Taught physics lab to 2 classes of 20 students each for Fall semester

Manage a physics lab for MBE growth, device fabrication and cryogenic transport measurement and characterization Deposit via sputtering thin films of superconducting materials onto quantum based devices made from InAs quantum wells grown on a InP substrate.Calibrate sputtering machine using AFM to measure sputtered thicknessPerform exfoliation and transfer of thin materials, Hexagonal Boron Nitride and Graphite with use of a spun polymer to make the transferIncorporate 2D materials to Josephson Junction construction, with HBN as a dielectric for gated super-semi- superconductor junctions and thin graphite as a normal metal in vertical S-N-S junctionsMeasure samples in cryogenic systems in miliKelvin rangeAid research of Gatemon devices for quantum computing and Superconducting-Quantum Hall samples for search for Majorana fermionsPerform maintenance, troubleshooting and repair of various machinery throughout labTrain and help to train others in the lab on various machine and processes to optimize lab performance.Improve quality of lab cleanliness and organization

・ Completed an end to end data science project in 4 weeks.・ Developed a chrome extension that allows parents to quickly screen Youtube videos for children’s viewing・ Identified questionable video content by using Word2Vec to measure the closeness of the text in video transcripts to words in a list of bad words・ Reported in chrome extension an overall video rating and highlighted red flag markers for the most questionable portions of a video

・Experimental results that improved understanding of quantum physics ・Managed two experimental physics labs, training two people at a time on various equipment while also constructing and implementing a data acquisition schedule・Designed and negotiated ordering of equipment to house samples in a fridge system capable of reaching extremely low temperatures・Analyzed experimental data with Matlab and OriginPro software to determine the quantum mechanical behavior of electrons in unique materials at low temperatures and high magnetic fields・Provided theory to explain electron behavior and published findings in top peer-reviewed Journal

Computational research analyzing transport properties of graphene. Testing a computational application of the Kubo formula for conductivity of a 2-D electron gas.