Integrating International Space Station Payload Operations Steven R. Noneman Steven.Noneman@msfc.nasa.gov NASA/MSFC Abstract: The International Space Station (ISS) will provide investigators around the world a long duration space science and technology research capability. This diverse, geographically- distributed ISS utilization activity will be supported by operations centers in participating partner nations. NASA will integrate and coordinate ISS utilization through a Payload Operations Integration Center (POIC) at Marshall Space Flight Center. POIC functions and capabilities are defined. The functions include ISS payload activity planning, payload operations control, payload data management, and utilization operations integration with the other centers. The POIC facility support these functions. The payload activity planning function results in summary plans and detailed timelines. POIC planners working with other operations centers generate these integrated plans and timelines. The POIC facility provides communications, information, and planning systems to perform these tasks. The payload operations control function supports the execution of the timelines. POIC personnel will monitor the execution of ISS crew and ground-based payload user timelined activities. They will coordinate timeline changes to avoid activity conflicts. POIC communications, telemetry, and command processing systems are used to perform payload operations control. The payload data management function coordinates video, science, and housekeeping telemetry collection and distribution. The POIC data management team will coordinate payload utilization of onboard data systems, Tracking and Data Relay Satellite, and ground communications and data systems. Finally, the POIC will be the hub of ISS utilization activities. By interfacing with the other ISS centers using information management and communications systems, the POIC personnel will facilitate routine information dissemination and coordination. Additionally the POIC integrates troubleshooting and contingency management of ISS utilization when unexpected events and malfunctions occur.