School of Engineering Science
Optimal production planning is one of the most time-consuming and challenging tasks for many production experts, especially in diverse manufacturing environments where humans, robots, and machines work independently or collaboratively. Therefore, in this Industry 4.0 era, it is crucial to equip manufacturers with a digital decision support tool to plan their production efficiently. This project aims to develop an optimization tool to assist production planners in determining the optimal production sequence and assigning tasks and resources to workstations.
The PREFER project will significantly impact the production process by enhancing resource efficiency, robust and efficient production, and smart production planning. The outcomes of the project are expected to contribute to the competitiveness of the manufacturing industry in four main ways:
The project results will contribute to improving three important KPIs: throughput, energy consumption, and production planning lead time.
The project consortium includes three partners: (i) the University of Skövde as the project coordinator and the academic partner of the project (ii) Volvo Trucks and Daloc AB as the industrial partners that will support the project by providing use cases and involvement in various project activities.
The project has been planned for over three years and consists of five work packages, three technical and two general work packages. The technical work packages are dependent and need to be completed in sequence. The two other work packages are concerned with project coordination and dissemination. The solution and tools developed within the project will be tested and verified by industrial demonstrators.
CIRP - Journal of Manufacturing Science and Technology
2023. Article. https://doi.org/10.1016/j.cirpj.2023.09.002