Experience

Brown Formula Racing

• United States
• Motor Vehicle Manufacturing
• 1 - 100 Employee

• Cooling Subsystem Lead

  • Aug 2023 - Present

  Design, build, and validate the cooling system for an FSAE-type vehicle for competition at Formula SAE Michigan in conjunction with electronics, body, and aerodynamics team to optimize cooling capacity. Experience with SolidWorks, SimScale, carbon fiber layups, and thermodynamic/fluids analysis. Design, build, and validate the cooling system for an FSAE-type vehicle for competition at Formula SAE Michigan in conjunction with electronics, body, and aerodynamics team to optimize cooling capacity. Experience with SolidWorks, SimScale, carbon fiber layups, and thermodynamic/fluids analysis.



Brown University

• United States
• Higher Education
• 700 & Above Employee

• Student Researcher

  • Jan 2023 - Aug 2023

  Undergraduate Teaching and Research Award under Dr. Peng Zhang: "Using HyPer7 to study Mitochondrial Morphology and Oxidative Stress in Adult Rat Cardiac Fibroblasts." Experience with ZEISS ZEN, confocal microscopy and analysis, cell culture, and ImageJ Undergraduate Teaching and Research Award under Dr. Peng Zhang: "Using HyPer7 to study Mitochondrial Morphology and Oxidative Stress in Adult Rat Cardiac Fibroblasts." Experience with ZEISS ZEN, confocal microscopy and analysis, cell culture, and ImageJ



University of Kentucky

• United States
• Higher Education
• 700 & Above Employee

• Student Researcher

  • Jul 2020 - Jun 2022

  Used and developed FiberSim at the Campbell Muscle Lab to study the effects of various drugs on cardiac contraction. Experience with Python and MATLAB. 66th Biophysical Society Annual Meeting: Abstract Poster Presentation "Spatially-explicit modeling framework for predicting the dose-dependent effects on contraction of myotropes." Used and developed FiberSim at the Campbell Muscle Lab to study the effects of various drugs on cardiac contraction. Experience with Python and MATLAB. 66th Biophysical Society Annual Meeting: Abstract Poster Presentation "Spatially-explicit modeling framework for predicting the dose-dependent effects on contraction of myotropes."