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Role on Project: Content Developer, Instructor, Subject Matter Expert
Position Title: Adjunct Professor
Department: Department of Materials Science & Engineering (MSE)
Institution: University of Toronto
Scott is the recipient of the 2014 Early Career Teaching Award from the Faculty of Applied Science & Engineering at the University of Toronto.  This award recognizes a faculty member who has demonstrated excellence in teaching during their early career.  Recognizing his efforts to improve the quality of undergraduate laboratory activities, Scott was the 2012 recipient of the Wighton Fellowship from the Sandford Fleming Foundation at the University of Waterloo.
 
Please also visit my YouTube channel.
From this author
Digital Object Types: Video Links
Title of Resource Part of Description
A systematic approach to phase diagrams | Link Free time, free money, free energy?

(Duration: 8:31)
Atom packing in 3, 2, and 1 dimension | Link Material properties: properties matter

This video is about Atom packing in 3, 2, and 1 dimensions. (Duration: 11:09)
Body centered cubic | Link I need more structure in my life.

(Duration: 08:50)
But what is modulus, really? | Link Strong, light, and not too bendy

In this video I attempt to provide an intuitive understanding of Young's modulus and along the way we come across another material property, the strength. (Duration: 09:24)
Charts of material properties | Link Material properties: properties matter

In this video I provide a very basic look at the modulus vs. density chart. (Duration: 05:16)
Crystal structure review | Link I need more structure in my life.

(Duration: 14:28)
Crystal systems and the Bravais lattices | Link I need more structure in my life.

(Duration: 07:11)
Derivation of the lever rule | Link Free time, free money, free energy?

(Duration: 11:28)
Diamond cubic | Link I need more structure in my life.

(Duration: 11:42)
Ductility, toughness and resilience | Link Meddling with matter

(Duration: 11:03)
Elastic Behaviour | Link Strong, light, and not too bendy

This video introduces the elastic behaviour of materials including a basic treatment of the interatomic force separation curve and the atomic definition of Young's modulus. (Duration: 07:30)
Electric dipoles and the secondary bond | Link If plastics are polymers, are all polymers plastic?

(Duration: 13:17)
Electronic configuration, Octet Stability | Link Quick! We need a better model!

(Duration: 05:40)
Electronic configuration, the four quantum numbers - something intuitive | Link Quick! We need a better model!

(Duration: 05:41)
Engineering stress and engineering strain | Link Strong, light, and not too bendy

This video covers an introduction to engineering stress & engineering strain. (Duration: 10:39)