INNOVATIVE INTELLIGENT DESIGN, INC.

INNOVATIVE INTELLIGENT DESIGN INC specializes in the procurement, customization, and full-service installation of non-wood office furniture systems for mission-critical federal environments. Their core capabilities encompass end-to-end workplace transformation, including tear-down and reinstallation of modular furniture, wall divider integration, and turnkey fit-outs aligned with Department of Defense workplace standards. The company demonstrates deep technical proficiency in space optimization, ergonomic layout planning, and compliance with federal facility guidelines, ensuring seamless transitions during facility upgrades without disrupting operational continuity. Their specialization in non-wood materials and integrated design solutions sets them apart as a trusted partner for dynamic, high-security environments requiring durable, reconfigurable workspaces. The contractor maintains a consistent and focused relationship with the Department of Defense, delivering furniture solutions across multiple installations including bomb wings, mission planning centers, and administrative buildings. Their work supports facility modernization initiatives under the Air Force’s two-tiered acquisition framework, indicating familiarity with military procurement protocols and the need for rapid, secure, and compliant installations in operational settings. Operating under NAICS 337214, the company is firmly positioned in the commercial furniture manufacturing sector with a specialized vertical in government-grade office systems. They serve defense and federal facilities requiring non-wood, high-performance furniture that meets durability, fire safety, and accessibility standards—distinguishing them from general commercial suppliers. As a Women-Owned Small Business and Woman-Owned Business certified contractor based in Lafayette, Louisiana, INNOVATIVE INTELLIGENT DESIGN INC leverages its small business status to compete effectively in federal set-asides while maintaining a nimble, responsive operational model tailored to the unique demands of defense infrastructure projects.