BURGESS & NIPLE INC

Burgess & Niple Inc. specializes in mission-critical engineering services for aerospace and federal research facilities, with deep expertise in structural analysis, facility recommissioning, and mechanical system modernization. The firm delivers technical solutions for complex infrastructure projects, including code compliance evaluations, load assessments, HVAC upgrades, and design refreshes for high-reliability environments. Their work spans structural integrity reviews, compressor system independent design reviews, bridge studies, and cleanroom environmental system enhancements—demonstrating proficiency in ASME, ACI, and NASA-specific engineering standards. They bring precision to legacy facility upgrades, ensuring operational continuity while meeting stringent safety and performance requirements for sensitive research environments. The contractor maintains a consistent, long-standing relationship with the National Aeronautics and Space Administration, providing engineering support across multiple NASA centers including Langley Research Center and Goddard Space Flight Center. Their engagements focus on facility lifecycle management, from pre-construction design reviews to post-occupancy recommissioning studies, indicating a trusted role in sustaining critical NASA infrastructure. Work is often mission-essential, supporting propulsion systems, payload handling, and laboratory environments where failure is not an option. Operating under NAICS 541330, Burgess & Niple Inc. is firmly positioned in the engineering services sector, serving government and institutional clients requiring high-integrity technical design and analysis. Their focus is not on broad civil engineering but on specialized, facility-based systems for scientific and aerospace applications—particularly those involving vibration control, structural load paths, and environmental control systems for controlled spaces. As a 2L entity based in Cincinnati, Ohio, the company operates as a small, focused engineering firm without federal certifications, relying on technical credibility and proven performance to secure repeat work. Their geographic footprint is defined by on-site engagement at federal research facilities, with a reputation for delivering precise, mission-aligned engineering solutions under demanding operational constraints.