• Developed new point-in-time data products on daily maritime trading patterns, enhancing predictive models for commodities markets• Developed the next-gen crude oil daily maritime trade data product, the company's most profitable solution, which powered three actively used quantitative trading strategies for Brent crude futures contracts• Implemented statistical modeling techniques to evaluate quantitative trading hypotheses, ensuring robust and data-driven decision-making processes• Research and develop new quantitative trading strategies for commodities markets, leveraging maritime data to enhance trading strategies• Communicate project development schedules with clear objectives and milestones, ensuring timely delivery

• Discovered a new set of nonlinear partial differential equations that govern the evolution of water waves at the onset of generation in a tank • Created a novel numerical method to solve for the propagation of nonlinear water waves in tanks• Developed parallel algorithms which leveraged the computing power of the U.S. Navy’s HPC clusters

• Developed and graded assignments, quizzes, and exams, ensuring thorough student assessment• Conducted weekly recitation lectures and office hours, boosting student comprehension and participation• Achieved perfect student rating of 7 out of 7, reflecting outstanding teaching effectiveness

• Created a new algorithm to quantify the power production of Wave Energy Converters (WEC)• Designed a new WEC which utilizes gyroscopes to extract power from incoming waves

• Conducted finite element analysis of offshore subsea equipment, determining stress, fatigue life and ensuring reliability• Evaluated potential subsea pipeline heating technologies for a new subsea pipe-in-pine project• Collaborated with key stakeholders including Petrobras, OneSubsea, BG, and Repsol Sinopec to deliver comprehensive engineering solutions for offshore projects

• Designed a system of oscillating water columns to reduce the motion of ships in waves• Designed appendices for subsea equipment to stabilize their deployment procedure

• Implemented a seakeeping code for catamaran vessels in MATLAB• Studied the influence of viscous effects on the heave and pitch motions of a novel catamaran