I’m a mechanical engineering master’s student focused on thermal systems, multiphysics simulation, and experimental diagnostics.
My work spans research and industry—from modeling RF-heated plasma systems in COMSOL and ANSYS to performing thermal diagnostics and failure analysis for aerospace manufacturing at Precision Castparts Corp.
I’ve worked with Element, Fluke, Williamson, and Inductronix on temperature validation, sensor evaluation, and troubleshooting high-temperature process instability, combining hands-on testing with analytical modeling.
Focus Areas
- Thermal systems: heat transfer, transient behavior, margins & constraints.
- Multiphysics simulation: coupled models for prediction + sensitivity studies.
- Diagnostics: IR thermography, pyrometry, sensor validation workflows.
- Engineering decisions: use models + data to prioritize what changes matter.
Selected Experience
Thermal and metallurgical failure analysis; furnace diagnostics; thermocouple, pyrometry, and IR data correlation; process-level recommendations improving thermal uniformity and defect detection.
Reduced-order thermal modeling, transient heat-transfer analysis, and defect-risk evaluation for RF plasma-assisted processing.
Precision tooling design and verification for high-temperature aluminum manufacturing.