I am a Systems Engineering student at UIUC focused on robotics, fluid thermal systems, and advanced manufacturing, supported by strong business insight and analytical thinking. I lead mechanical design and research and development initiatives across competitive robotics and industry sponsored projects, integrating CAD, CFD, and DOE to develop performance driven, manufacturable solutions. With experience in financial modeling, strategic planning, and data driven decision making, I also approach engineering challenges through both a technical and business lens, optimizing for performance, cost, scalability, and long term impact. 

I have experience applying CFD and FEA to evaluate fluid flow, heat transfer, and structural performance in engineered systems. I use simulation tools to analyze pressure drop, turbulence behavior, thermal distribution, stress concentrations, and deformation under load, supporting data driven design decisions before physical prototyping. 

I use the following for FEA and CFD

• Fusion 360

• Ansys Fluent

Experience building parametric cost models, cash flow simulations, depreciation schedules, and data driven financial analyses using Excel, Python, and structured datasets to support strategic decision making. 

I prioritize clear, structured documentation across both engineering and business workflows to ensure systems are transparent, reproducible, and scalable. In engineering, I document design decisions, modeling assumptions, simulation setups, and validation results to support collaboration and iterative development. In financial and operational contexts, I maintain detailed records of model logic, data sources, controls, and reporting frameworks to ensure audit readiness, accountability, and informed decision making.