Program Overview
This certificate program in microfabrication provides students with the knowledge and skills to design, fabricate, and operate microsensors in the semiconductor, biomedical, and other industries. The curriculum includes courses in nano-materials, bio-sensors, semiconductor device fundamentals, and solid-state physics. Students gain hands-on experience in cleanroom fabrication techniques, enabling them to understand and apply the principles of microfabrication in practical settings.
Program Outline
Degree Overview:
Microfabrication involves the process of creating miniature structures on a micro or nanometer scale. It plays a crucial role in the semiconductor, biomedical, and other industries, being responsible for producing electronic devices such as computer chips, memory devices, and sensors. The certificate program in microfabrication is designed to equip students with the skills needed for the growing job opportunities in this field. Students will gain a solid understanding of advanced materials and sensors, along with hands-on experience. They will also learn about device design principles. Upon completing the certificate program, students will possess the ability to comprehend the unique properties of materials and device performance at the nanoscale. They will be able to fabricate microsensors within a cleanroom environment and operate key instruments used in the cleanroom.
Outline:
- Total Credits: 12
- Course List:
- ME 754 Introduction to Nano-Materials: 3 credits
- ME 762 Nano Bio Sensors: 3 credits
Other:
This certificate may be pursued on a full- or part-time basis.
