Hardware and software design of hyper-spectral Imaging systems and integration into the cloud. Reverse engineered design of COMPASS LWIR control system and designed high performance replacement for HSI capture and transport. Architected cloud based replacement for HIRT hyper-spectral processing system. Redesigned drivers for ISA communications bus to remove framing and thread issues.

Development of Cloud Processing hBase, Accumulo, Video Processing on Android. Architected high performance Storm in C++ for Tilera Architecture, directed code development. Developed performance metric techniques for analyzing L2/L3 thrashing on Tilera Gx36 chip. Developed JNI/C algorithms for tracking and gesture recognition from phone cameras on android( 50+fps). Developed name invariant( phonetic equivalence) search algorithms for cloud based analytics( 93% accuracy). Developed set theory based algorithms for textual analysis and taxonomical correlation. Developed signal processing algorithms for spectral analysis, seek, scan and squelch on software defined radio. Developed networking, parsing and translation code for translation of radio commands between networks. Created fault tolerant network client/server interface for ship to shore, high drop out radio controls.

Rapid prototype and development, six months from concept to first delivery.Reverse engineered existing Iridium transceiver code base to incorporate tracking algorithms and UI.Created graphics and menu’ing environment for user control and mapping functions.Created custom floating point conversion libraries for display and distance calculationsDeveloped 2-d mapping and tracking engine for waypoint tracking and geo-fence interaction.Created new concepts in geo-fence operations and situational awareness conveyance.Improved GPS interface performance and positional accuracy by 4:1.

Architected, designed and lead team to develop 'NexTrak' product based on ARM7 processor..Rapid prototype and development, six months from concept to first delivery.Reverse engineered existing Iridium transceiver code base to incorporate tracking algorithms and UI.Created graphics and menu'ing environment for user control and mapping functions.Created custom floating point conversion libraries for display and distance calculationsDeveloped 2-d mapping and tracking engine for waypoint tracking and geo-fence interaction.Created new concepts in geo-fence operations and situational awareness conveyance.Improved GPS interface performance and positional accuracy by 4:1.Design documents and over 21,000 lines of code personally developed.Led port of Windows CE to an PXA320 ARM based intelligent radioDeveloped Linux plug-ins for remote monitoring under Linux

Manage systems engineers in a semi-matrix'ed environment. Personally provide DSP and signal processing coding expertise to modem and radio applications.

Manager of systems engineering group including systems and DSP engineers as well as hands-on engineering.Ported modem application from an TI6205 to TI 6416 DSP environment.Reverse engineered picoChip multi-core based WiMAX mobile and base station products.Ported picoChip mobile station application to the picoChip PC203 part using VHDL, 'C', ASM and Data Flow.Provided Systems/DSP analysis for WiMAX based code conversions using the picoChip PC8630/PC8530 code base.

Architect and lead designer for simulation systems product line:Lead team to develop and report accurate schedules and progress against goals. Designed laser tracking system for small arms trainer from ground up based on PAL video input.. Designed embedded Windows XP video tracker to track and identify 112 simultaneous targetsDeveloped mesh networking scheme for tracker self configurationPerformed motion studies and created lenses correction algorithms to achieve .0038 mili-radians accuracyRe-architected the direct-x shoot-don't-shoot video engine to provide frame position accuracy in clip switching sequences.

Formed and managed the Advanced Technology Human Interface and Telemetry development team.Architecture, design and specifications from embedded through Windows platform.Generated four new products( USB 2.0 based) in one year.Developed sampling and control algorithms for embedded DAS.Created 3 DOF tracking algorithms for inertial vector platform.Trained the team in intellectual property capture and authored four patents.

Directed engineering development efforts for CALEA compliant monitoring systems:Hands on management of a team of three to five developers and support people. Designed 5409 DSP(C) and MSP430(C) based equipment for telephone intercept and dialed number recording. Designed Windows C++ Applications and Drivers to support ASN.1 JSTD 1.25 CALEA call state decoding.Designed Windows C/C++ Drivers for streaming audio drivers, VSELP decoders and audio compression algorithms.

Designed Software Defined Radio DSP and signal enhancement algorithms:Created design architecture based on 320C6202 and mc860 Power PC processors.Firmware based on embedded 'C' and assembly.SNR enhancements through improved linearization algorithm using Lab Windows.Flash file systems and remote update capability for remote updates for embedded DSP's

Created ultrasonic imaging system with video overlay. Created real-time DSP analysis software for computing Liquid Nitrogen Flow density, mass and velocity.

Created imaging and tracking software for point of regard and ambioptic studies and target tracking. Designed additional algorithms for neural tracking of targets.

Managed engineering group. Designed and coded image analysis and display software for Image III product line.

Managed central monitoring station product. Developed software for Central Station product.

Managed development team of 5-8 engineers. Developed an IBM DOS C-2 level security product for IBM PC's.

Managed team of three to five engineers. Developed embedded computer analyzer and Data Flow OS.

Designed a 24 bit VLSI processor through silicon. Filed foundational patents on gate array technology.

Designed DORIC's 235 data logger. Developed compilers and assemblers for native operation on 6800.