The multiscale decomposition is obtained by subtracting the bridging scale component from the MD solutions. This method is implemented through a so-called 'bridging scale' term, which is constructed by projecting the molecular dynamics (MD) solution onto its coarse scale approximation. All program proposals will be reviewed and approved by an advisor.įor more information on the degree program, please visit the Stanford Chemical Engineering Master’s Degree page.A multiscale meshfree approach for the mechanical analysis of low dimensional nanostructures is proposed, with the objective that both computational efficiency and accuracy can be achieved for systems involving large number of atoms or molecules. Students are then encouraged to follow their own interests and goal by selecting elective courses in areas like entrepreneurship, optimization, energy or applied mathematics. Students will take core chemical engineering courses in areas like chemical kinetics, molecular thermodynamics and biochemical engineering. Online master’s degree students will have the opportunity to combine Chemical Engineering studies with a wide range of engineering coursework offered by Stanford. In an effort to propel this vision forward, the Stanford Chemical Engineering department has launched a fully online, part-time master’s degree program, which will expand the reach of chemical engineering to working professionals around the world.

And at the heart of all three is chemical engineering, which holds the key to a healthier, cleaner and more efficient world, and a better tomorrow for all. This triad of engineering priorities is perhaps unmatched in its potential for improving the quality of life for all inhabitants of planet Earth.

Meshfree chemical master