James Iannone Email & Phone Number

Salt Lake City, Ut, Us

Utah, United States

• Specializing in ontology driven development of knowledge graphs and implementation of those knowledge graphs into solutions using graph databases• Developed platform integrating business and requirements data for a multi-billion dollar program for use by hundreds of engineers• Defined knowledge graph to drive data architecture. Refined by interfacing with stakeholders• Implemented streaming data pipeline, frontend UI, and API to interface with backend Neo4j graph… Show more • Specializing in ontology driven development of knowledge graphs and implementation of those knowledge graphs into solutions using graph databases• Developed platform integrating business and requirements data for a multi-billion dollar program for use by hundreds of engineers• Defined knowledge graph to drive data architecture. Refined by interfacing with stakeholders• Implemented streaming data pipeline, frontend UI, and API to interface with backend Neo4j graph database• Deployed prototype; saved hundreds of man hours and tens of thousands of dollars to date Show less

Baltimore, Maryland, United States

• Principal engineer, Sentinel ICBM Weapon System (WS) Accuracy Modeling and Simulation• Lead researcher and developer of novel Data-Derived (DD) Accuracy Model for Post-Flight ICBM Accuracy Estimation• Utilized Kalman Filtering and statistical methods, including Maximum Likelihood Estimation, to build foundation for DD modeling and cumulative analysis of Weapon System• Delivered multiple contractually obligated contract data requirement lists (CDRLs) for WS Accuracy… Show more • Principal engineer, Sentinel ICBM Weapon System (WS) Accuracy Modeling and Simulation• Lead researcher and developer of novel Data-Derived (DD) Accuracy Model for Post-Flight ICBM Accuracy Estimation• Utilized Kalman Filtering and statistical methods, including Maximum Likelihood Estimation, to build foundation for DD modeling and cumulative analysis of Weapon System• Delivered multiple contractually obligated contract data requirement lists (CDRLs) for WS Accuracy, including reports/data describing modeling methodology and results to Air Force• Interfaced with multiple product teams and stakeholders relevant to accuracy—led discussions, working groups, and board reviews to deliver products to customer on a quarterly basis• Tactical Air and Strike Radar Systems, Modelling, and Simulation Engineer• RF engineering, electronic warfare, and digital signal processing• Data analysis drove definition of requirements specs for future Tac-Air radar capabilities Show less

• Designed, constructed, aligned, and optimized multiple ultrafast laser systems • Designed a single-shot Terahertz time domain spectrometer, which generated Terahertz radiation and extracted phase, time, and spectral information in a single shot using pump-probe beam interferograms • Worked on a scanning Terahertz time domain spectrometer, which generated Terahertz radiation and reconstructed a Terahertz waveform by analyzing the polarization difference between the original… Show more • Designed, constructed, aligned, and optimized multiple ultrafast laser systems • Designed a single-shot Terahertz time domain spectrometer, which generated Terahertz radiation and extracted phase, time, and spectral information in a single shot using pump-probe beam interferograms • Worked on a scanning Terahertz time domain spectrometer, which generated Terahertz radiation and reconstructed a Terahertz waveform by analyzing the polarization difference between the original probe beam and the Terahertz-modulated pump beam• Constructed an algorithm in MATLAB to control a linear motion stage and read pump-probe beam interference/polarization data in sync, in real time • Worked on an autocorrelator, which measured the duration of ultrafast laser pulses (picosecond and femtosecond) by generating a second harmonic signal• Constructed an algorithm in MATLAB to take image data from the autocorrelator and output the pulse duration of the laser pulse in real time• Worked with algorithms to extract phase information from Fourier-transformed spectrograms converted from raw image data• Designed and machined custom hardware and implemented into optical setups• Calibrated multiple laser setups using Excel• Occasionally used Solidworks to design custom hardware Show less

Master Of Science - Ms, Computational And Applied Mathematics, Graduate

Bachelor Of Science - Bs, Physics, Graduate

Activities and Societies: University of Maryland Club Swim Team