Saint Paul College Programs

Electronic Nanotechnology

Overview

Nanotechnology is the manipulation and characterization of materials at the atomic level. This level is 10,000 times smaller than a human hair and is thought to be the lowest level at which matter can be manipulated. Electronics has been the major impetus in the development of Nanotechnology advancements and Nanotechnology will be the driving force in the future of semiconductors. Nanotechnology is an exciting growth industry with many expanding opportunities for years to come. This technology can be used in a number of fields including electronics, biology, medicine and manufacturing. The National Science Foundation estimates that the Nanotechnology industry could grow to $1 trillion worldwide in the span of 15 years. Career opportunities will be initially found in Government and Corporate research facilities as well as startup companies. Jobs will entail assisting scientists and engineers in development and characterization of devices and procedures at the nano scale. A work force will also be needed by companies designing and manufacturing equipment and facilities that support the nanotech industry. (Program Brochure)

For additional information about recommended Course Sequence, Minimum Program Entry Requirements and Program Outcomes, please see the Program Guide Sheets.

Available programs, courses and course descriptions:
• Electronic Nanotechnology AAS Degree

What You'll Learn

• Thorough understanding of DC & AC theory and operating concepts.
• Solid State circuitry.
• Digital components and their applications.
• Use and application of test equipment.
• Appropriate clean room procedures and safety.
• Nanofabrication methods and techniques.
• Nanostructure measurement and characterization.

Career Settings

• Government research facilities
• Corporate research facilities
• Semiconductor companies and corporations

Additional Benefits

• The Electronic Nanotechnology AAS degree works in cooperation with the University of Minnesota.
• Students complete the first year curriculum of the Electronics Program, identified math and science courses, and then enter the capstone experience of 16 credits at the University of Minnesota.
• University of Minnesota instructors teach the capstone courses and students use of the Fabrication and Characterization laboratories.
• The University of Minnesota courses transfer into the Saint Paul College program.

Photos courtesy of Sandia National Laboratories, SUMMiT™ Technologies, www.mems.sandia.gov