From drafting heating layouts to running full-scale CFD simulation models, my journey in engineering has been anything but ordinary. I started deep in the HVAC industry—working through system designs,... Read more

From drafting heating layouts to running full-scale CFD simulation models, my journey in engineering has been anything but ordinary. I started deep in the HVAC industry—working through system designs, technical drawings, and load calculations—before naturally evolving into the world of computational engineering. That hands-on foundation is what separates the way I approach every simulation from someone who only knows the software. Today, I specialize in delivering high-accuracy CFD simulation analysis for HVAC systems, industrial equipment, and thermal applications. Whether it's airflow distribution inside a commercial building, heat exchanger performance, or pressure drop across a ducting network, I build models that reflect real-world behavior — not just pretty visuals. My tool of choice is Ansys Fluent, and over the years I've used it to solve problems that purely theoretical approaches simply can't crack. On the structural side, my FEA work covers mechanical components and HVAC-related systems where thermal and structural loads interact. Understanding how a system behaves under stress, vibration, or temperature gradients is just as critical as the fluid dynamics — and I treat both with equal precision. Every FEA model I deliver is built with clearly defined boundary conditions, mesh quality checks, and results you can actually act on. What clients get with me isn't just a Simulation — it's engineering judgment backed by industry experience. I know what a real HVAC system looks like before it becomes a model in Ansys Fluent, and that context is everything when it comes to accuracy. If you need a CFD simulation analysis that goes beyond surface-level results and actually informs your design decisions, let's talk.