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Science, or related fields. Hands-on electronics hardware development and manufacturing experience for control systems, instrumentation, or automation. Extensive experience in hardware development for control systems
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of the Dallas–Austin–Houston technology triangle, the department collaborates closely with key players in healthcare, computing, telecommunications, energy, and semiconductor manufacturing sectors. It also
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manufacturing sectors. It also benefits from its proximity to and engagement with the Army Futures Command and the facilities and test-beds available at the Texas A&M System’s RELLIS Campus. With strong support
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demonstrate outstanding ability to interact effectively with people at all levels within the university and with the Center’s industry contacts abroad. About the Turbomachinery Laboratory The Turbomachinery
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manufacturing prints. Experience operating precision measurement and machine cutting tools Experience in setup, organization, and maintaining laboratory equipment and supplies. Experience in troubleshooting and
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working with diverse groups of customers. Experience working in STEM environment. Experience instructing and training lab users. Experience reading/interpreting manufacturing prints. Experience operating
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Computational and Modeling Design. This research is sponsored by a combination of government and industry sources, both domestically and internationally, through traditional grants and contracts and covers
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the chemical process industry. The center conducts research and develops undergraduate, graduate and continuing education programs. Its services to government and industry include independent accident
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biopharmaceutical manufacturing center, located at Texas A&M University in College Station, Texas. The NCTM’s workforce development mission is to provide education, training, and outreach programs to produce a highly
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the environmental trade-offs associated with capturing excess material from metal additive manufacturing and other metal processing methods. The aim is to convert this excess material into reusable powder