In Computational Engineering, we leverage advanced computational methods and simulations to solve engineering problems, offering a powerful supplement or alternative to physical prototyping and testing. This thrust includes numerical techniques such as computational fluid dynamics (CFD), finite element analysis (FEA), and machine learning applications in mechanical engineering. We use high-performance computing to model engineering problems and perform simulations, enabling advanced design and analysis. For example, CFD can be used for simulation of air flow across wind turbines to predict performance, while FEA can be used for estimation of deformations of and stresses in structural components. This thrust supports engineering design and analysis in fields like aerospace, renewable energy, and HVAC.