Full stack engineer specializing in architecting data flow and integration between internal and external systems.

Full stack engineer specializing in designing workflows for exposing trading engine to both upstream and downstream integrations with various external systems.

Full stack developer specializing in data acquisition and analysis.

Conducts research and provides data analysis and technical solutions for proprietary trading strategies as well as assists in implementation of the trading strategy.Project Contributions:• Utilized J for mathematical data array manipulation and data analysis• Added new factors (such as seasonality and long term trends) into the data model• Transformed the historical data to improve forecast accuracy • Back tested enhanced algorithms• Enhanced and supported the PostgreSQL database. Served as the DBA creating new tables and updating existing tables• Extensively used SQL for table maintenance and data manipulation • Created ad-hoc models using Excel and VBA• Participated in the trading of multi asset class (FX, Sovereign Bonds, Global Stock Indices, Energy, Metals, and Soft Commodities) futures and provided data and analytical support to traders throughout the firm.• Conducted research for proprietary trading algorithms using a blend of J, Bloomberg, PostgreSQL, and Excel. • Provided data analysis and technical solutions for existing proprietary system and assists in trade execution.• Wrote a front end GUI for traders to reconcile trades and incorporate trade activity in the company database.

Mentors high school and college level students in mathematics, physics, and chemistry in New York.

Optimized and backtested technical strategy for futures markets. Worked closely with CEO and system developer to perform statistical analyses of strategy's simulated historical performance.

Devised computational methods for data acquisition, analysis, and maintenance of nanoscale application projects including fabrication/characterization of porous materials as well as electrical testing of metallophthalocyanine interdigitated electrode (IDE) and chemical field transistors (ChemFETs).Project Contributions:• Formulated mathematical analysis processes to convert raw data into single data point and measure frequency contributions via IgorPRO, MatLab, and Origin. • Designed complex porous alumina and silicon for gas sensing optimization. • Reworked and tested electronic circuitry and hardware communication for organic semiconductor vapor sensing detection, coordinating between chemistry, physics, and materials engineering teams.• Secured two grants totaling $800K by identifying variances in selective nanosensor research findings, conducting experiments to gauge atmospheric humidity and hydrogen peroxide contributions.• Developed proof-of-concept to gain funding from US Air Force Office of Scientific Research Nanosensors Laboratory.