• Compile and revise company data taken from an online database and Excel.• Create data visualizations using Power BI to present operations in order to find more efficient strategies.• Organize emailed information and documents in Dropbox for engineers and administrators.

• Configured diesel engine software, packaged the contents, and tested generated software using hardware-in-the-loop (HIL) before sending to clients• Enhanced the performance of diesel engine control system models and setup the Matlab environment by developing Python and Matlab scripts• Transformed diesel engine system models and environment to fulfill the requirements for the Matlab IEC 61508 certification• Redesigned and tested software configuration tools as necessary which involved coordinating and working with contractors• Organized and managed documents pertaining to software revisions, software content, procedures and tools

• Restructured Drive Control models to support automatic C++ code generation using Matlab and Simulink and tested on simulation devices to show the ease of using generated code• Configured generated code characteristics to output similar to the existing code• Integrated generated code to an existing code base using Windriver and manually where needed• Programmed code coverage tests by developing scripts in Matlab to ensure the integrity of the code• Developed Matlab scripts to generate models and code that were confirmed in BullseyeCoverage to satisfy previously generated test cases

• Developed aircraft systems (Aero, FAC, horizontal stabilizer, stall warning, flight controls, etc.) in C++ and Matlab for simulation of A320/330, 767, DC10, CL605, and SR22/20• Tuned control system parameters for aerodynamic models and actual SR22 hardware used for simulation (HIL)• Certified a Cirrus SR22 Level 5/6 flight training device (FTD) under FAA Part 60 regulations by modifying systems in house and on-site in Florida

Collaborated with a team using the engineering design process to develop a more efficient diffuser for steam turbines. Since it is located between the last row of blades and the condenser, efficiency is increased when the shape changes with the ambient conditions, effectively minimizing pressure loss between sections. A prototype was created to demonstrate the final design.

Managed milestones of ongoing projects and updated spreadsheets. Calculated different scenarios for analysis of new parts using drawings and design review explanations from various databases. Accompanied colleagues to on-site inspections of gas turbine power plants.

Graded papers for Modeling Methods, tutored students in both classes, taught a problem session for Thermodynamics, and helped the professors keep their websites current by uploading assignments and creating tests and answer sheets using MathCAD.