Robert Gott Email & Phone Number

Falls Church, Virginia, Us

Application of mathematical methods, carrying out Sneak, Worst Case Electronic Circuit Analysis, for System Operational Analysis. Failure Modes Effect and Criticality Analysis performed, as response to Diminished Materials Supply. Analysis performed for multiple space-based programs. Performed electronics analysis for pre-proposal designs, and motor motion control. Motor control for interferometer sensors. Developed MATLAB scripts automating (FRACAS) Failure Reporting , Analysis and Corrective Action report generation. FRACAS Report Generation CMWS UK US, sustainment team; FRACAS Report CDRL item. Participant LRASM Direct to Manufacturing FRACAS effort initial production, NJ , NH. Member JSF F-35 Aircraft Corrective Action Board, In Process Test Software. Software Lab windows C Virtual Instruments, National Instruments Test Stand. RF Instrument Control, VISA API. Reverse Engineering software maintenance. Test Procedure coverage analysis, targeted at requirements validation gaps

Waltham, Ma, Us

Multiple computational class objects software development for portable scientific instruments. Software development, Qt project IDE, Ubantu Linux virtual machine deployed onto embedded ARM7 Linux busybox distro. Successful software application development accomplished; reverse engineering , re-factoring, mathematical algorithms , and physics. Computations Applied X Rays florescence to the identification of materials .Deployed to a portable hand-held analytic instrument. Embedded C++ Software development download on device debug via Qt Creator environment . Numerical signal processing , for materials identification , back-end of Fundamental Parameters algorithm. Real Time X rays spectrum energy histogram calibration. X ray Spectrum classification, peak search, detection, moving average traversal. Material Identification , applied Fundamental Parameter algorithm and mixed Gaussian fuzzy inference classifier, Zadeh Logic, using multivariate probabilities estimator to declare a material match to library of 15000 exemplars among standard materials “Metal Library”. QSqlLite data base .

Numerical algorithms, applied to Emitter Geographic Location, Direction Finding . Barracuda Framework Component Software C++. Green Hills MUlti Development Tools Environment. IBM Clear Case , Clear Quest version Control. Green Hills EventAnalyzer graphs Real Time Performance tuning. Visual 2012 C++.

Lexington, Ma, Us

Radar Signal Processing C++ software. Matlab scripts converted into C++. Verified computation of Range Doppler ambiguity function Make Chips. Software Development Eclipse 3.6.1, VSIPL++,ST library components, subversion, Totalview 8.9.2.1 under linux. Estimating Real Time Radar Signal processing , analysis Matlab scripts computational complexity. Software architectures (UML) Universal Modeling Language.

Hands free gate access system start-up company. Developing means and methods that provide cost effective, secure magnetic communications. Developed concept prototypes. Wrote system level specifications aligned with business plans. Calculated communication channel link budgets. Measured quantified effects coupled magnetic fields on antennas in laboratory. US Patent Award 20120231733 RADIO FREQUENCY ACCESS CONTROL SYSTEM AND METHOD. Korean Patent Office Recognized Novelty of Approach

Developed Two Color IR DSP Image processing algorithm Mathematics architecture. Integrated Mat lab code fragments to make architecture. Validated resulting architecture, with captured Phoenix Arizona imagery. Utilized two IR Color Sensor/Camera captured imagery. Matched expected threat image intensities with range found from navigation coordinates. Delivered baseline Mat Lab code for C++ software development.Demonstrated optimality, Two Color IR Image processing detection algorithm used for Navy RFQ with a Contract award whose value may approach $1 billion. This is now the JTAS project. Original Infrared Detection algorithm is empirically derived and whose performance demonstrates a probability of detection superior to classical radar techniques. Demonstrated, that detection method followed t-test student’s distribution. Management and NAVY customers needed to know upon what basis algorithm is optimal. Contrast was made between SNR versus probability of detection within multi-feature fusion of threat characteristics.Integrated Two Color IR Image processing algorithm code fragments in Mat lab into monolithic architecture. Original Phoenix Arizona imagery using two IR Color Sensor/Camera verified algorithm. Monolithic Mat lab code and documentation was transferred to Software proposal team software development.Developed quantifiable method determining laser radiation hazard level due to missile laser countermeasures equipment. FAA accepted report/white paper, explaining results and rationale with FAA (DER). Method fusion of Logistic Equations with identification of Hardware and Software functional sets. Over a period of four years, deployed on different aircraft. Currently, both the FAA and the US Army Research, Development and Engineering Command (REDCOM) accepted resulting method. Required my analysis of Xilinx, VHDL source code, and ADA source code, and Analog, Digital Hardware.

