Aerospace_Production_Scheduling

Published: 11 June 2026| Version 2 | DOI: 10.17632/p7g96yvvgb.2
Contributor:
José Roberto Dale Luche

Description

This dataset contains both real and simulated production demand scenarios from the surface treatment area of a Tier-1 aerospace manufacturing company. The real data represent 30 daily demand profiles collected from actual production operations. Each daily scenario includes the demand quantity for 56 distinct items processed in the chromic anodizing sector, subject to complex operational constraints such as tank capacity, fixture geometry, and alloy compatibility. The simulated scenarios were generated by aggregating the demand from two consecutive production days to create accumulated-demand conditions. This results in 30 simulated scenarios designed to evaluate the scalability and robustness of a Mixed-Integer Linear Programming (MILP) model developed for production scheduling and capacity planning in this manufacturing context. The simulated scenarios reflect stress-test conditions, with higher workloads compared to the real daily scenarios.

Files

Steps to reproduce

See 'dataDescription.pdf' file

Institutions

  • Universidade Estadual Paulista Julio de Mesquita Filho - Campus de Bauru
    SP, Bauru

Categories

Operations Research, Machine Learning, Aerospace Industry

Licence