Introduction to Materials Engineering (5 cr)

Objective

A introduction to the fundamentals of the atomic and microscopic structure of metals, polymers, ceramics and composite materials. How these structures affect the physical properties of materials, and are partially determined by fabrication. Consideration of the economic, societal, and environmental implications of material choices in engineering.

Content

Lecture/Activity Topic
Introduction to Material Science and Engineering
Material Crystal Structure and Non-Crystalline Materials
Molecular Weight and Shape
Polymer Characteristics
Point Defects and Impurities
Grain Size Determination
Mechanical Properties - Metals
Mech. Prop. – Ceramics & Polymers
Deformation/Strengthening - Metals
Deformation - Ceramics/Polymers

Fracture Mechanics
Material Fatigue
Phase Diagrams & Lever Rule
Iron-Carbon Phase Diagrams
Material Fabrication Methods
Thermal Processing of Metals
Particle/Fiber Reinforced Composites
Metal & Ceramic Composites
Environmental Considerations
Societal Considerations

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

Student's active attendance (3 classes)
Student's active participation in class discussions (3 classes)
Students submission of assignments (3 classes)

Assessment criteria, good (3)

Student's active attendance (4 classes)
Student's active participation in class discussions (4 classes)
Students submission of assignments (4 classes)

Assessment criteria, excellent (5)

Student's active attendance (5 classes)
Student's active participation in class discussions (5 classes)
Students submission of assignments (5 classes)

Assessment criteria, approved/failed

Student's active attendance (3 classes)
Student's active participation in class discussions (3 classes)
Students submission of assignments (3 classes)