Responsible for design electronic subsystemDesigned Mixed Analog and Digital Circuit using Operational Amplifiers, Logic as well as Passive components. Two Electronic enclosures interfaced Radar Display Interface Card, with Raytheon MK2 Marine Radar. Marine Radar was part multi-million dollar coastal surveillance system. Display and Radar communicated over 3 mile fiber optic link. Designed Custom electronic circuit card for both enclosures. Custom digital and analog electronic design, converted encoded analog signals for Radar, with those needed by Display Interface card. PWB for custom electronic circuitry was also designed. COTS power supplies, and fiber optic transceivers were designed into enclosures. Managed Fabrication and design documentation to build and test. Thirty-two complete systems were fabricated. C++ socket Programming. Electronic circuit and PCB design carried out using National Instruments Electronic Workbench CAD tool Chain.

Responsible to Vice President Research and Development for algorithm implementation and Efficiency, with languages Matlab , C++, and VB interfaces Worked with VP R/D, and Director of Engineering ensuring algorithm application and implementations correctness. Fulfilling this task required that Algorithm Requirements as defined in mat lab code were correct when implemented in C++, and Visual Basic. In addition worked to speed computation of C++ code. Original Algorithm definition was in MatLab by the Math works, Microsoft Visual C++ and Basic under windows. Laser projectors are used aircraft industry, to project patterns into 3-D space onto forms for placement carbon composite fiber fabric material. When fired in furnace material is used to construct large aircraft fuselage parts. Algorithm was based upon an expansion of Euler angles using Taylor series expansion projected onto fuselage parts.

Montigny-Le-Bretonneux, France, Fr

Responsible for maintaining deliverable software while adding features Developed C++ embedded electromechanical control software. Maintained software allowing company to continue to ship $40K machines to customers. Handled issues arising from real time software deployed without closed loop control mechanism. Reorganized and redesigned software to integrate new features within baseline software by decomposing machines functional requirements, and allocated software processes. Coordinated software releases to manufacturing and fielded units.

Wrote and published multiple monthly technical articles, for Computer Design Magazine. Arranged and conducted Interviews with Vice presidents Major Technology companies MSOFT, TI etc., as well as startups at national trade shows. Followed with independent Researched to analyze technical trends; Responded to advertisers, and competing technical companies via phone and e-mail. Visited competing technical companies nationally and internationally.

Lead Software Architect for Missile Launch Point Prediction System a Patriot Radar Track Application for the Israeli Defense Force. Iron Dome Missile Defense. Borland Windows GUI Turbo C++ Software Program. Defined Software Objects methods, data types, State Machines, Real Time Queues for Streaming Tracks from Patriot Real Time Tracking Radar. Also programmed and verified performance for the Ballistic Integrator Object methods including 2nd order Rung Kutta Integrator. Algorithm accounted for effects of geoids’ eccentricities, differing gravitational fields onto prediction original launch point of incoming SCUD missile.“Raytheon Patriot Battalion Tactical Operations Center (BTOC) project”. Converted Xilinx 4010 family FPGA design schematic source drawing to VHDL code. Design was completed using Mentor Graphics CAD tools chain to generate binaries on HP 9000 715 UX workstations with Synopsis Design Compiler.On Brilliant Anti Tank (BAT) and IRTGM Smart Munition project, Implemented Motion Control Algorithms, and IR Target Acquisition Software and Firmware using combinations of Languages, on VMS and Unix DEC Platforms. These included multiple ADSP 2100 Embedded digital signal processors performing parallel processing coded with Assembly Language, and simulations Turbo & MS DOS C/C++, FORTRAN, ADA. On VAX Workstations. Tested and Debugged Firmware on Deployable hardware using Tektronix and HP Dynamic Signal analyzer, Logic Analyzers, and DSOs, and Analog Oscilloscopes, In-circuit Emulators, DSP Software Simulators .

Led, managed and participated in the design of systems and components developing experience and skills in Real time software, analog and digital hardware, firmware, algorithm design. Skills which included designing with Analog Digital (A/D) and Digital Analog Converter (D/A), analog signal conditioning chains, digital logic design and firmware and software programming. Hardware implemented Digital Signal processing. Completed projects performing parallel processing with multiple embedded microprocessors. Used Tool chains that included Digital Equipment Corporation Micro VAX CAD workstations as well as Complex Programmable Logic Devices (CPLD) on, and Hierarchical State Machine Design PCs. Wrote C programs in VAX C, to generate DSP Hardware coefficients and create Intel Hex File formats to program PROM contents using Dataio PROM programmer. Assembly Language debug using In circuit Emulators (ICE); Intel, Zilog, Motorola. Involved with the selection of voice recognition algorithms and their hardware implementation. Algorithm included variations included dynamic programming, neural network predictive methods, Vector Quantization. These methods were used to detect & declare presence of phonemes and to map them to specific keywords. Hardware implementations included TI DSPs and Xilinx FPGAs. Contributed to DARPA IRADs.

Bs, Electrical Engineering

Master'S Degree, Applied Mathematics