M.Eng. in Computational Mechanics and Scientific Computing, Duke University

Increasingly, engineering systems are being designed and tested virtually. The successful use of model-based simulation in modern applications requires a solid background in engineering physics, computer science, probability, data sciences, and applied mathematics. This Master of Engineering in Computational Mechanics and Scientific Computing programme provides a strong foundation in all of these areas.;Duke University offers a large number of core and elective courses in finite element methods for applications in solid mechanics, fluid mechanics, and coupled field problems. ;I want to find another Master Course;In the Duke University's Master of Engineering programme, you take specialized technical classes and a core of business leadership and management courses, with a required internship or a project completing the degree.;WHO SHOULD CONSIDER APPLYING?;The MEng in Computational Mechanics and Scientific Computing is ideal for students who want to pursue careers in:;Biomedical device design;Automotive simulations/crashworthiness;Noise reduction in vehicles; mobile device design and vibration analysis;Infrastructure design and analysis;Additive manufacturing;Industrial product design;You should consider this degree if you have an engineering background and are interested in careers in computational modeling in engineering.;If you have a background in physics, computer science, or mathematics and are interested in enhancing your knowledge and understanding applications in engineering and practical modeling techniques, this degree may be for you. ;HOW THIS PROGRAM WILL PREPARE YOU FOR A CAREER;Engineering positions in model-based simulation and design increasingly require master's-level training. ;Students who complete this program will be well-prepared to use finite element methods and other modern numerical tools to model problems in additive manufacturing, engineering mechanics, and engineering consulting. ;Students completing the program will be well-prepared to continue on in PhD programs in computational science and engineering. ;Students receive interdisciplinary training in modern computational methods, engineering, computer science, and applied math.;OUR GRADUATES ARE WORKING AT: ;Major corporations, such as 3M;Hedge funds;Engineering consulting firms, such as Boston Consulting Group;Public-sector research positions, such as Sandia National Laboratory