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B.S. Aerospace Engineer from UCI | Propulsion, control systems, simulation | Building orbital sims, robots, and aircraft tools.
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Assessing your cultural and operational fit
6-DoF-Aircraft-Dynamics-and-Autopilot-Simulation
December 8, 2025 – December 8, 2025
Nonlinear 6-DoF aircraft simulation with quaternion dynamics, aero/propulsion models, trim + linearization, and a modular autopilot stack. Built for controls testing, stability analysis, and rapid flight-software iteration.
View ProjectSpaceFlightPathSimulator
December 8, 2025 – December 8, 2025
MATLAB-based interplanetary mission design simulator featuring Hohmann transfers, Mars gravity-assist modeling, ΔV trade studies, and a full Earth→Mars→Saturn animated trajectory. Includes visualizations, automated tests, and modular mission-analysis tools.
View ProjectAircraftDesign
May 18, 2025 – December 8, 2025
Designed a 210-passenger Class II commercial aircraft and compared aluminum, composite, and hybrid structures. Built SolidWorks models, analyzed DOC, CG, and weight using MATLAB and Excel, and produced a full mission-based performance report.
View ProjectCultural Fit Analysis
The candidate's projects are heavily focused on aerospace engineering and simulation, primarily using MATLAB. While these projects demonstrate strong analytical and technical capabilities, they do not directly align with the 'Data Scientist' target role, which typically requires experience with statistical modeling, machine learning, big data technologies, and programming languages like Python or R. This indicates a significant gap in direct role alignment and cultural fit for a typical Data Scientist position.
Soft Skills & Operational Fit
Insufficient data to assess soft skills or operational fit. Project descriptions suggest a detail-oriented and analytical approach.