My research in computational multi-physics discretizes the real-world, to observe the hidden physics behind the highly efficient behavior of biological creatures. Suitably, this laid the groundwork for my years in the automotive industry, where I integrated basis technologies in building human-oriented vehicle riding experiences, especially in regards to auditory and tactile (vibration) senses. From discretization to integration, the rigor of my research has enabled my relative success in today’s challenging and innovative automotive projects, which require (but are not limited to) the following skills: computational simulations of fluids, solids, and acoustics; and vehicle sound and vibration solutions deploying passive, active, and interactive technologies.