to develop a morphological chart which can be used as a tool box to identify value propositions and design recommendations of different type of CAT

Possible Methods

1) Literature review
2) Survey and interview with experts, container terminals/logistics parks stakeholders and companies developing autonomous vehicles

Deliverables

1) List of functions (ranging from typical to ideal) associated with connected autonomous transport (CAT)

2) List of possible solution/elements/system needed to perform each function.

3) A morphological chart which can be used as a tool box to identify value propositions and design recommendations of different type of CAT

Research time span

4-6 months

Research type 
Master thesis project

Contact persons
Nilesh Anand (Hogeschool Rotterdam) n.r.anand@hr.nl
Ron van duin: j.h.r.van.duin@hr.nl (Hogeschool Rotterdam) j.h.r.vanduin@tudelft.nl

Reference article

Partners