Lucas Moul Email & Phone Number

Tempe, Arizona, United States

Greater Phoenix Area

• Lead Engineer, Product Owner, and Architect of large automation solution allowing resource allocation, equipment connectivity, and complex equipment configuration to be scheduled ahead of time, and executed at the time.
• Translating business and operation requirements into technical requirements
• Collaborating with engineering teams, operational teams, and third-party vendors to develop long term strategy, product development, and implementation roadmaps (Scrum/JIRA/Confluence)
• Developing complex monitoring, control and automation solutions to meet business and operational needs, including alarming, dashboards, and notifications (Audible, Instant Messaging, Email) for critical workflows
• Quality Assurance for final validation before release of a product to the customer

Tucson, Arizona Area

 Performing configuration, maintenance, monitoring, integration and troubleshooting of the following equipment: Video compression systems for numerous live video services across the country, from source handoff (8VSB /ASI / IP) through compression and encoding to MPEG-2 and MPEG-4 over IP to Video Multiplexers, on bothhardware based systems and software.

• Providing communications reliability of data to the user in excess of 99%
• Supporting constant communications for manned space flight missions, including the International Space Station, numerous Space Shuttle Missions, and other related programs
• Providing critical communications services to user spacecraft providing a means to download pertinent scientific data for NASA and other users to their respective mission control centers.
• Supporting launches of various spacecraft.
• Monitoring and troubleshooting of tracking, telemetry, and command (TTC) equipment at the ground station for 7 TDRS satellites.
• Monitoring and troubleshooting of user service support (USS) ground equipment for 7 TDRS satellites, each with 2 S-band Single Access (SA) forward services, 2 S-band SA return services, 2 K-band SA forward services, 2.

• Providing communications reliability of data to the user in excess of 99%
• Supporting constant communications for manned space flight missions, including the International Space Station, numerous Space Shuttle Missions, and other related programs
• Providing critical communications services to user spacecraft providing a means to download pertinent scientific data for NASA and other users to their respective mission control centers.
• Supporting launches of various spacecraft.
• Monitoring and troubleshooting of tracking, telemetry, and command (TTC) equipment at the ground station for 7 TDRS satellites.
• Monitoring and troubleshooting of user service support (USS) ground equipment for 7 TDRS satellites, each with 2 S-band Single Access (SA) forward services, 2 S-band SA return services, 2 K-band SA forward services, 2.

• Provided critical communications services to deployed customers in the Pacific region including digital voice, order wire, NIPRnet, SIPRnet, video teleconferencing (VTC), and other data services
• Performed duties and the control systems administrator maintaining servers, software and utilities
• Downlinked telemetry on two DSCS satellites providing control capability to collocated NOC
• Tested C and Ku band communications equipment for use on Japanese and U.S. commercial satellites
• Supplied continuous twenty-four hour equipment operations during typhoon conditions
• Conducted troubleshooting and maintenance on the AN/GSC-39 and related GIG Facility equipment

• Responsible for active control of satellite networks covering the Pacific and Indian Ocean regions
• Performed commanding and telemetry operations on five spacecraft of three different designs
• Tested and integrated new technology solutions into existing equipment to improve capabilities
• Conducted operations, maintenance, and troubleshooting on the AN/GSC-39 ASCT equipment
• Coordinated troubleshooting efforts supporting users on five continents and Navy ships at sea
• Performed trend and performance analysis of Local Area and Wide Area Networks