Selected engineering and design work from coursework, prototypes, and personal projects.
Analyzed 2,739 smartphone listings to identify which features most influence selling price and built a multiple linear regression model in R using rating, memory, storage, discount percentage, and brand to predict prices.
Conducted a human factors study with 10 participants to evaluate controller fit across hand sizes using a standardized FPS task, error tracking, and comfort/fatigue surveys to identify ergonomic mismatches and improvement opportunities.
Designed an ADA-compliant pool lift capable of safely supporting up to 300 pounds by applying engineering calculations to optimize linkage geometry, joint placement, and counterweight design.
Created a detailed 3D CAD model in SolidWorks using precise measurements and produced engineering drawings with exploded views, projections, and labeled components.
Collaborated with a team to test design variables and hull concepts to minimize time, producing the only model in the class propelled purely by wind.
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Structured and engineered a responsive portfolio website, utilizing an AI-assisted iteration to accelerate the front-end development of the site while maintaining full control over architecture and UX decisions.
Regression model in R predicting prices from specs, rating, discount %, and brand.
User study with performance + comfort/fatigue ratings to assess ergonomic mismatch.
ADA-compliant lift design using engineering calculations and safety analysis.
3D CAD model + engineering drawings with exploded views and projections.
Prototype testing + optimization; built a wind-only propelled model.
Statistical analysis comparing performance patterns across categorized weeks using fantasy football data.
Technical research on wave-based sensing (LiDAR/radar) and object detection limits in autonomous vehicles.
Team-based teardown and analysis of a Toro CCR Powerlite snowblower, evaluating subsystems and proposing design improvements.
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