Test
Execute high-cycle fatigue and compression testing, analyzing dimensional variance and force retention to determine pass/fail structural compliance.
Mechanical + Aerospace Engineering
Building toward engineering solutions from concept to production.
Mechanical & Aerospace Engineer combining design, validation, manufacturing, and technical leadership across real products and student-built systems.
Industry experience · June 2026 — Present
Executing precision manufacturing, quality-assurance testing, and dimensional inspection for refrigeration flow-control components and spring assemblies.
Execute high-cycle fatigue and compression testing, analyzing dimensional variance and force retention to determine pass/fail structural compliance.
Verify precision part geometry using micrometers, calipers, dial indicators, thread gauges, and Go/No-Go plugs.
Machine valves, caps, and pins from raw stock to precision tolerances while operating and monitoring multiple manufacturing stations.
Bridge engineering test-lab requirements with shop-floor production, quality assurance, throughput, and industrial safety practices.
Academic leadership · August 2025 — Present
Direct weekly laboratory sections, guiding students through breadboard circuit assembly, signal analysis, and troubleshooting with oscilloscopes, multimeters, and function generators.
Mentor students in Multisim circuit simulation, enforce calculation accuracy, and evaluate technical laboratory reports and quizzes.
Strengthen mastery of core circuit theory through structured feedback, technical coaching, and hands-on laboratory support.
Leadership under pressure · May 2023 — Present
Perform in a high-pressure team environment as a varsity defensive end while maintaining the demands of an integrated engineering curriculum.
Support teammates in technical execution, preparation, and athletic development through clear communication and accountable leadership.
Coordinate elite NCAA Division III athletics with engineering coursework, laboratory instruction, project leadership, and industry experience.
Selected work
Project Manager · January 2026 — May 2026
Led scope, Work Breakdown Structure, and Gantt scheduling for a multidisciplinary team designing a dual-axis solar tracker supporting a 1 kW load. Directed CAD, structural-load analysis, FEA, and motion simulation for durability, corrosion resistance, and operational compliance.
Aerospace Team · Test + Analysis
Supporting student-led rocket engine work across design, test execution, analysis, and multidisciplinary coordination.
CAD + Additive Manufacturing
Human-Centered Design
Manufacturing
How I work
Explore the workflow
Translate complex requirements into clear engineering decisions, tradeoffs, and next steps.
Move from CAD and analysis into physical prototypes, manufacturing, and technical documentation.
Instrument, troubleshoot, validate, collect data, and use evidence to improve the design.
Use test data, manufacturing feedback, and team coordination to make the next iteration stronger.
Education
Integrated BS/MS Program • Class of 2028
Mechanical Engineering + Aerospace Engineering
Minor: Business Management Management
Expected BS graduation · 2027
Next step