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![Your Instructor Robert D. Cormia [email_address] 650.949.7456 Office is 4129 (next to the AFM lab) Office hours / lab demonstrations Typically Monday afternoon (after senate) TBA – arranged for NASA-ASL etc http://fgamedia.org/faculty/rdcormia/NANO53](https://image.slidesharecdn.com/nano53courseoverview-110926160519-phpapp01/75/NANO-53-course-overview-12-2048.jpg)
![Your Instructor Robert D. Cormia [email_address] 650.949.7456 Office is 4129 (next to the AFM lab) Office hours / lab demonstrations Typically Monday afternoon (after senate) TBA – arranged for NASA-ASL etc http://fgamedia.org/faculty/rdcormia/NANO53](https://crownmelresort.com/image.slidesharecdn.com/nano53courseoverview-110926160519-phpapp01/75/NANO-53-course-overview-12-2048.jpg)
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NANO 53 course overview
This document provides an overview of the NANO53 course at Foothill College. The goals are to learn characterization tools and how industry uses them, and to prepare for integrated nanomaterials engineering. The course covers various characterization techniques using different instruments and industry applications. Students will complete writing assignments, exams, and hands-on lab demonstrations and projects centered around key materials and applications.
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NANO 53 course overview
- 1. NANO53 Course OverviewNANO 53 Foothill College
- 2. Overview Course goalsInstrument rubric Industry scenario based curriculum Alphabet soup PNPA integration Assignments / grades Your instructor
- 3. Course Goals Learnabout characterization tools What tools for what types of materials? How does industry use these tools? Where can you get these services? Preparing yourself for integrated nanomaterials engineering (PNPA) Understanding nanomaterial safety issues
- 4. Instrument Rubric Whatis the physics of the instrument? What information is provided? What types of materials are analyzed? What industries use these tools? To answer what types of questions?
- 5. Industry Scenarios Semiconductorsand electronics Magnetic media / storage Biomaterials / biomedical devices Thin films / optics Advanced materials (composites etc.)
- 6. Alphabet Soup ImageAFM, SEM, TEM Surface AES, XPS, SSIMS Organic FTIR, GCMS, HPLC, NMR Chemical/Elemental ICP, XRF Structure XRD, TEM, LEED Data management and safety LIMS and MSDS
- 7. PNPA - CharacterizationProcessing (P) Properties (P) Characterization (N) Nanostructure PLOs – Program Learning Outcomes – Integrated Materials Engineering Process Structure property relationships => Fabrication property relationships => <= Nanostructure elucidation <= Process tools / QA/QC monitoring Fabrication property relationships => <= Properties determination
- 8. Assignments / GradesWeekly writing assignments Midterm / final writing / project In class participation Lab demonstrations Vocabulary (in class) quiz
- 9. Lab Tours NanolabTechnologies Stanford SNL (Gabelle) TEM/AES NASA-ASL FE-SEM TTEM
- 10. Guest Speakers Labscientist / analyst Failure analyst Authenticity testing Materials researcher Product development
- 11. In Class ProjectsNanocarbon Carbon Nanotubes Quantum dots Biomedical devices CIGS/CIS/CdTe Your material?
- 12. Your Instructor RobertD. Cormia [email_address] 650.949.7456 Office is 4129 (next to the AFM lab) Office hours / lab demonstrations Typically Monday afternoon (after senate) TBA – arranged for NASA-ASL etc http://fgamedia.org/faculty/rdcormia/NANO53