Sandy Britton Email & Phone Number

Worked Central Mission Processor (CMP) Program for AH-64D Apache Longbow Manned/Unmanned Central Architecture Program (MCAP) using GreenHills INTEGRITY as the OS platform. Defined system level tests to verify device drivers including video, discretes, and serial/MUX Bus interfaces to support Software Acceptance Test. Technical lead of F18 display software. Analyzed system level requirements flowing them down to detailed software requirements using DOORS. Helped define work split between parent company and EFW, working closely with Elbit to define interfaces and coordinate software updates. Responsible for the design and development of the EFW CSCs using VxWorks as the OS platform. Received several recognition awards for efforts.Developed on UNIX platform control logic to monitor, release and arm air-to-ground stores for the F-16 Block 60 aircraft. Participated in all software phases including designing software architecture, defining interfaces, developing/testing software for the Missile, Jettison and Air-to-Ground Remote Interface Units (RIUs). Customer assessed highest ranking for Preliminary and Critical Design Reviews.Assisted in developing program and company software processes for new engineering organization allowing the company to achieve a competitive advantage.

Fort Worth, Tx

Worked F-22 Store Management System (SMS) which consists of four MIL-STD-1750 CPUs in two racks. Defined interfaces, created requirements, and developed mission-critical software using objected-oriented methodology. Developed functional tests to verify critical software operations.Responsible for daily control, which includes coordinating software updates and releasing software builds to aircraft, for all F-22 SMS software development blocks.

Led team in developing real-time embedded software on UNIX platform using object based methodology. Participated in developing the software architecture. Member of Continuous Improvement Team to reduce design review cycle time. Team ahead of schedule and below cost during all software phases. Member of HARM Re-engineering Team responsible for re-engineering the design process to achieve improvements in cost, quality and cycle time which will allow HARM to maximize its operating efficiency. Developed mission critical software on UNIX system for image processing, target recognition, acquisition and tracking system using object-oriented methodology. Participated on architecture team to allow reuse between multiple programs. Supported and maintained postflight analysis support software on VAX system, which provided system analysts with data reduction tools and integrated user interface capabilities to standardize, manage and automate the postflight analysis and report generation process. The data reduction software significantly reduced the cycle time, cost and training of the postflight analysis process.