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File Summary:

This document contains value-added data for Â鶹¾«Ñ¡â€™s educator preparation programs for the 2022–2023 academic year, compiled from the Ohio Educator Preparation Performance Reports. The tables present student growth results by grade level and subject area, including English, mathematics, social studies and science. Scores indicate whether students taught by program graduates demonstrated more, less or expected academic growth compared with statewide expectations.

Semiconductor technology powers the devices and systems that shape modern life. From artificial intelligence and computing to advanced manufacturing and emerging technologies, semiconductor innovation continues to drive technological progress.

This micro-credential provides an accessible entry point into semiconductor manufacturing while introducing learners to the processes and environments used to build modern microchips.

The micro-credential is delivered over 7 weeks and combines virtual instruction with hands-on cleanroom experiences.

Week 1 — Semiconductor Industry & Sand to Silicon

Explore how semiconductor materials are produced and how chips power modern technology.

Week 2 — Semiconductor Fundamentals

Learn key concepts including semiconductor materials, doping, and basic device structures.

Week 3 — Wafer Processing & Cleanroom Orientation

Understand wafer preparation and participate in a cleanroom orientation session.

This micro-credential includes guided cleanroom learning experiences designed to connect course concepts to semiconductor fabrication environments.

Cleanroom Orientation
Participants are introduced to cleanroom protocols and wafer preparation practices, including:

• gowning procedures
• contamination control practices
• wafer handling techniques
• wafer cleaving
• wafer cleaning

Semiconductor Fabrication Experience

Participants are guided through the fabrication processes such as:

Participants gain exposure to foundational semiconductor manufacturing skills, including:

• semiconductor process fundamentals
• cleanroom safety and contamination control
• wafer handling and preparation
• photolithography concepts
• pattern transfer and etching techniques
• inspection and characterization of patterned wafers

Participants will explore the processes and technologies that enable modern semiconductor devices.

Key topics include:

• the evolution of the semiconductor industry
• how sand is transformed into silicon wafers
• semiconductor materials and basic device concepts
• CMOS fabrication process flow
• photolithography and pattern transfer
• etching processes used in chip fabrication
• cleanroom environments and contamination control
• wafer inspection and characterization

This program is designed for all learners interested in exploring semiconductor manufacturing and cleanroom technologies, including, but not limited to:

• High-school students in engineering, manufacturing, or microelectronics pathways
• Undergraduate or graduate students exploring semiconductor-related fields
• Educators interested in semiconductor and advanced manufacturing topics
• Professionals interested in upskilling or reskilling in semiconductor technologies
  
  No prior semiconductor experience is required.

The Semiconductor Fabrication & Cleanroom Fundamentals micro-credential introduces the core processes used in semiconductor manufacturing. Participants explore how silicon wafers are transformed into semiconductor devices through fabrication techniques such as photolithography, etching, and wafer characterization.

This micro-credential integrates foundational concepts from Sand to Silicon, Introduction to Semiconductor Devices, and Semiconductor Fabrication Processes into one accessible learning experience.

Semiconductor technology underpins modern computing, artificial intelligence, advanced manufacturing, and emerging technologies.

This micro-credential connects foundational semiconductor concepts to real fabrication processes used in semiconductor manufacturing environments and the broader semiconductor ecosystem.

Participants gain exposure to the technologies and cleanroom practices used in modern semiconductor production and explore how semiconductor innovation supports a rapidly growing global