Semiconductor Technology and Nanomanufacturing Associate in Science
Program Overview
The rapid expansion of semiconductor technologies is powering innovation across nearly every industry—from consumer electronics and healthcare to automotive systems and aerospace. As devices become smaller, faster, and more efficient, the demand for skilled technicians in nanomanufacturing is expected to continue to grow.
The Associate in Science in Semiconductor Technology and Nanomanufacturing prepares you for high-demand careers in advanced manufacturing. You will acquire hands-on training in semiconductor fabrication, vacuum systems, cleanroom operations, and packaging techniques, providing you with the skills and knowledge to enter the workforce.
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Preparation for Certification Exam
Program courses are aligned with three Advancing Standards Transforming Markets (ASTM) workforce certificates and the ROOTS® Semiconductor and Automation Technology (SAT) industry certification.
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Valuable Work Skills for Today's Workplace
Students gain real-world experience in a cleanroom facility using fabrication equipment, plasma etching tools, and semiconductor packaging systems.
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Semiconductor Industry Outlook
Backed by the $52 billion CHIPS and Science Act, the U.S. semiconductor industry is projected to reach $1 trillion by 2030. Florida is also investing $380 million in workforce education and infrastructure to support industry growth.
Program Details
The A.S. degree is designed for students who are looking for immediate entry into a career upon graduation. Most discipline courses directly relate to the identified career area. The remaining courses are comprised of general education courses.
You will gain practical experience using industry-standard equipment in a cleanroom facility while building a strong foundation in electronics and materials processes. The curriculum also integrates industry-recognized certifications, preparing you to work in cleanroom environments, production labs, and packaging facilities.
Areas of Study:
- Application of cleanroom protocols in high-tech manufacturing
- Microchip fabrication and vacuum technologies
- Photolithography and nanoscale patterning
- Semiconductor testing and material analysis
- Electronic and digital circuit systems
- Semiconductor packaging and devise testing