1. Production • Collaborated in the integration of imaging system for ISIS TI10/12/14/LPM APB11/13/15 baselines.• Lead development, string and system integration efforts for APB13 video strings. Included validation of metadata and image alignment for algorithms in STEP 3. • Lead image framework development and APB algorithm integration in APB-13/15. Included working with both developers and subcontractors to integrate and evaluate algorithms. Effort includes transitioning prototype code (e.g. Matlab) into production level software.• Developed and implemented algorithm enhancements for Superposition processing in ISIS LPM/Production TI10/12/14 baselines. Superposition was recognized as a significant capability by the Fleet and lead to PMS435 funding backfit of this processing into TI-10/12 APB-11 baselines. • Participant in APB Image Working Group (IWG) as it pertains to algorithm integration in APB13/15.• Developed automated test applications for measuring video performance in ISIS system for performance verification tests. Directly resulted in testing cost savings and more accurate performance measurements.2. Systems Engineering• Lead integration effort for defining and updating Photonics Mast Interface Definitions for TI14/APB13.• Collaborated with L3-KEO, NUWC, and 435 customers to define Low Profile Mast interfaces. Lead updates to IDD documents in TI10/12/14 baselines. Included working with customer to define performance verification tests and dry running procedures.• Developed automated/prototype test software to support GPU selection, EQT testing, and Server level verification. • Collaborated with L3-KEO, NUWC, and 435 customers in TIXX Ohio Replacement. Includes defining electrical GFI for Imaging system and supporting working group meetings. General Recognitions. 1. Special Recognition, PEER, and Managerial Award 2. Lockheed Martin Exceptional Ratings 4. Destination Innovation Award & IRAD - 2015

Clearances• SC clearance that has been maintained from 2009 to present.• TC clearance maintained from June 2013 to June 2014.

1. String and System Integration• Collaborated in the integration of sonar processing for ARCI Virginia Class Flight III LAB array.• Led string and system integration efforts for ARCI Flight III MFA, DIR-COMMS, and D-ACOMMS transmit and receive processing. Additionally, led string integration effort for ARCI Flight III CXXX and BMLE processing.2. Pass Verification Tests (PVTs)• Lead writing, updating, and validating of D-ACOMMS PVTs for the ARCI Flight III system.• Assisted in the writing, updating, and validating of MFA PVTs for the ARCI Flight III system.

Software Integration and I&T 1. Collaborated in upgrading and maintaining of large sonar applications for international programs. 2. Included working with specialized teams (tiger teams) to meet contractual requirements of program. 3. Assisted team members in implementing/diagnosing sonar processing systems across multiple arrays. 4. Led integration effort for flank array common functionality and active intercept capability across multiple arrays.Test Procedures and Customer Sell-off 1. Assisted in the validation and writing of active intercept test-procedures for the international programs. 2. Participated in sell-off of B-SPEC requirements to the customer for the programs. 3. Supported sonar processing system demos, interoperability, and engineering runs.Post FAT Acceptance Integration 1. Collaborated with customer in the writing, validation, and updating of MEIT test procedures. 2. Supported customer in the integration of LM sonar processing system at the land based training site (L.B.T.S) test site at international location.General Recognitions. 1. Lockheed Martin Exceptional Ratings 2. Multiple employee PEER awards 3. Multiple managerial SPOT awards

Developed on-board tracking algorithm and vision system for a miniature unmanned air vehicles (MAVs). Included the selection of hardware, state of the art image processing algorithms, data logger application, and the interfacing of vision system to MAV autopilot. Additionally, the building, maintaining, and upgrading of MAV.Thesis ResearchResearched pose estimation and creation of geo-referenced mosaics from MAV imagery and telemetry.Included evaluation and development of state of the art image processing algorithms used for the creation of geo-referenced mosaics (See Select Publications Section).Designed and developed geo-registration application that implemented research findings

Developed and collaborated with AFSOC to test complete end-to-end RavenEye application for generating updated high-resolution geospatial information for tactical UAVs in near -real time, including sophisticated user interfaceDiagnosed CBE based Net-Centric Tracking and Exploration applicationIncluded analysis of state of the art CBE based image processing algorithms

Collaborated in upgrading and maintaining large software applicationsIntegrated Collaborative Engagement with Unmanned Systems SIBR Phase 1 with existing product lineDeveloped Falcon View mapping application interface using CoT events, STANAG 4609 NATO KLV/MPEG-2 interface, synchronized telemetry and video interface, and other custom applications for UAV ground station application