Compared the impact of polyrope stiffness on mooring chain fatigue and determined there was a 25.3% underapproximation in damage when compared to a Static-Dynamic stiffness. Developed a MATLAB library to pre and post process FPSO and FOWT mooring simulations using OrcaFlex API. Concluded company established polyester rope stiffness when compared to ABS criteria is accurate within 5% of mean tension and 2% of mooring offset. Developed MATLAB programs to dynamically update mooring leg length based on polyrope loading to ensure accurate loading. Confirmed OrcaFlex Fatigue Analysis tool is accurate within 1% of ABS Rainflow calculation methods

Conducted extensive stability and strength analysis of barges across diverse loading conditions, ensuring safe and efficient operations for a variety of heavy construction machinery.Developed an Excel spreadsheet to analyze wind and tidal current forces on moored barges and calculated the forces on mooring lines to assist in determining mooring line configurations.Utilized RISA 3D to determine suitable pile sizes, adhering to the DoD’s Unified Facilities Criteria and ABS rules, and ensured their capacity to withstand mooring and berthing forces.Produced technical reports, drawings, and memos to be utilized within multi-million dollar infrastructure projects.

Completed a prototype Low-Frequency Hydrophone Calibration System which confirmed the theoretical transfer function is accurate between 5-25 Hz with less than 1% error. As well, I optimized legacy code and developed logistical processing programs using MATLAB to reach these conclusions.

Assisted medical Director in the creation of private label formulations in the health and beauty industry. Optimized manufacturing processes and distribution of products.