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Below are the existing and proposed courses that comprise the nanotechnology curriculum supporting the Nanotechnology Graduate Program. Such courses will be designated by the prefix NANO while also maintaining the standard departmental designation. For courses involving multiple instructors from two or more disciplines developed specifically for the NGP, only the NANO designation will be used. Note that appropriate course numbers for new courses will be provided by the contributing disciplines, whereas course numbers for existing courses will be preserved. In rare case of overlap under the NANO designation, adjustment will be made to course numbering.

Upgrading of existing courses and the development of new courses will be closely coordinated with core faculty involved. It is fully anticipated that more courses will be added to the curriculum as new faculty members with relevant expertise and interest are recruited and when other non-core faculty members develop and expand their capabilities in the area of nanotechnology.

School of Engineering and School of Sciences and Arts courses
- NANO 600: Nanoscale Science and Technology common core
- NANO 525/625: Techniques of Surface and Nanostructure Characterizations
- NANO 700: Nanotechnology Seminar Series

 

 

           

Chemical, Biomedical, and Materials Engineering

  • NANO/ChE/EE/MT/PEP 596: Fabrication Techniques for Micro and Nano Devices
  • NANO/ChE 702: Microchemical Systems
  • NANO/MT 695: Bio/Nano Photonics
  • NANO/ChE 682: Colloids and Interfacial Phenomena at the Nanoscale
  • NANO/ChE 685: Nanoparticulate Synthesis, Processing and Applications
  • NANO/ChE 653: Nanocatalysis
  • NANO/ChE 615: Crystallization of Biological Molecules
  • NANO/MT 602: Principles of Inorganic Materials Synthesis
  • NANO/BME 675: Nanomedicine
  • NANO/BME 602: Tissue Engineering
  • NANO/BME 685: Nanobiotechnology
  • NANO/BME 650: Advanced Biomaterials

Chemistry and Chemical Biology

  • NANO/CH 672: Polymers at Solid-Liquid Interfaces
  • NANO/CH 674: Polymer Functionality
  • NANO/CH 690: Cellular Signal Transduction

              

Civil, Environmental, and Ocean Engineering

  • NANO/EN 6xx: Health and Environmental Effects of Nanotechnology
  • NANO/CE 701: Multi-scale Mechanics and Computational Modeling
  • NANO/EN 570: Environmental Chemistry
  • NANO/EN 571: Physicochemical Processes for Environmental Control

Mechanical Engineering

  • NANO/ME 6xx: Mechanics at the Nano- and Micro-Scale
  • NANO/ME 6xx: Design and Fabrication of Nano and Microelectromechanical Systems
  • NANO/ME 6xx: Multi-Scale System Design
  • NANO/ME 6xx: Principles of Ultraprecision Engineering

Physics and Engineering Physics

  • NANO/PEP 691: Physics and Applications of Semiconductor Nanostructures
  • NANO/PEP 740: The Physics of Nanostructures