Academic Record & Contact
Explore my complete academic milestones, doctoral research projects, and computational fluid dynamics publications. This portfolio centralizes my work at the intersection of solar photovoltaics and boundary layer fluid mechanics.
Boundary Layer Physics
My research at the University of Utah investigates the thermodynamic and aerodynamic interactions of utility-scale solar installations. By modeling these flows, we identify optimization strategies for large-scale energy harvesting.
Academic Affiliations
Currently serving as a Graduate Research Assistant within the Department of Mechanical Engineering. Active collaborator at the Environmental Fluid Dynamics Laboratory, focusing on atmospheric boundary layer turbulence.
Core Expertise
Specialized in high-performance computational fluid dynamics (CFD), Large-Eddy Simulation (LES) modeling, experimental wind tunnel testing, and automated Python data analysis pipelines.
Selected Publications
Teaching Experience
Technical Toolset
Author of peer-reviewed articles in high-impact fluid mechanics and renewable energy journals, presenting novel boundary layer models.
Experienced instructor and teaching assistant for graduate-level fluid dynamics and undergraduate thermal-fluid system design courses.
Proficient in OpenFOAM, ANSYS Fluent, high-performance computing clusters, and advanced scientific visualization suites.
Academic Collaboration
I am actively seeking post-doctoral research opportunities, industry R&D consulting roles, and collaborative computational projects. Please use the secure form to initiate professional inquiries, request specific datasets, or discuss joint research proposals.