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Build-a-satellite program could fast track national security space missions
News Article, April 10, 2024 • Satellites equipped with remote sensing technology execute many critical national security missions, from detecting explosions to tracking sea ice, but until now it could take a team years to move from a concept to a deployable space system. Read more about Build-a-satellite program
SPACE-BOUND BOARD — Thomas Bradshaw, electrical engineer and flight software lead, inspects a computer board for an upcoming remote sensing mission designed to demonstrate next-generation high-performance computing in space. The team used Valhalla, a Python-based high-performance computing program developed at Sandia, to quickly generate the concept design and estimate mission performance for the payload. (Photo by Craig Fritz)

Burn Site
Facility • Lurance Canyon Burn Site (LCBS) provides controlled fire environments to perform fundamental studies, simulate transportation and handling accidents for nuclear safety studies, and evaluate and certify hazardous materials shipping containers.
Item on fire at the burn site

Capabilities
Page • Leveraging biology and engineering for new solutions Tackling biological questions often requires a diverse set of capabilities to be brought together. One of Sandia’s key strengths is its ability to form and optimize multidisciplinary teams to carry out its mission. In integrating strengths in synthetic biology and gene-editing, infectious disease...

Catherine Mageeney is seeking a “kill shot” in bacterial pathogens
News Article, January 17, 2023 • Catherine Mageeney, a senior member of Sandia’s technical staff in bioengineering and biotechnology, has expertise in phage biology and genetics with broad applications and implications for scientific research. Phages, or viruses that infect bacteria, are the most numerous and diverse biological-organism in Earth’s biosphere. With approximately 1031 existing phages to be...
Catherine Mageeney in front of Sandia’s Thunderbird logo.

Center for Advanced Manufacturing and Innovation (CAMINO)
Facility • The Center for Advanced Manufacturing and Innovation (CAMINO) is Sandia’s initiative to build advanced manufacturing competencies and mission-grade trust that will accelerate product realization for critical missions. Advanced Manufacturing represents a paradigm shift in design and production innovation. By leveraging new technologies such as artificial intelligence and 3D printing, advanced...

Center for Computing Research
Facility • The CCR work includes computer system architecture (both hardware and software); enabling technology for modeling physical and engineering systems; and research in discrete mathematics, data analytics, cognitive modeling, and decision support materials.
Engineer standing in front of a computer newtork at the Center for Computing Research (CCR)

Center for Frontiers of Subsurface Energy Security
Page • A geoscience project under Sandia's Energy, Climate, & Infrastructure Security mission area. Problem Fossil fuel consumption has caused a dramatic increase in atmospheric CO2 levels. Natural underground reservoirs of CO2 and the successful injection of CO2 into the subsurface for enhanced oil recovery indicate the feasibility of storing CO2 in...

Centrifuge/Superfuge
Facility • The Superfuge capability provides the most realistic flight environments beyond the typical launch, reentry, and flight inertial loads by combining vibration, spin, thermal, and shock.
Three technicians/engineers working on a component

Cloud-resolving climate model meets world’s fastest supercomputer
News Article, April 10, 2024 • Focused on improving the accuracy of climate predictions, a Sandia-led computational team recently achieved a major milestone with a cloud-resolving model they ran on Frontier, the world’s first exascale supercomputer. Read more about Cloud-resolving climate model
THE NEW FRONTIER — The world’s fastest supercomputer, Frontier at Oak Ridge National Laboratory, has reached 1.1 exaflops, breaking the exascale speed barrier — a threshold of a quintillion calculations per second — and ranking number one on the Top500 list of the world’s most powerful supercomputers. (Photo by Calos Jones, Oak Ridge National Laboratory)

Combustion Research Facility (CRF)
Facility • The CRF responds to the nation’s evolving energy challenges with ever increasing expertise and capacity aimed at improving our nation’s ability to use and control combustion processes.
Two scientists working with laser beams

Commercialization & Partnering
Page • Partnership Mechanisms We routinely partner with other organizations to help transition our scientific discoveries and technologies to the marketplace. We also form collaborative research partnerships with industry, universities, and government agencies so that collectively, we can change the world for the better. Explore the various mechanisms through which we can...

Computer Science Research Institute (CSRI)
Facility • CSRI brings university faculty and students to Sandia for focused collaborative research on Department of Energy computer and computational science problems.
Two scientists working on computational science problems

Computing Collaborations
Page • Sandia and NVIDIA explore new advanced memory architectures Figure 1a. Traditional 2.5D Integration. Traditional 2.5D designs place components side-by-side, resulting in long distance data transmission that increases power consumption and limits bandwidth scaling. While easier to cool, this horizontal layout creates large physical footprints and energy bottlenecks that challenge post-exascale...

Computing, Information Science, and Mathematics
Page • Swifter simulations for modern science...all of it Researchers demonstrate ability to detect atom loss Sandia AI chat: New tool for creating efficiencies Why Our Work Matters All branches of science and engineering at Sandia require the capabilities created through these areas of research. As advances are made in future computing...

Confirming dismantlement of nuclear warheads while protecting sensitive information
News Article, July 14, 2025 • When it comes to nuclear arms control, verification is essential. By detecting unique metastable radionuclide signatures in non-nuclear material disposition pathways, an LDRD research team created a reliable verification measure to confirm dismantlement of nuclear warheads without disclosing sensitive information. Researcher Peter Marleau led an LDRD team that developed a...

Contact Robotics
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Cybernetics
Page • We leverage Sandia’s expertise in material science, microsystems, and advanced modeling and simulation to design and develop advanced cybernetic technologies for a variety of applications. Cybernetics includes the development of mechanical, physical, biological, and cognitive systems that enable the development of advanced man-machine interface technologies. Our work in this area...

Decades of innovation: Sandia’s role in modern chips and AI
News Article, April 7, 2026 • Microchips are a cornerstone of daily life—from laptops and phones to the appliances in kitchens – nearly every technological device relied on now includes a tiny microchip and its circuits. However, despite our reliance on the technology, few know how a team from Sandia, and their partners at Lawrence Livermore...

Deeper insight into radiation-formed defects
News Article, March 3, 2025 • Scientists at Sandia have created a new way to create atomic structures that show the important features of different materials. In the past, scientists could only recreate certain characteristics, like how atoms are arranged in a random mixture, using small crystal structures. Now, they have introduced a new method called...

Demilitarization of Retired Munitions (Demil)
Page • The U.S. Army is responsible for coordinating the demilitarization of all outdated and retired munitions across all branches of the military. For more than 14 years, Sandia has been designing, developing, and delivering advanced demilitarization systems to the Army. These systems are designed to be robust to a wide variety...
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