P&HCC Receives Gene Haas Foundation Grant

November 13, 2024
Instructors Justin Durden and Denver Smith receive a big check presented by Tiffani Underwood, P&HCC Foundation Executive Director.
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Instructors Justin Durden and Denver Smith receive a big check presented by Tiffani Underwood, P&HCC Foundation Executive Director.

Patrick & Henry Community College has been awarded $20,000 to support scholarships from the Gene Haas Foundation (GHF). Scholarships will be awarded to students who are currently enrolled or will be enrolling in a CNC Technology training or CNC machining-based engineering program and to support student participation in SkillsUSA’s CNC competitions.

P&HCC offers multiple training programs that teach CNC machine technology and/or engineering. P&HCC’s programs are designed to prepare graduates for immediate employment within advanced manufacturing including careers in motorsports, engineering technologies, advanced technology and industrial positions, and other manufacturing related positions. P&HCC is proud to prepare students for work in a high-demand, high wage field to meet the growing needs of employer partners.

“The Gene Haas Grant gives students an opportunity to excel by providing scholarships to students to assist them in completing our programs ultimately earning them important certifications and credentials. These skill sets are vital to support our region in the national mission to bring manufacturing back to the US. These jobs are in high demand, pay well, and are constantly evolving to meet the needs of local and regional manufacturers. I am very thankful to the Gene Haas Foundation for supporting our students here at P&HCC,” said Precision Machining instructor Justin Durden.

GHF’s primary goal is to build skills in the machining industry by providing scholarships for CNC machine technology students also to provide students with the experience of collaboration with a team by competing in a competition that highlights design, engineering and manufacturing with CNC machined parts as a primary component.