Michael Cheek

Michael Cheek serves as a key procurement lead within the NIH A&E Construction office, overseeing the acquisition of specialized environmental consulting services critical to the operational integrity of federal biomedical research facilities. Responsible for managing the full lifecycle of design-build and technical support contracts, he ensures compliance with federal construction standards, environmental regulations, and NIH mission-critical infrastructure requirements. His acquisitions focus on enabling safe, sustainable, and high-performance laboratory environments through expert environmental assessments, hazardous material management, and utility system modernization support. Cheek maintains a tightly curated network of environmental consulting firms with proven expertise in federal research facility compliance, including firms certified under 8(a), HUBZone, and SDVOSB programs. His procurement approach emphasizes long-term vendor partnerships grounded in technical proficiency, regulatory knowledge, and demonstrated experience with NIH-specific facility protocols. He consistently prioritizes vendors capable of delivering rapid-response environmental services—such as asbestos abatement planning, indoor air quality evaluations, and lead-based paint remediation—aligned with the dynamic needs of active research laboratories. His contracting profile reflects an unwavering commitment to small business participation, with 100% of solicitations set aside for small businesses under FAR 19.5. This reflects a strategic emphasis on fostering economic inclusion while ensuring access to agile, specialized service providers capable of meeting the nuanced demands of federal research infrastructure. His portfolio consistently prioritizes socioeconomic goals without compromising technical rigor or mission readiness. The sole NAICS focus area—541620 (Environmental Consulting Services)—reveals his deep specialization in environmental compliance and remediation for sensitive research environments. He procures services including environmental impact assessments, regulatory permitting support, indoor air quality monitoring, and contamination control planning, all tailored to the unique constraints of NIH’s high-containment and biosafety-level facilities. His expertise lies at the intersection of environmental science, federal construction policy, and biomedical research infrastructure sustainability.