WIP: Developing Hands-On Semiconductor Fabrication and Testing Courses Through Industry-University Partnerships in a Teaching-Focused Undergraduate School

This paper addresses the challenges local companies face in hiring and retaining talented engineering students, particularly in regions with limited access to skilled engineers.It highlights how a small, teaching-focused private university can build effective partnerships with local companies by introducing high-demand semiconductor fields through field trips, industry engagement, and market-driven courses.The paper explores efforts to align semiconductor engineering curricula with industry needs, enhancing students' hands-on skills through real-world applications and impactful course development.By fostering collaboration with companies of varying sizes, the authors present a win-win strategy that prepares students for semiconductor careers while addressing workforce needs, offering recommendations for holistic partnerships to support students, strengthen local industries, and contribute to regional workforce development.

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Publication Details

Published
2025-04-29
DOI
https://doi.org/10.18260/1-2--55090
Primary Topic
Experimental Learning in Engineering
Type
article
Field-Weighted Citation Impact
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article

WIP: Developing Hands-On Semiconductor Fabrication and Testing Courses Through Industry-University Partnerships in a Teaching-Focused Undergraduate School

J. Millikan, Hoo Kim, Joon-wan KIM, Alan Clipperton
Experimental Learning in Engineering
article

WIP: Developing Hands-On Semiconductor Fabrication and Testing Courses Through Industry-University Partnerships in a Teaching-Focused Undergraduate School

J. Millikan, Hoo Kim, Joon-wan KIM, Alan Clipperton
article en

Abstract

This paper addresses the challenges local companies face in hiring and retaining talented engineering students, particularly in regions with limited access to skilled engineers.It highlights how a small, teaching-focused private university can build effective partnerships with local companies by introducing high-demand semiconductor fields through field trips, industry engagement, and market-driven courses.The paper explores efforts to align semiconductor engineering curricula with industry needs, enhancing students' hands-on skills through real-world applications and impactful course development.By fostering collaboration with companies of varying sizes, the authors present a win-win strategy that prepares students for semiconductor careers while addressing workforce needs, offering recommendations for holistic partnerships to support students, strengthen local industries, and contribute to regional workforce development.

LeTourneau University (US)
Partnerships for the goals
Openalex Percentile: Top 87%
Experimental Learning in Engineering
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