.Net Developer

taught math, physics, and computer programming the high school level. coordinated with teachers and staff to meet the needs of students with learning disabilities. prepared for lectures and wrote reports to parents on a daily basis. graded homework, quizzes, laboratory write-ups, and exams.

conducted electrical testing of high voltage power supplies for TWTAs (traveling wave tube amplifiers). performed technical assignments such as troubleshooting, calibrating, adjusting, testing and maintaining equipment, components and systems. collected data using oscilloscopes, power analyzers, spectrum analyzer, and digital multimeters.

create/improve test software that automates testing, data collection, and data post processing. support production activities by troubleshooting/debugging test software and managing the database. created a new rate table test program for measuring phase delay of IMUs (Inertial Measurement Units) between input and output signals by oscillating the units at various frequencies. created an auto-update feature for test software that prompts users to automatically download new software updates whenever a new version is detected in the database. this new tool allows for the managing of specific versions of modules and programs for different pcs. created a program that automatically parses new data files and uploads them to the sql database. write documentation for new software programs and revisions made to existing programs. manage code changes and revisions through microsoft azure devops.

tested products and components for client companies in the telecom and EV industry in order to ensure compliance with regulatory standards. communicated with customers in order to ensure proper test setup and evaluation. automated flame spread testing, data acquisition, and data processing via LabView and Python. built an automated rail system in order to perform a $50,000 thermal shock test for Lucid Motors. performed vibration, flame, corrosion, solar, thermal testing according to international standards.

participated in a full-time immersive, 3 month data science course, completing in-class projects, hackathons, projects focused on real-world applications of data science principles and best practices. programmed a CNN model that takes in satellite image data for object detection, segmentation, and damage classification of buildings damaged by wildfire. performed a sentiment analysis of reddit posts regarding patch updates to the video game Overwatch. performed a deep-dive into COVID-19 data and how demographic and geographic data at the county level across the country correlate to the spread and fatality rates of COVID-19.

studied magnetic materials via ferromagnetic resonance force microscopy (FMRFM). designed a new cantilever mount and installed new parts on an old FMR force microscope. fabricated 2D devices and performed electrical measurements. TA for physics undergraduate courses. held weekly lab classes, recitations, and office hours. presented a literature review on machine learning techniques in high-powered laser experiments.

numerically modeled electronic behavior in magnetic Josephson junctions; parameterized and solved complex system of nonlinear differential equations using the relaxation method. cleaned up code, drastically reduced program run time, and added new documentation. wrote a master’s thesis in the numerical modeling of superconducting hybrid systems.