Rob Davis Email & Phone Number

Pittsfield, Massachusetts Area

Santa Clara, Ca

B2B Lab Android based KNOX mobile device platform POC for government requirements and related activities.• Government security requirement analysis (MDFPP, MCP).• KNOX platform security presentations to government agencies.• Supported General Dynamics development of GD Secure version of KNOX and security analysis of the KNOX platform.• Pre-sales technical support.

Scottsdale, Az

Responsible for systems engineering on eight programs: Secure Handheld (Samsung) IRAD, HMS, JBCP, AMF, FCS, SME PED, IFF, and F-22.Secure Handheld (Samsung) IRADSecurity Systems Engineer for the Internal Research and Development joint program with Samsung on Knox platform.HMS Bv1 SaBSecurity Systems Engineer for the Handheld/Manpack/Small Form Fit (HMS) Secret and Below (SaB) JTRS program.JBCPSecurity Systems Engineer for the Joint Battle Command Platform (JBCP). Performed tests to verify correct functioning with GDC4S generated SELinux policy.AMFSecurity Systems Engineer for the Airborne and Maritime/Fixed Station (AMF) Joint Tactical Radio System (JTRS) program.FCSSystems Engineer for the Future Combat System (FCS) Software Separation Priveledged Virtual Machine (PVM) subsystem.SME PEDTechnical lead of the Software Integration and Test team for the Secure Mobile Environment Personal Electronic Device (SME PED)(Sectera Edge) product.IFFSoftware Systems Engineering lead for the Navy (BAE) and Airforce (KIV-78) Mode 5 Identification Friend or Foe (IFF) subsystems.F-22Technical lead of the Functional Qualification Testing (FQT) system level testing group for the F-22 KOV-20 COMSEC subsystem.

Tempe, Az

Responsible for Systems Engineering for five programs: F-22, Aspira, LCDS, Teledesic, and IridiumF-22Designed and impemented, in C, embedded cryptographic software for the F-22 KOV-20 COMSEC subsystem at Motorola/General Dynamics Decision Systems. Technical lead of the Functional Qualification Testing (FQT) system level testing group.AspiraSystem Integration & Test Chief Software Architect, lead in design of test environment software for IP based broadband switch at Motorola GTSS. Definition of test paradigm and test environment software architecture - modeling in UML (use case and class development), overview and top level system design documents. Key member of the Motorola Automated Test Environment (MATE) architecture team.LCDSDesigned and implemented, in Perl, User management for web based Launch Control Document System (LCDS) at Motorola. Designed and implemented, in C++, the Actual Routing and Gateway Pass data streaming and analysis functions of the Master Iridium Call Correlator (MICC). Enhanced and maintained, in Perl, programs for the Iridium satellite performance analysis K-band Hit Team.TeledesicDeveloped real-time distributed processing satellite communications software running on satellite embedded processors for the Teledesic broadband satellite communication system at Motorola ASD (Advanced Systems Division). Payload Software Systems Engineering department focusing on space vehicle payload design and payload software design for payload hardware qualification and production testing.IridiumDeveloped real-time distributed processing satellite communications software running on satellite embedded processors for the Iridium satellite communication system at Motorola MSSD (Mobile Satellite Systems Division). Domain lead in the Payload Software department focusing on the Iridium Time Management and Vehicle Management domains.

Arlington, Va

Team and Technical Lead in the Technical Architecture department. Developed the technical architecture for a new, multi-platform distributed business system focusing primarily on advice processing (error and other event recording and reporting) and system management.• Developed and authored processes, procedures, requirements documents, detailed design documents, and user’s guide • Wrote code using Visual C++ on the Windows NT platform• Developed and authored unit test plans and performed unit testing• Moderated, recorded, and presented at document and code walk-throughs• Presented design and documentation to user community• Technical consultant to other technical development departments

Rockville, Md

Technical Lead in Fault Tolerance Engineering for the AAS (U.S. FAA Air Traffic Control System). Developed a UNIX, RS/6000, LAN based, fault tolerant client-server architecture for an extremely high availability, real-time, event-driven distributed system. Particular focus on System Monitoring and Mode Management, and common system service.• Modeled system design and developed requirements specifications using Teamwork/SA and Doors CASE tools.• Analyzed and enhanced failure detection, reporting, and recovery architecture• Developed system failure recovery rules and provided software design guidance• Performed software code inspections to verify adherence to design• Created a system data flow model and performed thread analysis• Produced system level Failure Modes and Effects Analysis (FMEA)• Designed Oracle database as the FMEA repository and document generator• Identified software problems and resolved by providing concurrent engineering leadership• Performed fault tolerance testing• Reviewed system design change request documents for fault tolerance impacts• Participated in concurrent engineering team activities