Jobs and careers in Nanotechnology
About Working In
 
  Advanced Search
  Employer Profiles
Science
  Biology
  Chemistry
  Computer Science
  Materials Science
  Other
  Physics and Physical Sciences
Industries
  Aerospace
  Agricultural
  Chemical
  Electronics
  Energy
  Information Technology/ Telecommunications
  Manufacturing
  Materials
  Medical/Pharmaceuticals/ Healthcare
  Semiconductor
  Textiles
  Universities/Educational Institutes
Technologies
  Dendrimers
  Fullerenes
  MEMS
  Microarrays
  Microfabrication
  Microfludics
  Nanobelts
  Nanobiotechnology
  Nanocapsules
  Nanocoatings
  Nanocrystaline materials
  Nanodevices
  Nanoelectronics
  Nanofabrication
  Nanofibres
  Nanofluidic systems
  Nanomagnetics
  Nanooptics
  Nanopackaging
  Nanoparticles
  Nanophotonics
  Nanoporous materials
  Nanosprings
  Nanotools & instruments
  Nanotubes & related structures
  Nanowires
  NEMS
  Quantum dots
  Spintronics
Education and Training
  A Career Nanotechnology
  An Introduction to Nanotechnology
  Conferences
  Graduates
  High School Students
  High School Teachers
  K-12 Students
  K-12 Teachers
  Middle School Students
  Middle School Teachers
  Scholarships
  Undergraduates
My Resume
Log in
  Create your resume

 

USA - California - Stanford - Stanford University - Materials & Engineering - Nanoscale Materials Science - MSC Courses - MSE316: Nanoscale Science, Engineering, and Technology

MSE316: Nanoscale Science, Engineering, and Technology

Course Description | Course Details | Course Topics

MSE 316 presents an overview of nanotechnology and explains why this subject is justifiably generating so much excitement. The first two-thirds of the class is devoted to nanofabrication techniques. The topics covered are intermolecular interactions, basic properties of soft materials, self-assembly of amphiphilic molecules and block copolymers, the use of structure directing organic molecules to pattern inorganic materials, self-assembly of DNA and proteins, the role of proteins in directing the growth of abalone shells, biologically inspired growth of materials, colloidal crystals, nanoimprint and soft lithography, scanning probe microscopy and lithography, and other nanofabrication techniques. The last third of the class focuses on nanoelectronics, with an emphasis on carbon nanotubes, nanowires and molecular electronics. Ideas for fabricating intergrated circuits with molecular devices are presented.

Since MSE 316 covers a broad range of topics and is taken by students with different backgrounds, every effort is made to explain the concepts in terms that everyone can understand. There is no textbook, but review articles and book chapters are handed out. Background reading is suggested for students who need to prepare for certain parts of the class. Nanotechnology topics other than those described above can be explored through a project, which can be done in a team when possible.

Knowledge of how conventional silicon transistors are fabricated and how they function.

website


Home | My Resume | Privacy Policy | Disclaimer | Employers | Education & Training | Links

© 2008 Working In Ltd. All Rights Reserved. Other sites include: Working In New Zealand, Working In Australia, Working In Nanotechnology, Opportunities New Zealand, Opportunities Australia, Working In Canada, Working In UK, Opportunities Canada and Opportunities UK. Content Management by Netconcepts.

Log out now - recommended if you are on a public or shared computer My Resume Search Current Job Listings Log in to your account Create your own resume Employers/Recruitment Agencies Education & Training Search Current Job Listings Log out now - recommended if you are on a public or shared computer My Account Post Jobs Search Resumes Log out now - recommended if you are on a public or shared computer My Account Post Jobs Log in to your account Create Account Education & Training Search Current Job Listings