Alicia Theisen

Alicia Theisen serves as a procurement specialist supporting the University of Minnesota’s strategic infrastructure and research initiatives, playing a critical role in acquiring specialized equipment and operational systems essential to advancing academic and applied research. Her responsibilities encompass the full lifecycle of procurement for high-value technical assets, including laboratory instrumentation, industrial material handling systems, and climate-controlled environmental infrastructure. She aligns acquisitions with the university’s mission to modernize research capabilities and ensure sustainable campus operations, ensuring compliance with state and federal procurement regulations while prioritizing technical performance and long-term operational reliability. While no specific contractor relationships are currently identifiable in the dataset, Theisen’s procurement patterns suggest engagement with manufacturers and distributors of industrial and scientific equipment, including suppliers of analytical laboratory instruments, industrial trucks, and commercial refrigeration systems. Her working relationships likely involve established vendors with expertise in technical specifications, calibration standards, and just-in-time delivery for sensitive research environments, fostering partnerships built on technical precision and regulatory compliance. Theisen’s contracting activity shows a 100% preference for open, non-set-aside competitions, indicating a procurement strategy focused on technical merit and competitive pricing rather than socioeconomic set-asides. This reflects a mission-driven emphasis on securing the highest-performing equipment and services, regardless of vendor size or certification status, consistent with the university’s research-intensive operational needs. Her primary procurement focus centers on NAICS 333924 (industrial material handling equipment), 334516 (analytical laboratory instruments), 333415 (commercial refrigeration and HVAC systems), and 325120 (industrial gas manufacturing). These categories underscore her technical expertise in procuring mission-critical research infrastructure, including gas delivery systems for labs, precision analytical tools, and climate-controlled storage and transport equipment essential to scientific integrity and campus sustainability goals.