• Assisting in Analyzing Financial Statements to prepare for Compliance/Audit reviews. • Developed a data dashboard focused on the GDP of all cities in Ohio, effectively presenting key insights through visualization. • Performed data abstraction utilizing SAS studio to generate regression plots to predict the outcomes for healthcare costs.• Assisting with preparing business cases, attending meetings to gather requirements, and reviewing alternatives. • Completed a group project utilizing Python and trying different types of Machine Learning Algorithms to help predict credit card debt for Aging seniors.

• Assist in Data Collection and extraction for various roadway/infrastructure projects. • Utilized SQL queries to analyze data on secondary crashes, leading to informed decisions regarding secondary crash identification. • Successfully analyzed given datasets using R programming, generating a comprehensive report featuring data analysis and relevant Data Mining interpretations.• Employed Matplotlib, machine learning, and predictive modeling techniques to forecast the infrastructure to help prevent future crashes.• Developed a data dashboard focused on the GDP of all cities in Ohio, effectively presenting key insights through visualization.

• Test electronics to determine failures. • Tested and verified boards from customers such as ADB, Telesis, and various manufacturers.

• Research & analyze complex information to resolve errors, make coding corrections, modify data, &/or determine appropriate action.• Helped in Electronic Testing and Failure analysis for the Air Force• Programmed a fiber optic system for aircraft.• Helped in Ground Vibration testing for an Aircraft. • Assisted in the collection of data, and S-parameter measurements for Test Fixtures • Assisted in the collection of optical measurements for microcircuits. • Supported AFRL (Air Force Research Lab) Research in Trusted Microelectronics • Ensured that lab equipment was calibrated daily. • Performed device characterization of GaN devices. • Assisting in Identifying alternate courses of action

• Test and verify electronic products for the military following MIL-Standards • Preparing and generating test reports after each test to identify and track any failures• Worked on the calibration of shunts and inductors for the Air Force  • Helped in the verification and validation of the primary standards for the U.S. Air Force • Analyzed and modeled a sensor system using Model-Based Systems Engineering, Cameo Systems Modeler, and MATLAB • Used MATLAB and Systems Modeling Language to design a Basic Radar System • Used MATLAB, C++, and Python to generate plots and observe the radar behavior/signals. • Used signal data to obtain measurements of Pulse Repetition Interval and Pulse Bandwidth of a Radar Signal to determine the radar behavior.