P&C - PCM - Team Yosemite - Rating Engine Analysis, Simulation, Modeling!Data Modernization - Python, Pyspark, SQL, proprietary in-house built services, alongside AWS (Athena, Glue, Sagemaker, JupyterLabs, QuickSite with Life-Health, etc.)

-Use SAS, Python, and SQL to generate datasets for internal stakeholders for data driven decisions-Write python and pyspark functions alongside AWS glue scripts to translate a SAS and IBM mainframe Research Database into a cloud (AWS) relational database-Create SPICE datasets using presto SQL to generate AWS QuickSite Dashboards for stakeholders-Lesson planning and teaching the python library pandas for ETL training for the Research Team

-Develop scripts using R-programming language for automated data collection-Experimental data analysis for FDA device clinical trials. Generate reports to draw conclusions and communicate results to the team-Worked under the direction of CTO Sergey Dryga, PhD -One year contract

Formely known as BioDirectionR&D: -Developing a point-of-care medical device capable of detecting traumatic brain injury (TBI) in under 90 seconds.-Use of top-of-the-line paramater analyzer to electrically characterize nanowires from batch to batch (both for QC and specific experimentation)-Microfabrication: material choice, equipment selection-SOP creation-R Data Analysis: Generate data-driven reports with direction of my supervisor, Farhad Khosravi PhD, to guide our team of researcher's towards the next goal-Fantastic Opportunities with great coworkers:---R Data Analysis training from one of the best in R+biostats, Sergey Dryga PhD---Mentorship, friendship, and incredibly efficient with a strong work ethic, Farhad Khosravi PhD

Lots of walking (GA->PA)

R&D: -Ground level research using patented organic semiconductor molecules (synthesized in house) for use in flexible display screens.-Created device stacks following SOPS (standard microfab techniques such as photolithography, RIE, metal evaporators, etc) (patent cited below)-Use of parameter analyzer + lab view to collect electrical data, and then analyze data using Origin or R so that data-driven conclusions are reached and acted upon -Much of the research conducted here focused around the elimination of bias stress for device longevity-Mentorship from leaders in the MatSE/Organic Synthesis. (Antonio Facchetti PhD (Founder + NU Professor)), and my boss Yu Xia, PhD (VP)

-Research within the Rogers Research Group culminating in a senior thesis in flexible electronics & authorship on two publications (cited below)-Design and fabrication of nanoscale semiconductor/resistor devices for materials and biomedical research for applications such as thermal sensors for blood flow mapping (collaboration with NIH and Northwestern University) and balloon catheters used in vivo (collaboration with Washington University)

-Two summers of biomedical research in gastroenterology/biomechanics through the Summer Undergraduate Research Fellowship (SURF).-Generation of 3D stress/strain models through combination of endoscopy and MRI data. -Analysis of IBS patient MRI data; relating uterine position to IBS risk through python scripting in conjunction with ImageJ-Creation of artificial pelvic floor model for analysis of flow pressure during evacuation

I used publicly accessible data provided by NASA satellites and API’s to detect illegal deforestation in Australia which led to consequences in the form of corporate fines.