1) Apply the concept of atoms, bonding, crystals and their effect on properties and applications of materials. [a1]
2) Explain the concept of microstructural defects, and understand basic microstructural experimental techniques. [a4]
3) Explain diffusion driven processes such as creep, rupture, and solidification. [a4]
4) Correlate material properties to constitutive behavior (hardness, stiffness, etc). [a4]
5) Predict fundamental fracture and fatigue properties of materials. [e,a4]
6) Define and classify metals and alloys. [a4]
7) Describe equilibrium, phase and degrees of freedom for a materials system. [a4]
8) Define and classify polymers (thermosets, thermoplastics, elastomers). [a4]
9) Define and classify ceramic materials. [a4]
10) Define corrosion and the corresponding electrochemical reactions associated with it. [a1,a4]
11) Explain basic non-mechanical aspects of materials such as conductivity, semi-conductors, magnetic properties and optical properties. [a4]
Note: The letters within the brackets indicate the general program outcomes of mechanical engineering. See: ME Program Outcomes.