Mansi A.

I work on real-world engineering problems involving thermofluid systems, multiphysics simulations, and product-level performance optimization. My focus is on delivering physically accurate, simulation-driven solutions that translate directly into engineering decisions—not just theoretical results. I specialize in CFD, FEA, and coupled multiphysics modeling using ANSYS (primary), COMSOL, and SimScale. My work includes airflow optimization, heat transfer analysis, structural validation, and system-level modeling for complex engineering systems. I have worked on HVAC thermal comfort analysis for high-rise buildings (Absolute World Towers, Canada), aeroelastic simulations of high aspect ratio wings (including flutter and control surface effects), and thermal system design such as high-performance cold plates. I also have experience contributing to IP-driven engineering projects under NDA and supporting certification-level work. Technically, I am proficient in CAD (SolidWorks, Fusion 360), simulation workflows (ANSYS, COMSOL), and system modeling tools (MATLAB, Simulink, Python). I approach problems from first principles and focus on accuracy, validation, and practical implementation. If you’re looking for someone who can take a complex physical problem and translate it into a reliable simulation and engineering solution, I’d be happy to help.