Tiffany Weber

Tiffany Weber serves as a procurement specialist within the Public Buildings Service’s Northern Region under the General Services Administration, where she plays a critical role in advancing the agency’s mission to maintain, modernize, and secure federal facilities. She manages the acquisition of essential facilities support services, with a primary focus on construction-related contracts for roofing and electrical systems. Her work ensures that aging federal infrastructure meets current safety, energy efficiency, and resilience standards, aligning with GSA’s broader goals of sustainable facility management and operational continuity across government buildings. Weber maintains a focused contracting approach centered on small business participation, consistently awarding contracts through Service-Disabled Veteran-Owned Small Business (SDVOSB) set-asides, which account for 100% of her procurement activity. This unwavering commitment reflects a strategic emphasis on empowering veteran-owned enterprises and fostering equitable access to federal contracting opportunities. Her contracting patterns demonstrate a deliberate alignment with socioeconomic goals, prioritizing vendors certified under federal small business programs to strengthen community-based economic development and enhance contractor diversity. Her technical expertise is concentrated in two key NAICS categories: 238160 (Roofing Contractors) and 238210 (Electrical Contractors and Other Wiring Installation Contractors). She procures comprehensive services including roof replacement, waterproofing, electrical system upgrades, panel installations, and compliance retrofits for federal buildings. These acquisitions require deep familiarity with building codes, NFPA standards, and energy conservation mandates, underscoring her proficiency in facility lifecycle management. Weber’s procurement decisions prioritize contractors with proven experience in federal facility environments, ensuring high-quality, code-compliant outcomes that support long-term operational reliability.