Advanced Manufacturing
Advanced Manufacturing in Nacogdoches
The National Association of Manufacturers (NAM) reports that for every $1.00 in manufacturing, another $1.48 is added to the economy. Additionally, for every 100 manufacturing jobs created, another 60 are generated in service sectors. Advanced manufacturing demands a highly skilled and technical workforce, supported by robust IT and digital infrastructure. Average wages in advanced manufacturing are 13% higher than traditional manufacturing and 48% higher than the average across all industries. These advanced jobs require training through K-12 technical education, community and technical colleges, and university-level degree programs to sustain continued growth.
Nacogdoches is the perfect host for manufacturing plants focused on improving products or processes using innovative technology. The labor force is diverse, ranging from skilled high school graduates to accomplished alumni of Stephen F. Austin State University. Several manufacturers have found success in “The Oldest Town in Texas,” including Mast Motorsports, Eaton, and NIBCO, Inc. These companies produce a wide range of products such as bronze valves, electric transformers, giant flanges, high-efficiency vehicle engines, customized luxury motor homes, and heavy-duty trailers.
“For 75 years, NIBCO INC has enjoyed a ‘favorite neighbor’ relationship with the City of Nacogdoches. From our elected officials to the residents that come to work with us every day, NIBCO Nacogdoches could not have a better pool of resources to build on. Our success can be attributed to the strong and consistent support the community provides.” – Sheri Howard, Plant Manager of NIBCO, Inc.
Advanced manufacturers benefit from a workforce skilled in the latest technological advancements. With Stephen F. Austin State University’s recent integration into the University of Texas System, the institution gains expanded resources, research opportunities, and enhanced academic programs. SFA now offers two new undergraduate engineering programs—in electrical and mechanical engineering—that prepare students for advanced careers spanning communications, manufacturing, and aeronautics. This connection to the UT System strengthens workforce development and innovation, creating new pathways for industry collaboration, technology transfer, and regional economic growth.