Thomas Gresock Jr Email & Phone Number

Baltimore, Md, Us

Used statistical methods and software to model, find relationships, and learnfrom large complex datasets, including analysis in time and frequency domains. Built interactive data visualizations using Python, KML, HTML5, and D3js toallow for easy data exploration and discovery by customers. Simulated and modeled physical systems. For example, modeling power overdistance curves for antennas. Leveraged machine learning techniques to search for relationships betweenvariables. Prepared annotated analysis reports for customers. Performed image processing tasks, particularly involving geospatial data. Performed research in order to fully understand systems and confidentlyidentify the best metrics and visualizations for evaluation. Worked with automotive data, Geographic Information Systems Data, NetworkData, Electricity and Magnetism data, RFID data.

Planned and conducted lectures for physics class with 75 students Wrote and graded homework assignments and exams Developed new course materials and demonstrations Provided guidance to students.

Planned and oversaw lab section for General Physics 1Graded lab reportsSet up and maintained lab equipmentAnswered student questions and provided guidance

Gathered and analyzed data with regard to magnetic fluid hyperbolic metamaterials, luneburg lenses, and superconductors using Matlab, Origin, and ExcelDesigned and built experiments involving alignment of optical components, lasers, fiber optics, and detectorsPerformed photo-lithography and deposited thin films to produce luneburg lens waveguides; tested waveguides using fiber optics, laser, and microscopeTested hyperbolic nature of cobalt based magnetic fluid using infrared laser and Fourier Transform Infrared (FTIR) systemProduced superconducting samples using hydraulic press and various nanoparticles (barium titanate, aluminum, tin, alumina, indium tin oxide, diamond)Deposited thin films of gold, tin, and chrome using vacuum deposition systemPresented research

Supported the conversion from older HealthStream Learning Management System to newer Flash based LMSUpdated and maintained online courses for nursing staffEnhanced interactivity of learning materialPerformed troubleshooting of Learning Management system problemsWorked with Nurse Educators to develop and build new learning materialBuilt and maintained reports on employee training

Prepared and delivered science instruction as part of an after-school science education program at various public and private schools

Transported patients, cleaned equipment, and scanned X-ray cassettes for hospital staff

Evaluated patent applications for patentable subject matter in light of relevant laws and regulations, as well as patent examining rules and proceduresResearched and reviewed technical journals and prior patent applications Drafted reports for attorneys and applicants to facilitate effective patent application reviewWorked with attorneys over the phone, in writing, and in meetings to get patent applications in condition for allowanceSpecialized in patents for organic light emission devices, plasma displays, spark plugs, and backlights

Constructed Fabry-Perot interferometer, requiring effective minimization of systematic uncertainties which worked at particular frequencies and had a high Q-factorRecorded and analyzed data using Origin, Excel, and Matlab

Master'S Degree, Applied Physics

Bs, Physics

Activities and Societies: Vice President of Society of Physics Students at Maryland