Explore Our Research
Research That Advances National Security
The Memphis Institute for National Defense Sciences (MINDS) develops and integrates research programs that address critical challenges facing the Department of Defense and the nation's industrial base. Our portfolio spans advanced manufacturing, maritime technologies, hypersonics, digital engineering, artificial intelligence, and next-generation research infrastructure. Rather than pursuing isolated research efforts, MINDS brings together multidisciplinary teams to create capabilities that accelerate technology transition, strengthen domestic manufacturing, and improve operational readiness.
Featured Initiatives
Memphis Large Volume Inspection System (MLVIS)
The Memphis Large Volume Inspection System (MLVIS) is establishing a state-of-the-art capability for the non-destructive evaluation of large, complex components used in defense and advanced manufacturing. By providing high-resolution volumetric characterization and inspection, MLVIS enables researchers and manufacturers to validate manufacturing processes, improve quality assurance, reduce technical risk, and accelerate the qualification of critical materials and components.
Expediting Quality Control/Assurance for Maintenance and Sustainment Activities (RACE)
RACE is advancing next-generation approaches to quality assurance, manufacturing validation, and sustainment engineering. Through the integration of advanced inspection methodologies, metallurgical analysis, digital engineering, and program oversight, RACE improves confidence in manufacturing decisions while reducing the time and cost required to transition innovative production technologies into operational use.
STORMRIDER
STORMRIDER develops technologies that enhance the capabilities of autonomous and uncrewed maritime systems. The initiative combines expertise in autonomy, intelligent sensing, secure communications, and systems engineering to support resilient naval operations and advance the future of distributed maritime platforms.
Large Cavitation Channel (LCC)
The Large Cavitation Channel (LCC) provides a collaborative research environment for investigating hydrodynamic phenomena that influence the performance and durability of naval systems. By integrating experimental testing with computational modeling and advanced diagnostics, LCC supports innovations in propulsion, maritime engineering, and naval platform design.
THERMAL
THERMAL focuses on the development and characterization of materials capable of performing in extreme operational environments. The initiative supports research into advanced materials, manufacturing processes, and testing methodologies that enable future aerospace, maritime, and hypersonic technologies to operate reliably under demanding thermal conditions.