Job Description Help for Job Description. Opens a new window. Analyze, research and optimize hydraulic and aquatic systems through the application of computational fluid dynamics, numerical modeling and applied fluid mechanics. Develop physics-based methodologies to evaluate emerging simulation technologies. Integrate numerical results into engineering design, product development, and system optimization. Support company-wide engineering and research initiatives through analysis of free surface flows, air water interaction, hydraulic conveyance systems, wave dynamics and fluid-structure interactions for large-scale aquatic environments. Translate scientific research, numerical simulation results, and experimental insight into practical, constructible and performance-driven engineering solutions. Masters degree in Mechanical Engineering or closely related field required.