Center for Computational Science and Engineering (CCSE)
Established in 2008 and incorporated into the Schwarzman College of Computing as one of its core academic units in January 2020, the MIT Center for Computational Science and Engineering (CCSE) is an interdisciplinary research and education center focused on innovative methods and applications of computation. CCSE involves faculty, researchers, and students from MIT’s Schools of Engineering, Science, Architecture and Planning, and Management, as well as other units of the Schwarzman College of Computing. Our educational programs seek to train future generations of computational scientists and engineers to both develop and use sophisticated computational methods for a wide variety of applications. CCSE offers doctoral and masters level graduate programs in Computational Science and Engineering (CSE).
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Computation for Design and Optimization (CDO) Master of Science Program [renamed in 2020]
The MIT CDO SM program was renamed the Computational Science & Engineering (CSE) SM program in Spring 2020.
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Recent Submissions
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Optical Property Prediction and Molecular Discovery through Multi-Fidelity Deep Learning and Computational Chemistry
(Massachusetts Institute of Technology, 2024-05)Optical properties are crucial for the design of molecules for numerous applications, including for display technologies and biological imaging. The accurate prediction of these properties has been the subject of decades ... -
Leveraging the Linear Response Theory in Sensitivity Analysis of Chaotic Dynamical Systems and Turbulent Flows
(Massachusetts Institute of Technology, 2023-06)The linear response theory (LRT) provides a set of powerful mathematical tools for the analysis of system’s reactions to controllable perturbation. In applied sciences, LRT is particularly useful in approximating parametric ... -
Modeling Feedback Effects of Transient Nuclear Systems Using Monte Carlo
(Massachusetts Institute of Technology, 2023-06)Monte Carlo neutron transport is the gold standard for accurate neutronics simulation of nuclear reactors in steady-state because each term of the neutron transport equation can be directly tallied using continuous-energy ...
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