This work will contribute to the core of the Puckboard scheduling software being developed by the Air Force for crew scheduling. We adapt two concepts from commercial aviation for robust crew scheduling: buffer times (slack time between two successive flights operated by the same pilots) and move-up crews (back-up crews for substitution when pilots become unavailable). While it may be a bit of an investment, scheduling software can make a world of difference in boosting your crews productivity. Finally, we identify key uncertainties in Air Force crew scheduling and contrast them with commercial aviation. We develop an intuitive schedule visualization tool that we use for user studies, and discuss user feedback on our scheduling algorithms. Then, we present a formulation to handle disruptions to an original schedule. We develop objective functions based on two known scheduler priorities: maximizing training requirements completed, and minimizing overqualification (assigning the lowest qualified pilot feasible for each pilot seat). We start with a baseline integer program formulation. In this thesis, we leverage optimization techniques to improve the crew scheduling process. Traditionally, this has been a manual, tedious, and time-consuming process. Further, last-minute disruptions and uncertainties in factors like flight duration and pilot availability motivate the need for more robust schedules. Because of complex qualification requirements, as well as crew rest and availability constraints, Air Force crew scheduling is a challenging combinatorial optimization problem. There’s a huge number of varied factors that have to be taken into consideration when creating a schedule and then there. Scheduling is a crucial, yet highly complicated process in any industry. Customize crews based on skill, experience, location, or any. Efficiently match crews to job specs, ensuring quality service and customer satisfaction. Reduce costs with location-based, time-sensitive smart scheduling. Air Force crew scheduling involves assigning pilots to flights to fulfill mission duties and complete training requirements. Scheduling optimization in airline management: pairing and assigning crew Scheduling software implementation approaches. Taskbird’s crew management app allows you to easily create and optimize your top-performing service team for every job.
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