Engineering Sciences
The catalogue does not publish a term by term undergraduate curriculum for this program, so none is shown. The course list below is what it does publish.
Other courses this department offers
- ES202Mathematics for Engineers
- ES221Engineering Mechanics I
- ES222Engineering Mechanics II
- ES223Statics and Strength of Materials
- ES224Strength of Materials
- ES225Engineering Mechanics
- ES301Numerical Methods in Engineering
- ES303Statistical Methods for Engineers
- ES305Computing Methods in Engineering
- ES361Computing Methods in Engineering
- ES401Numerical Analysis in Engineering
- ES403Finite Element Method
- ES441Introduction to Biomechanics
- ES443Human Physiology for Engineers
- ES444Fundamentals of Tissue Engineering
- ES494Special Topics in Es/Inro.to Bioeng.
- ES500M.s. Thesis
- ES501Analytical Methods in Engineering I
- ES502Analytical Methods Inengineering II
- ES503Finite Element Method
- ES504Num. Solution of Partial Diff. Equations
- ES505Variational Methods in Engineering
- ES506Reliability
- ES507Boundary Element Method
- ES510Num. Solution of Ordinary Diff.equation
- ES511Basic Principles of Mechanics
- ES514Mechanic.behaviour of Deformable Bodies
- ES516Spectral Methods
- ES521Elasticity
- ES525Theory of Continuous Media I
- ES526Theory of Continuous Media II
- ES528Wave Propagation in Solids
- ES531Mechanics of Composite Materials
- ES532Mathematical Theory of Plasticity
- ES534Elastic Stability
- ES536Energy Methods
- ES538Soil-Structure Interaction Analysis
- ES541Introduction to Biomechanics
- ES542Advanced Biomechanics
- ES545Tissue Engineering
- ES551Stochastic Methods in Eng. Mechanics I
- ES570Research Methods and Ethics in Engineering Sciences
- ES571Basic Principles of Fluid Mechanics
- ES591Seminar
- ES600Ph.d. Thesis
- ES691Seminar
- ES702Pseudospectral Methods
- ES705Occupational Biomechanics
- ES706Mechanics of Hard and Soft Tissues
- ES799Orientation Graduate Seminars