NE 225Structure and Properties of Nanomaterials
- Units
- 0.50
- Faculty
- Engineering
- Subject
- Nanotechnology Engineering
When it runs
- F24
- W25
- S25
- F25
- W26
- S26
- F26
- W27
- S27
Ran in 2 of the last 7 terms. Winter 2027: not on the schedule. Spring 2027: schedule not out yet.
Electronic orbitals in atoms, molecules and the solid state. Structures and properties of covalent and ionic solid nanoparticles including their catalytic, electrochemical, electrical, optical and magnetic properties. Semiconductors and carbon/silicon-based nanoparticles. Examples discussed include carbon nanoparticles, dendrimers, micelles, and quantum dots.
Prerequisites
- Complete all of the following
- Students must be in level 2B or higher
- Enrolled in H-Nanotechnology Engineering
Antirequisites
None listed.
Leads to
Reviewed on UW Flow
54% liked it47% easy71% useful
From 28 ratings and 4 comments on UW Flow. The most helpful comments, quoted as written, without names. Read them all on UW Flow.
Just generally overall hated this course so much. It was just all over the place content was really uninteresting and just a mile wide inch deep. Was incredibly hard to tell what content was going to be tested or was just added to the slides for...reasons.
Jul 2025 · didn’t like itOn UW FlowRemove this
The course was overall taught very well but the fact that part marks weren't given on the final, messed up everyone's grade. Especially because we weren't told beforehand.
May 2023 · didn’t like itOn UW FlowRemove this
Material is sort of tricky, but if you focus on it it shouldn't take too much time - it's less workload than the other courses I'm taking this term. The material is really interesting and relevant to Nano. One of my favorite courses I've taken so far!
Nov 2020 · liked itOn UW FlowRemove this
I found this course to be one of the most beneficial thus far in nano. It did a nice job of instilling a sense of intuition about the what the behaviours and properties of materials might be simply by looking at its formula or thinking about its band structure or MO diagram. I particularly enjoyed the materials science portion on crystal structures and holes. There is also a brief soft materials section which is a nice precursor to the soft nanomaterials course.
Aug 2017 · liked itOn UW FlowRemove this
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