The Integrated Problem of Construction Project Scheduling and Multiskilled Staff Assignment with Learning Effect

Effective multiskill resource scheduling requires comprehensive workforce assignments. Drawing on the multiskill project scheduling problem perspective, this study investigates the integrated problem of project scheduling and multiskilled staffing based on a more realistic perspective that human skill level is dynamic and has a variable activity duration caused by the learning effect. An integer linear programming model is innovatively constructed to solve the problem directly. Moreover, an adapted tabu search algorithm with six resource-oriented priority strategies is designed to solve large-scale problems efficiently. Based on a realistic construction project case and numerical instances, comprehensive computational experiments are conducted to validate the proposed algorithm. The findings reveal the impact of different resource strategies on project duration and personal skill growth, particularly through the optimization of project scheduling according to the dynamic scenarios. The research extends conventional project scheduling knowledge and its methods by solving complex scheduling problems for improved project objectives and employee value. In practice, the model and the algorithm can be integrated into the project management information system for strategizing a plan of project scheduling and staff assignment proactively.

Automated summary

This study investigates the problem of project scheduling and multiskilled staffing based on a realistic perspective. An integer linear programming model is constructed to solve the problem directly, and a tabu search algorithm with resource-oriented priority strategies is designed for efficient solving. The findings indicate the impact of different resource strategies on project duration and personal skill growth.