Advanced graduate level laboratory course on designing experimental projects and their execution. Received special recognition for creating an automated method to measure flow rate in the chaotic dripping experiment using personally written software to reconstruct events from the data. Extensive course on the fundamentals and advanced methods for digital and analog electronics design and development

Worked with scientists and engineers to develop diagnostic systems for ground tests of electric propulsion technology used by NASA for deep space rovers and orbital satellites. Designed experimental setup using CAD and LabVIEW and run experiments to test performance of modules inside a vacuum test chamber.

Creating and modifying simulation for g-2 experiment at Fermilab to measure the magnetic dipole moment of the muon. Programming a computational model to predict the outcome of future experiments by comparing predicted results to previously collected data.

Personally selected to work with Professor James Rohlf to assist in teaching undergraduate physics course. Assisted with lectures, discussion, and lab sessions. Organized and ran review and study sessions. Superior communication and writing skills necessary.

Troubleshoot and write software in C++ to enhance the performance of the AMC13 module used for data analysis at CERN.

Received research funding to pursue development of the AMC13 module which processes data from high energy physics experiments at CERN.Developed a standard test to make sure the memory registers behave correctly when the module is updated with new firmware.