(MIT 6.S079 Nanomaker, Spring 2013)
Link to the course: http://ocw.mit.edu/6-S079S13
Link to reading list: http://ocw.mit.edu/courses/electrical-engineering-and-computer-science/6-s079-nanomaker-spring-2013/readings/
Link to lectures/lab materials: http://ocw.mit.edu/courses/electrical-engineering-and-computer-science/6-s079-nanomaker-spring-2013/labs/
"This video is a tutorial on how to assemble and use a spectrometer using a CD diffraction grating and cellphone camera. Sample spectra of a white LED and red laser are also shown. Instructor: Dr. Joseph Summers"
Lab 2: Make a hologram"This video is a tutorial on how to make a hologram. Processes of exposure, developing and drying, and testing the resulting hologram are demonstrated. Instructor: Dr. Katey Lo"
"This video is a tutorial on how to create a Cu-doped ZnS LED. Steps including preparation of the phosphor paste preparation, device fabrication, and device testing are demonstrated. Instructor: Dr. Katey Lo"
Lab 4: Not PostedLab 5: Creating a Paper Microfluidic device
"This video is a tutorial on creating a paper microfluidic device through wax curing, droplet test, and choosing proper channels. Applications are demonstrated as well, including mixing and chemical sensors. Instructor: Dr. Katey Lo"
Lab 6A: PDMS Microfluidics - O2 Plasma Treatment"This video is a tutorial on performing O2 plasma treatment of PDMS using a microwave oven. The demonstration includes how to set up the treatment, as well as testing the hydrophobicity of the treated PDMS. Instructor: Dr. Joseph Summers"
Lab 6B: PDMS Microfluidics - Preparing a Test Pattern
"This video is a tutorial of preparing a test pattern through a process of curing the PDMS, opening the microfluidic inlet and outlet ports, cleaning the PDMS, bonding it to glass, and using corona treatment. Instructor: Dr. Joseph Summers"
Lab 6C: PDMS Microfluidics - Testing the Devices
"This video is a demonstration of three tests on microfluidic devices on the MIT logo and a fluid flow visualization. Instructor: Dr. Joseph Summers"
Lab 7: Not Posted
Lab 8: Doping
"This video is a tutorial of how to prepare nickel-doped PDMS. A series of tests of the thermal, electrical, and magnetic properties of different concentrations of doping are shown. Instructor: Dr. Katey Lo"
"This video is a tutorial of how to prepare nickel-doped PDMS. A series of tests of the thermal, electrical, and magnetic properties of different concentrations of doping are shown. Instructor: Dr. Katey Lo"
Lab 9: Piezoelectricity
"This video is a tutorial of how to examine the piezoelectric elements in a lighter and a buzzer. The steps of disassembly as well as testing and exploration are shown. Instructor: Dr. Katey Lo"
"This video is a tutorial of how to examine the piezoelectric elements in a lighter and a buzzer. The steps of disassembly as well as testing and exploration are shown. Instructor: Dr. Katey Lo"
Lab 10: Not Posted
Lab 11: Silicon Photovoltaics
"This video is a tutorial of how to create silicon photovoltaics through spin-on dopants. The steps of the process include applyng the dopant, diffusion doping, and making electrical contact for the finished device. Instructor: Dr. Joseph Summers."
"This video is a tutorial of how to create silicon photovoltaics through spin-on dopants. The steps of the process include applyng the dopant, diffusion doping, and making electrical contact for the finished device. Instructor: Dr. Joseph Summers."
Download all course materials here:
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