Algorithm Development in C++ and MATLAB for navigation systems and radar tracking.Reports and presentations to explain theory and performance.Navigation:• Data evaluation• MATLAB scripts for data analysis of simulation results• Found anomaly causing errors in legacy program Radar Tracking• Algorithm Development• Mathematics• File Formatting of Data

Digital Products:• Packet switch algorithm development and simulation for ASICs• Systems Engineering• BCH (Berlekamp-Massey and Burton) decoding algorithmsF-35:• Developed MATLAB scripts to analyze GPS Data & discovered anomalies• Procurement management: presentations, customer and supplier meetings, technical evaluations, requirements analysis, technical writing• Monitored reliability & GPS Receiver improvements: uncovered trends

Clinical research of patients to determine their comorbidities as it affects chronic wound healing. In conjunction with the clinical analysis of the patients’ wounds and mental and social health, the medical history of each patient was evaluated. The scores of 10 categories of medical conditions along with the patients’ wound characteristics were included in an ongoing study. The ultimate outcome of the study is to determine the factors that most affect wounds in order to predict their healing.

Systems engineering, modeling, simulation, algorithms, and mathematics for GPS including allsegments - satellites, spaceborne receivers, and ground stations. Instructed the softwareengineers and wrote technical reports on the algorithms and mathematics. Tested GPSreceivers and resolved GPS clock drift.● Invented a bit synchronization algorithm that aligns the bit to its corresponding chippingsequence - on par with the Viterbi algorithm, but 10 times simpler computationally● Calculated the GPS orbits in Earth-Centered, Earth-Fixed coordinates from ephemerisparameters● Developed a Kalman Filter - improved the PVT (position, velocity, clock bias) of the GPSreceiver 10-fold● Designed Runge-Kutta & Runge-Kutta-Fehlberg orbit propagators - numerical methods tosolve the differential equation describing the satellite orbits● Solved the GPS equations via Bancroft’s way and derived the Doppler velocity solution● Designed Viterbi decoders to ascertain the efficacy of communications between the differentgenerations of GPS satellites● Solved anomalies from our ITT Division in California and was sent there to consult anddecided to design an algorithm for their GPS receivers

Systems engineering for communications systems that included algorithm development, simulation, testing, and presentations. Worked with the hardware engineers to implement the algorithms and explained them in technical reports.● Turbo Codes, forward error correction decoders, Monte-Carlo simulations, parallel processing● Designed an S-Random interleaver that reduced the bit error rate 100-fold ● Presented results and then the Air Force granted the contract; documented the program

Developed an algorithm in Visual Basic to automate a network analyzer to test quartz crystals. The results characterized their equivalent circuit.