In the past decades, new problems, areas of application, and techniques appearing in modern dynamical processes in physics, chemistry, engineering and economics have come to light. In seeking better and better results from simulations, the computational mathematician or scientist needs not only capacity to carry out simulations, but also innovative ideas and foundational analysis for algorithms. Computational mathematics, science and engineering are rapidly growing multidisciplinary areas with connections to business, economics, engineering, mathematics and computer science through academia as well as industry. There is furthermore a constant need in these fields for the quick and efficient advancement of information exchange with an expert audience.