STEM Division

This program, in conjunction with the Pennsylvania State University Nanofabrication Manufacturing Technology Program, prepares students for careers as skilled technicians for manufacturers utilizing nanofabrication technology. This discipline includes aspects of biotechnology, automation, miniaturization, integration, optics, robotics and information systems.

Program Learning Outcomes

Upon successful completion of this program, the student should be able to:

• Demonstrate effective oral communication and technical writing skills.
• Apply statistical methods for accuracy, precision, and error analysis as they pertain to quality control, measured results and calculated results.
• Utilize computer applications, including spreadsheets, word processing and online communications, for processing data.
• Explain basic scientific principles related to the behavior of matter at the atomic and macroscopic levels in chemical, biological and mechanical systems.
• Demonstrate necessary skills to function as a manufacturing technician in nanofabrication.
• Demonstrate proficiency in operating state of the art nanofabrication equipment.
• Demonstrate proficiency in identifying component and system level problems.
• Apply the concepts of the nanofabrication process related to advanced electronic and the latest nano-level manufacturing technologies.

Program Classes 

• MAT 210 Statistics  (3 credits)
• CHE 150 Chemistry I  (4 credits)
• CHE 155 Chemistry II  (4 credits)
• MAT 165 Trigonometry  (3 credits)
• PHY 150 Applied Physics  (4 credits)
• ENV 130 The Environment  (3 credits)
• BIO 150 Biology I  (4 credits)
• NSC 180 Electronics for Nanoscience  (4 credits)
• NSC 200 Nanofabrication Seminar  (1 credit)

The following 3-credit courses are taught at the Penn State Nanofabrication facility as the capstone semester for the program (consult advisor for semester information). 

• NSC 211 Materials, Safety & Equipment Overview for Nanotechnology  (3 credits) 
• NSC 212 Basic Nanotechnology Process  (3 credits) 
• NSC 213 Materials in Nanotechnology  (3 credits) 
• NSC 214 Lithography for Nanotechnology  (3 credits) 
• NSC 215 Materials Modification in Nanotechnology  (3 credits) 
• NSC 216 Characterization, Testing of Nanotechnology Structures and Materials  (3 credits) 

General Education Requirements AAS (24/25 credits)

• Click here to view General Education Requirements  

Program Guide

• Click here to view curriculum guide