Mechanical Engineering sophomore at Boston University concentrating in machine learning and sustainability. I'm guided by the idea that good engineering is a conversation with the world. Listen first, then build something worthy of what you heard.Le vent se lève, il faut tenter de vivre.
Structural design, analysis, and manufacture of a rocket airframe, integrating a dual-shell aluminum architecture to isolate avionics from nitrous oxide systems and withstand 6.8g launch and 1,230 lbf ejection loads.
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Strain-gauge measurement system with calibration, signal integrity, and repeatability.
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Thermodynamic performance analysis of HVAC systems using experimental data.
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Automated color-sorting mechanism with iterative mechanical design and assembly.
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Mechanically automated launcher for repeatable timing and controlled motion.
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ML-driven truss optimization under load constraints using numerical solvers.
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PCA-based analysis and denoising of LiDAR point clouds with data-driven validation at the National Institute of Standards and Technology.
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Full brake, suspension, and steering design and manufacture for a driven off-road racing vehicle with FEA geometry changes and manufacturable assemblies.
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End-to-end plastic recycling system with manufacturability and sustainability constraints.
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Wireless electrical system integration with packaging and aerodynamic constraints.
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Optimization of high-stiffness fin geometries via genetic algorithms to achieve a 23% drag reduction while maintaining aeroelastic stability through Mach 3.08 and a 1.5-2.5 caliber stability margin.
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Pneumatically actuated syringe arm for controlled motion and manufacturable assembly.
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Research-driven analysis of urban climate impacts and engineering decision tradeoffs.
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X-ray diffraction-inspired data analysis with MATLAB for materials characterization.
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