The following tables list the courses offered in Aerospace & Mechanical Engineering for the Spring 2008 Semester. Those course numbers with links point to the class web page. Courses marked with are also available via the USC Viterbi School of Engineering's Distance Education Network (DEN).

Undergraduate AME Classes

Course#	Title	Instructor
150L	Introduction to Computational Methods	Domaradzki
201	Statics	Sadhal
204	Strength of Materials	Hodge Safadi
261	Basic Flight Mechanics	Blackwelder
291	Undergraduate Design Projects I:   Aerodesign Project   Formula SAE Project	Blackwelder Shiflett
301	Dynamics	Udwadia
308	Computer-Aided Analyses for Aero-Mechanical Design	Shiflett
309	Dynamics of Fluids	Phares
310	Engineering Thermodynamics I	Egolfopoulos
331	Heat Transfer	Ronney
341BL	Mechoptronics Laboratory	Spedding
403	Stress Analysis	Safadi
409	Senior Design Project	Jin
420	Engineering Vibrations	Safadi
436	Energy and Propulsion	Ronney
441BL	Senior Projects Laboratory	Maxworthy
443	Control Systems Laboratory	Chen
451	Linear Control Systems I	Yang
455	Introduction to MEMS	Han
460	Aerodynamic Theory	Redekopp
481	Aircraft Design	Beron Rawdon, Page
491	Undergraduate Design Projects II:   Aerodesign Project   Formula SAE Project	Blackwelder Shiflett

Graduate AME Classes

Course#	Title	Instructor
503	Advanced Mechanical Design	Lu
505	Engineering Information Modeling	Jin
509	Applied Elasticity	Dravinski
511	Compressible Gas Dynamics	Wang
513	Principles of Combustion	Egolfopoulos
516	Convection Processes	Campbell
522	Nonlinear Dynamical Systems, Vibrations, and Chaos	Udwadia
525	Engineering Analysis	Newton
526	Engineering Analytical Methods	Pottebaum
527	Elements of Vehicle and Energy Systems Design	Winkler
535b	Introduction to Computational Fluid Mechanics	Domaradzki
544	Computer Control of Mechanical Systems	TBA
545	Modeling and Control of Distributed Dynamic Systems	Kanso
552	Nonlinear Control Systems	Flashner
559	Nonlinear Control Systems	Xu
578	Modern Altenative Energy conversion Devices	Wang
588	Materials Selection	TBD
599	Special Topics: The Kinetic Theory of Gas Flows in Nano/Micro-Scale Environments	Han

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