• Leveraging advanced process simulation software tools, including Aspen HYSYS and CHEMCAD, to model and simulate oil spill cleanup processes, improving on runtime of previous models.• Collaborating with the U.S. Navy on projects aimed at optimizing the efficiency and effectiveness of oil spill remediation strategies, demonstrating a strong commitment to environmental stewardship.

• Developed and implemented robust backend code to efficiently aggregate and consolidate real-time data from political candidates' Twitter feeds, Facebook posts, and their official websites. Utilized social media APIs and custom Python web scraping tools to collect and structure the data.• Managed the storage of this information in a SQL database hosted on AWS platform, ensuring data integrity, security, and availability. Implemented data validation checks to minimize errors and improve the reliability of the database.• Played a pivotal role in ensuring data accuracy and quality by developing a deliverable that implemented rigorous data cleansing processes (e.g. identifying and resolving data inconsistencies, handling missing or incomplete information, and applying data enrichment techniques to enhance the overall quality of the stored data).

• Engineered the RiPiT Carbon Emissions Service to leverage complex power grid data towards sustainable computing. Maintained a real-time, fully automated data acquisition service to digest dynamic data sources from international (Great Britain) power grids.• Implemented several scripts to collect and parse complex and heterogeneous raw data on a scheduled basis.• Implemented data collection schemas for generation mix and carbon intensity information of Great Britain into MongoDBdatabase program using Django framework in Python.• Performed data analysis on integrated data to form trends on carbon emissions and energy usage as it pertains to cloudcomputation.

• Determined the influence of varying electric field strengths in the movement of bacteria (specifically E. coli) using machine learning algorithms utilizing videos of bacteria movement and code.• Developed and improved on previous algorithm for analyzing data in MATLAB using mathematical and physical models for movement tracking and velocity.• Presented research on various optical and magnetic scientific apparati used in high level research and academia.

• Facilitated changing the golden standard for cleft palate surgery for a safer, less invasive procedure that reduced recovery time and post-patient progress for children• Shadowed a pediatric craniofacial plastic surgeon and often assisted with surgeries; rounded with surgeons to help provide better patient care; translated for non-English speaking patients• Initiated research and data analysis for research to aid in revising golden standard cleft palate surgery• Integrated data gathered in Excel for data analysis

• Created and manufactured a variety of industrial supplies such as deodorizers, floor cleaners, waxes, and other supplies that were eventually used and sold by the firm• Performed various quality control tests on engineered products such as cloud point, flash point, viscosity, and refractive index, to determine safety and longevity of materials during transportation and consumption by the public• Recorded data and kept track of results from tests to develop patterns in chemical compositions that influence the properties of the products