CSE 393.1 - The Finite Element Method (Kallivokas)
ASE 382R.3 - Hypersonic Aerodynamics (Clemens)
ASE 382Q.11 - Foundational CFD (Bisetti)
A
EM 388 - Solid Mechanics 1 (Ravi-Chandar)
EM 386K - Analytical Methods 1 (Lu)
B
ME 381P.1 - Fundamentals of Incompressible Flow (Moser)
ME 392Q.11 - High Throughout Nanopatterning (Chang)
CSE 396.1 - PDEs 1 (Patrizi)
CSE 396 - Tensor Methods (Kileel)
C
EM 386M - Functional Analysis in Theoretical Mechanics (Demokowicz)
ASE 388P.2 - Celestial Mechanics 1 (Peterson)
D
Created Mar 3, 2026
Navigating the academic cosmos of graduate studies? This tier list ranks essential engineering courses, from the rigorous mathematical foundations of EM 386K - Analytical Methods 1 and CSE 396 - Tensor Methods, to the specialized depths of ASE 382R.3 - Hypersonic Aerodynamics and ME 392Q.11 - High Throughout Nanopatterning. Whether you're wrestling with PDEs in CSE 396.1, exploring the Finite Element Method in CSE 393.1, or diving into the complexities of fluid mechanics with ME 381P.1 - Fundamentals of Incompressible Flow, this ranking offers a glimpse into the challenging yet rewarding journey through advanced engineering concepts. Discover which courses are the true heavyweights of your curriculum.