- Responsible for the control logic design of an aircraft thermal dynamic model to integrate with a client model for trade studies - Documented a 10-year-old Simulink ECS controller model and updated it to current trade and best-use standards- Updated the design of a digital control system logic for a dynamic model with over 20 parallel loops and 50 effectors - Contributed in the safety and qualification test of a next-gen Power and Thermal Management System (PTMS)- Acted as the 2nd shift control engineer on-call while testing a PTMS controller logic with system and hardware in the loop- Travelled between AZ and CA bi-weekly for two weeks at a time to support a high-visibility test development campaign - Verified and updated the control logic of an Accurate Fast Dynamic (AFD) model for a complex system in Simulink

- Contributed in the digital logic design and test campaign of a next-gen turboshaft engine control system using Simulink- Scripted a system-level test campaign for our non-real time model to certify its mode transition functionality in-flight- Held a hybrid, part-time position (20-30 hours/week) while taking 3 graduate, high-level controls & dynamics classes

- Developed and implemented a data file translation script for simulation results from MATLAB Simulink to Ansys - Streamlined a complex workflow into a MATLAB script capable of running 20minutes faster without user interaction - Created necessary documentation including system and process maps to certify project into a patent

UF EDGE - Electronic Delivery of Gator EngineeringManaged a series of cameras and audio equipment to record graduate level courses for online viewing by foreign students. Ensured production ran smoothly and efficiently by troubleshooting various audio and visual errors. Worked between 6 and 12 hours a week per semester as a full time student at the University of Florida.

Collaborated in the research and development of additive manufacturing technology for high-temperature composite partsLead a project on the design and manufacturing of carbon-carbon composite fasteners while mitigating cost and material lossOperated the beta model of a $250,000 composite 3D printer encompassing troubleshooting and debugging the machineAnalyzed and tested a complex carbon-carbon process in order to make a recommendation on implementing it

Provided quality support to mitigate imperfections in carbon-composite Airbus 350 structural frames. Designed and implemented a repeatable analytical tool on Excel to identify likely causes of defect in the span of 10 weeks. Managed data collection and integration, generated recommendations expected to yield up to $200,000 in annual savings. Collaborated with operators to adjust processes in compliance with new safety manufacturing standards during a pandemic.

Supported the pipe detail shop to optimize the construction of the nuclear propulsion system on a Ford-class aircraft carrier. Integrated multiple legacy processes into a digital process spanning multiple departments across a 550 acres shipyard. Trained team members in advanced NX and AutoCAD modeling techniques to design complex 3D models into 2D templates. Documented decades old processes for manufacturing nuclear piping insulation pads onto a digital platform.

Managed a manufacturing floor safely while efficiently maximizing production to deliver quality stone counter top. Operated and coded a variety of CNC machines using AlphaCAM to successfully cut and polish stones of various composition and geometry. Created systematic process to identify differences in the material type and possible failure points to mitigate production loses. Worked 20 hours a week as a full-time student on top of a part time job and while consistently exceeding shift production quotas by at least 40%.

Supervised the daily demands of the bakery after acquiring the skills from a fast-paced two-week training. Directed the production of 200 pastries per day in an efficient, safe and timely manner to meet customer demand.