BURNS & MCDONNELL, INC.

Burns & McDonnell, Inc. specializes in mission-critical engineering services for defense infrastructure, delivering full-cycle design solutions for complex aerospace and facility modernization programs. Their technical expertise encompasses corrosion control systems for military aircraft hangars, RF shielding integration in sensitive operational spaces, and structural design modifications for high-security defense facilities. The firm demonstrates deep proficiency in adaptive design methodologies, including phased construction planning, facility upgrades under operational constraints, and compliance with DoD standards for environmental resilience and electromagnetic integrity. Their ability to execute design modifications on active military assets—such as KC-46A depot hangars and F-35 FMS support facilities—reflects a strong command of operational tempo requirements and military engineering specifications. The company maintains a consistent, long-term relationship with the Department of Defense, providing engineering services across air force installations and major maintenance depots. Their work spans aircraft support infrastructure, facility modernization, and mission-critical hangar upgrades, indicating a trusted role in sustaining defense readiness through infrastructure resilience and lifecycle management. Their primary focus is on NAICS 541330—Engineering Services—where they deliver architectural and engineering design for defense-specific facilities requiring precision engineering, environmental compliance, and operational continuity. This positions them as a niche provider in military aviation infrastructure, particularly in corrosion mitigation and electromagnetic shielding applications. Burns & McDonnell, Inc. is a 2L entity headquartered in Kansas City, Missouri, with no government certifications on record. They operate as a specialized engineering firm serving federal defense clients, leveraging regional proximity to key military installations and a reputation for technical rigor in complex, high-stakes environments.