This paper introduces a set of integrated software tools that improve a shipyard’s ability to conduct effective capacity planning and analyses as well improve their spatial scheduling throughout all their facilities. The Long-Range Capacity Planning Tool replaces a manually intensive planning process through a user-friendly interface. The Spatial Scheduling Tool is a vastly improved version of previously developed software (Finke et al., 2007; 2008) to determine which areas of the shipyard are in use throughout the build plan. Finally, a Shop-Level Capacity Planning Tool is introduced that provides planners a view of work order schedules and their impact on work center capacity. These tools can be used to generate and save different build plan scenarios to perform what-if analyses and to perform more accurate capacity analyses to explore how adding a new hull to the build plan will affect current production plans. These tools interface with a Central Data System, which extracts information from legacy data systems, and acts as the central repository for all capacity planning data, ensuring that the tools have identical and up to date information. The tools also provide reporting/export functions that enable efficient integration back to the shipyard’s legacy execution system.
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SNAME Maritime Convention and 5th World Maritime Technology Conference
November 4–6, 2015
Providence, Rhode Island, USA
Integrated Capacity Planning System for Shipyards
Christopher B. Ligetti;
Christopher B. Ligetti
ARL Penn State
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Drew Anderson
Drew Anderson
General Dynamics Bath Iron Works
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Paper presented at the SNAME Maritime Convention and 5th World Maritime Technology Conference, Providence, Rhode Island, USA, November 2015.
Paper Number:
SNAME-WMTC-2015-270
Published:
November 04 2015
Citation
McPherson, Deanne B., Ligetti, Christopher B., Finke, Daniel A., and Drew Anderson. "Integrated Capacity Planning System for Shipyards." Paper presented at the SNAME Maritime Convention and 5th World Maritime Technology Conference, Providence, Rhode Island, USA, November 2015. doi: https://doi.org/10.5957/WMTC-2015-270
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