#United States #Greeley #Alquist #3D Construction #Education Partnerships

Alquist's Commitment to Workforce Development in 3D Construction

Alquist, a leader in the field of 3D construction printing (3DCP), is setting a precedent by forging new partnerships with educational institutions to enhance the national 3D construction ecosystem. Recently, the company made headlines by expanding its workforce development initiatives through ties with Rio Salado Community College in Arizona and the University of Wisconsin–Stout.

This initiative aims to embed Alquist's proprietary A1 3DCP systems and a comprehensive curriculum into educational programs, ultimately building a skilled workforce well-versed in the latest construction technologies. Zachary Mannheimer, founder of Alquist, emphasized the importance of focusing not just on technology installation, but on creating a sustainable talent pipeline to meet the industry's evolving demands.

New Partnerships Shaping the Future of Construction

The collaboration with Rio Salado Community College began in 2024 when Mannheimer met with Rio Salado President Kate Smith at a conference in Phoenix. The result was an agreement to implement Alquist's 3DCP curriculum and printing technology in the Phoenix area. This partnership has already proven fruitful with projects like the 3D-printed concrete benches for the City of Tempe's Downtown Enhancement Project.

Furthermore, in September 2025, Alquist displayed its robotic system during the launch of Hensel Phelps' Diverge Innovation Center, highlighting the innovative technology to local contractors and leaders in innovation. With aspirations to position Rio Salado's program as a key regional hub for 3D construction, the collaboration aims to bridge the gap between education and industry, enabling graduates to easily connect with contractors in the Phoenix market.

Commitment to Education and Industry Alignment

Dr. Kate Smith reinforces the value of this partnership, stating, "At Rio Salado, we are committed to aligning education with emerging industry needs. Partnering with Alquist allows us to offer students practical experience with advanced construction robotics while fostering pathways that support regional economic growth."

In the Midwest, Alquist's partnership with the University of Wisconsin–Stout furthers the mission of integrating 3D construction printing into the university's curriculum. This partnership includes the introduction of Alquist’s 60-hour 3DCP program into construction management, technology education, and design courses. The installation of Alquist's A1 system in UW-Stout's labs is a significant stride toward research and development in scalable additive manufacturing.

Chancellor Katherine Frank of UW–Stout highlighted that this initiative aligns perfectly with their aim to provide applied, career-ready education, equipping students with skills essential for the rapidly changing landscapes of construction and manufacturing.

The Path Forward

These recent partnerships reflect Alquist's broader strategy to invest in workforce development initiatives in various regions, including Colorado, where the company has established a presence at the Aims Workforce Innovation Center and initiated the Alquist Innovation Program to promote access to high-tech construction careers.

As Alquist continues its expansion into commercial deployments across the country—with ambitious projects planned in retail and infrastructure—investing in workforce development is seen as a crucial element for the industry's long-term adoption of 3D construction printing.

For more information regarding Alquist and their initiatives, visit Alquist3D.com.

About Alquist

Alquist is a pioneering construction technology firm that specializes in 3D-printed structures. With a focus on creating affordable, sustainable, and resilient housing solutions, Alquist utilizes cutting-edge robotic 3D printing methods to minimize costs, reduce waste, and accelerate construction timelines. The company is actively redefining the future of construction through innovation and advanced technologies.