My technical background combines mechanical engineering with a strong grasp of interdisciplinary principles. I’ve applied these skills in healthcare construction and residential capital projects, delivering solutions that are precise, efficient, and compliant with standards including NYCDOB, ASHRAE, ASTM, and NFPA. I also enjoy exploring ways to optimize system performance and workflow, providing insights that can help guide project decisions.
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Skills
Fluid Flow Modeling & Analysis: Applied across industrial, commercial, and residential contexts, focusing on optimizing performance, safety, and efficiency.
Engineering Tools: Proficient in MATLAB, AutoCAD, and SolidWorks for engineering analysis and design.
Architecture & Design: Gained exposure to architectural design principles and their interaction with mechanical systems.
Mechanical Engineering: Specialized in thermal fluids and energy systems, with coursework in Fluid Mechanics, Heat Transfer, Renewable and Advanced Energy Systems, and Thermal Design
Economics & Finance: My coursework in macroeconomics and financial accounting strengthened my understanding of capital markets, capital allocation, and financial analysis.
Relevant Academic Coursework at Rice University
ECON 203: Macroeconomics
BUSI 305: Financial Accounting
ARCH 345: Foundations in Architecture
MECH 472: Thermal Design Systems
MECH 371: Fluid Mechanics
MECH 477: Renewable & Advanced Energy Systems
MECH 417: Finite Element Analysis
MECH 481: Heat Transfer
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