SIMOBOT research project: intelligent solutions for tomorrow’s intralogistics
The research project SIMOBOT (simulation-based analysis for the intelligent adaptation of the degree of autonomy of mobile transport robots in intralogistics) aims to further develop the efficiency and adaptability of mobile transport robots in intralogistics. This innovative collaboration between the Frankfurt University of Applied Sciences, SimPlan AG and other partners offers practical approaches to the challenges of the automotive and supplier industry.
Background and objectives of SIMOBOT
In an increasingly digitised and individualised world, in which complexity and the pressure to innovate are on the rise, the automation of intralogistics plays a central role. Within the framework of SIMOBOT, predictive simulation approaches are to be used to develop ways of optimising the use of mobile transport robots. The two-year project focuses on the automotive industry, which is particularly affected by increasing cost pressure and a shortage of skilled workers.
Development of innovative simulation solutions
SIMOBOT aims to develop a demonstrator that combines material flow simulation with fleet management systems, optimising the runtimes of mobile robot fleet simulations. With the help of a multi-core simulation solution, it will be possible to simulate real scenarios quickly and efficiently. Another important aspect of the project is research into how adaptive adjustment of the transport robots’ degree of autonomy can increase their efficiency and productivity. Data collected at Continental, one of the project partners, enables direct comparison with real-life production conditions, resulting in a validated and more precise simulation.
Increasing efficiency and designing the workplace of the future
A central goal of the project is the optimisation of intralogistic material flows and the design of a future-oriented working environment. The use of autonomous transport robots can help to relieve the burden on employees, who can then concentrate more on more responsible and creative activities. These adjustments not only create more efficient value chains, but also make workplaces in production and logistics more attractive.
Consortium and first steps in the project
The project consortium, consisting of the Frankfurt UAS, SimPlan AG and the associated partners Continental Automotive Technologies GmbH and SYNAOS GmbH, relies on close cooperation and the exchange of know-how. At the internal kick-off meeting on 30 October 2024 at SimPlan AG, the first steps and strategic goals were already defined to achieve the best possible results.
With SIMOBOT, the project team is making an important contribution to Hessen’s innovation strategy and supporting the development of intelligent intralogistics solutions that offer both technological and economic advantages for the region and industry.
Project partners
The research project is funded by the Hessian Ministry for Science and Research, Art and Culture:
HA-Project-No. 1771/24-118
The funding started in October 2024 and will continue until September 2026.