Project owner of securities lending project at tier 1 bank

Pursuing Quantitative Software Development projects in Capital Markets with a Buy Side and Front Office focus at global, Tier 1 banks in New York City.- Hired as contractor to build low latency securities lending dashboard at tier 1 bank- pursuing sponsored Certificate in Quantitative Finance course for in-depth comprehensive background in all relevant math, coding, and finance.

FinX is a seed stage capital markets start up developing next generation, low latency securities analytics platforms. I developed automated IaC deployment strategies for advanced portfolio management and analysis applications. I also developed automation strategies for ETL processing of financial data for financial institutions. I also built out UI features of the FinX portfolio application platform with React/Nextjs.

- Implemented Python, Pandas and Numpy, with AI engineering techniques while accessing OpenAI’s API to generate 20,000+ product SKUs, resulting in significant time and cost savings.- Built ETL Pipeline, developed schema and built a PostGres backend database for 10,000+ engineering products with over 150 fields for global cable manufacturer from TrackVia data.- Worked with Agile team to execute timely delivery of full stack application for a global engineering company, resulting in a 150% increase in scored leads obtained in just 3 months.- Worked with Python, Numpy, and Pandas to clean and annotate Excel data for analysis of client products and competitor parts.- Leveraged Pandas and Python to generate various JSON data structures from CSVs to render key product data on engineering web apps.- Leveraged Python and MatPlotLib to generate engineering plots for engineering analysis. - Developed a solar panel surface area calculator in both Python and Javascript for an interactive web application.- Developed open source Python SDK library for easy RESTFUL API integration with PostGres based database.- Developed highly intricate and responsive User Interfaces with interactive data renderingdashboards using modern JavaScript/TypeScript libraries such as Vuejs, React and Astro.

Undertook substantial project-based coursework and self learning initiative to develop professional software engineering fundamentals including MERN full-stack development, Data Structures and Algorithms, and Data Science and Engineering techniques.- Received Microsoft Student Fellowship for Software Engineering coursework through General Assembly- Contributed to a native full stack music promotion and education app for the Apple Store. Technologies used: SwiftUI, MongoDB, Parse Server, Full Stack Software Engineering. - Took Fintech coursework at Columbia to learn how to develop complex programs and models for financial applications- Led team of developers to build a full stack website for an online coding school using NextJS and MongoDB technologies.

- Certified Personal Trainer (NASM)- Team Lead: Responsible for closing sales and distributing leads to team members- One of the top Personal Trainers in sales in NYC Life Time Fitness locations.- generated over $11,000/Month in revenue with >85% client retention

As a graduate research assistant at MIT, I developed novel microfluidic devices, nanoparticle delivery systems, and CRISPR therapeutics. I used Python, MATLAB and AutoCAD techniques to analyze data and design novel devices, respectively, while at MIT. I also implemented substantial statistical analysis methods with Excel for published peer reviewed articles. I was a lead inventor on a non-immmunogenic coating for implanted islet cells to cure diabetes type I and II. I was on the winning team for the Green Lab competition at MIT, winning a $1000 prize for the most sustainable lab organization plan.

I developed novel therapeutics and medical devices to cure type I diabetes as a research assistant at the Koch Institute at MIT. I was responsible for mentoring undergrads, technicians and collaborated with faculty and postdoctoral fellows as well. I coordinated Juvenile Diabetes Research Foundation experiments and collaborations between Harvard and MIT. I was a recipient of the David H. Koch Institute Image Award during my time at MIT. I also participated in community outreach programs through the Koch Institute. I was a named lecturer for the Academic Achievers from South Africa and UK Student visit, the Girl Scouts 5th Annual STEM Conference, and the AAAS Family Science Day. I was a middle school STEM mentor for the NetPals Program at the Koch Institute as well.

Developed novel therapeutic systems for pulmonary arterial hypertension in the Loscalzo Lab at Harvard Medical School. Was a named lecturer at the Cardiovascular Research Center Weekly Seminar. Substantial statisitical analytics and Excel work performed at this position to analyze and troubleshoot hundreds of diverse therapeutic stem cell homing formulations.

Worked in the Sugarbaker Lab at Harvard Medical School to develop novel therapeutics and analytical methods for Mesothelioma. Substantial experimental troubleshooting experience. Continued to develop statistical analytics abilities with Excel.

Worked in the laboratory of Pediatric Surgery Research to develop novel assays and therapeutics based off of the mullerian inhibiting substance (MIS) biologic. Learned basic Excel techniques and statistical analytics methods.