Course Summary
This course provides an introduction to the field of materials science and engineering, with a focus on the fundamental principles that govern the behavior of materials.Key Learning Points
- Learn about the structure and properties of materials, including metals, ceramics, polymers, and composites
- Understand the relationship between processing, microstructure, and properties of materials
- Explore the applications of materials science across a range of industries, including electronics, energy, and healthcare
Job Positions & Salaries of people who have taken this course might have
- Materials Engineer
- USA: $78,000
- India: ₹6,00,000
- Spain: €36,000
- Research Scientist
- USA: $85,000
- India: ₹8,00,000
- Spain: €40,000
- Product Development Engineer
- USA: $75,000
- India: ₹5,50,000
- Spain: €35,000
Related Topics for further study
Learning Outcomes
- Understand the fundamental principles of materials science and engineering
- Learn how to analyze and design materials for specific applications
- Gain knowledge of the latest research and technologies in the field
Prerequisites or good to have knowledge before taking this course
- Basic knowledge of chemistry and physics
- Familiarity with calculus and differential equations
Course Difficulty Level
IntermediateCourse Format
- Online self-paced
- Video lectures
- Assignments and quizzes
- Community forums
Similar Courses
- Introduction to Solid State Chemistry
- Introduction to Materials Science
Related Education Paths
Notable People in This Field
- Regents' Professor of Earth, Space, and Environmental Sciences at Arizona State University
- Professor of Materials Science and Engineering at MIT
Related Books
Description
Have you ever wondered why ceramics are hard and brittle while metals tend to be ductile? Why some materials conduct heat or electricity while others are insulators? Why adding just a small amount of carbon to iron results in an alloy that is so much stronger than the base metal? In this course, you will learn how a material’s properties are determined by the microstructure of the material, which is in turn determined by composition and the processing that the material has undergone.
Outline
- Phase Diagrams and Phase Equilibria
- 1.1 Introduction
- 1.2 One-Component Phase Diagrams and Gibbs Phase Rule
- 1.3 Regions of Two Phase Equilibrium
- 1.4 Additional One-Component Phase Diagrams
- 1.5 Binary Isomorphous Phase Diagrams
- 1.6 The Lever Rule
- 1.7 Phase Fractions
- 1.8 Equilibrium Cooling Curves
- 1.9 Equilibrium Isomorphous Diagrams
- 1.10 Analysis of a Phase Diagram
- 1.11 Deviations from Ideal Behavior
- 1.12 Eutectic Phase Diagram
- 1.13 Determination of Phase Boundaries
- 1.14 Eutectic Microstructure Development
- 1.15 Equilibrium Cooling of an Off-Eutectic Alloy
- 1.16 Equilibrium Cooling of an Off-Eutectic Alloy - Calculations
- 1.17 Microstructure Development in an Off-Eutectic Alloy
- 1.18 Invariant Reactions in Two Component Systems
- 1.19 Peritectic Phase Diagrams
- 1.20 Analysis of Complex Phase Diagrams
- 1.21 Monotectic Phase Diagrams
- 1.22 Phase Separation and Critical Points
- 1.23 Solid State Reactions
- 1.24 Summary of Invariant Reactions in Two-Component Systems
- 1.25 Summary
- Learning Outcomes
- Consent Form
- Get More from Georgia Tech
- Supplemental Materials for this Module
- Earn a Georgia Tech Badge and CEUs
- Quiz 1.1 (Lessons 1.1 - 1.8)
- Quiz 1.2 (Lessons 1.9 - 1.12)
- Quiz 1.3 (Lessons 1.13 - 1.17)
- Quiz 1.4 (Lessons 1.18 - 1.24)
- Kinetics of Structural Transformations
- 2.1 Introduction
- 2.2 The Concept of a Driving Force
- 2.3 Homogeneous Nucleation
- 2.4 Undercooling and the Barrier to Homogeneous Nucleation
- 2.5 Random Clusters in the Liquid
- 2.6 Nucleation and Growth
- 2.7 Wetting
- 2.8 Heterogeneous Nucleation
- 2.9 Heterogeneous Nucleation - Spherical Cap Approximation
- 2.10 Heterogeneous Nucleation - Sodium Acetate Demonstration
- 2.11 Heterogeneous Nucleation - Applications
- 2.12 Homogeneous and Heterogeneous Nucleation
- 2.13 Types of Interfaces
- 2.14 Johnson, Mehl, and Avrami (JMA) Equation
- 2.15A Calculations Using the JMA Equation Part 1
- 2.15B Calculations Using the JMA Equation Part 2
- 2.16 Application of the JMA Equation
- 2.17 Developing High Strength Alloys
- 2.18 The Iron-Carbon System
- 2.19 Diffusional/DiffusionlessTransformations
- 2.20 Heat Treating a Plain Carbon Eutectoid Steel
- 2.21 Formation of Pearlite in Eutectoid Steel
- 2.22 Formation of Bainite in a Eutectoid Steel
- 2.23 Formation of Martensite
- 2.24 Heat Treatments of Austenite Decomposition Products
- 2.25 Isothermal Transformation (IT) Diagrams for a Eutectoid Steel
- 2.26 Off-Eutectoid Isothermal Transformation (IT) Diagrams
- 2.27 4340 Isothermal Transformation (IT) Diagram
- 2.28 Continuous Transformation (CCT) Diagrams
- 2.29 Precipitation Hardening in Al-Cu Alloys
- 2.30 Nonequilibrium Solidification
- 2.31 Sintering
- 2.32 Summary
- Learning outcomes
- Supplemental Materials for this Module
- Where to go from here
- Quiz 2.1 (Lessons 2.1 - 2.5)
- Quiz 2.2 (Lessons 2.6 - 2.10)
- Quiz 2.3 (Lessons 2.11 - 2.15)
Summary of User Reviews
Discover the science behind materials with the Material Science and Engineering course on Coursera. Students have praised the course for its engaging content and knowledgeable instructors. One key aspect that many users thought was good is the practical application of the concepts learned in the course.Pros from User Reviews
- Engaging content
- Knowledgeable instructors
- Practical application of concepts learned
Cons from User Reviews
- Lengthy lectures
- Challenging assignments
- Limited interaction with instructors
- No hands-on lab experience
Thomas H. Sanders, Jr.
4.8 Raiting
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