Course Web Pages
Some courses have websites that are accessible only to students enrolled in the course.
- ME104: The Engineering of Bridges
- ME106 Engineering in Antiquity
- ME107 Mechanics and Optics in Antiquity
- ME110: Intro to CAD and Drawing
- ME120: Engineering Mechanics I: Statics
- ME121: Engineering Mechanics II: Dynamics
- ME123: Thermodynamics
- ME201: Applied Boundary-Value Problems
- ME204: Mechanical Design
- ME205: Advanced Mechanical Design
- ME206: Building Engineering and Technology in Antiquity
- ME211: Computational Methods
- ME213: Mechanical Systems
- ME222/424: Introduction to Robust Design and Quality Engineering
- ME223: Heat Transfer
- ME225: Introduction to Fluid Dynamics
- ME226: Introduction to Solid Mechanics
- ME232: Opto-Mechanics
- ME241: Fluid Dynamics and Thermal Sciences Laboratory
- ME242/462: Solids and Materials Laboratory
- ME251: Heat Power Applications
- ME280: Introduction to Materials Science
- ME281: Mechanical Behavior of Solid Materials
- ME400: Applied Boundary-Value Problems
- ME401: Mathematical Methods
- ME402: Partial Differential Equations
- ME403: Computational Methods for Engr and Sci.
- ME404: Computational Methods Applied to Biollogical Systems
- ME406: Dynamical Systems
- ME407: Advanced Dynamics
- ME408: Phase Transformation
- ME412: Visco in Bio Tissues
- ME424: Introduction to Robust Design and Quality Engineering
- ME431: Computational Methods
- ME432: Opto-Mechanical
- ME433: Nano Energy Transport and Con
- ME434: Introduction to Plasma Physics I
- ME435: Introduction to Plasma Physics II
- ME436: Compressible Flow
- ME437: Incompressible Flow
- ME439: Turbulence
- ME440 Mechanics of Structures
- ME441: Finite Elements
- ME443: Applied Vibration Analysis
- ME444: Continuum Mechanics
- ME445: Precision Instrument Design
- ME449: Elasticity
- ME451: Crystallography and X-Ray Diffraction
- ME453: Intro to Nuclear Engineering
- ME458: Nonlinear Finite Elements: Fluids
- ME460: Thermodynamics of Solids
- ME461: Fracture and Adhesion
- ME462: Solids and Materials Lab
- ME463: Microstructure
- ME465: Principles of Lasers
- ME466: Corrosion
- ME481: Mechanical Behavior of Solid Materials
- ME482: Biosolid Mechanics
- ME483: Biofluid Mechanics
- ME485: Nonlinear Finite Element
- ME492: High Energy Density Physics
- ME532: Magnetohydrodynamics
- ME533: Intro-Inertial Confinement Fusion
- ME535: Laser Plasma Interactions
- ME536: Hydrodynamic Stability
- ME541: Nanoscal Crystalline Defect
- ME545 Advanced Plasma Physics