AEOP builds the STEM citizenry of tomorrow, one student at a time by Jack Meyer After Noel Obi, 17, graduates from his Houston high school, he…
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Award-winning ManTech program to create a new kind of blast-resistant aluminum vehicle hull resulted from a variety of new and existing R&D. by Dr. Bryan Cheeseman During the autumns of…
ARL implements a new business model to pursue collaboration with academia and industry in a 21st century research culture. by Ms. Wendy Leonard The U.S. Army of 2040 and beyond…
Modernization priorities spur the Army to take a more strategic approach to international engagement with S&T partners. by Dr. Arthur J. Goff III The future operational environment demands that the…
Army unifies diverse efforts to bridge the gap between concept and acquisition for successful technology transitions. by Ms. Julie I. Locker Technology transition is the process by which a technology…
Bringing industry, academia, other government agencies, and international and nontraditional partners into the Army S&T enterprise. by Dr. Matt Willis The Army science and technology (S&T) program is critical to…
TechLink public-private intermediary helps small businesses access Army inventions, benefiting the U.S. military and the national economy. by Mr. Thomas Mulkern and Mr. Troy Carter Putting Army research and technology…
Attracting an elite cadre of scientists and engineers is essential for the Army mission; Army labs need to be able to offer better pay and shorter hiring timelines to do…
You need good labs and smart people to turn out good science and technology. If the Army wants innovative solutions backed by solid R&D, it needs to pay for them….
With high-energy lasers, the Army looks to optimize lethality and efficiency against multiple threats and targets. by Dr. Kip R. Kendrick Solid-state laser weapons offer war-fighters unique capabilities for the…
AMRDEC pursues two missile technology solutions to strengthen the Army’s hand in close combat. by Mr. Spencer Hudson and Mr. Shannon Haataja One of the top U.S. Army modernization priorities…
From the tangible to the cognitive, squad weapons to casualty care to performance-enhancing training, Army S&T is exploring and finding materials, technologies and methods in six focus areas to provide…
Facing an enemy intent on creating a highly contested electromagnetic environment, S&T investments in Army networks focus on mobility, redundancy, ease of use and detection avoidance. by Mr. Seth Spoenlein,…
Inherent in the coming internet of battlefield things are challenges that commercial products don’t face. But those products might have solutions to the Army’s problems, which is why ARL and…
An S&T objective looks to ‘ExPED’ite and improve processing and exploitation of the avalanche of raw intelligence data. by Mr. Michael Pellicano and Ms. Danielle Duff At the tactical level,…
Research in several areas will mature new capabilities to make Future Vertical Lift possible. by Mr. Todd Turner and Mr. Matthew Simone In the future, Army aviation systems will need…
Targeted S&T supports new directions in network modernization by focusing on command, control, communications and intelligence capabilities for expeditionary operations featuring active electronic warfare. by Ms. Nora Pasion Army senior…
Army scientists pursue advances in situational awareness, 3-D modeling and real-time data updating to help units make better decisions faster in urban combat. by Dr. Robert E. Davis, Dr. Kevin…
A drone directed by one or more Soldiers through uncontested skies is a thing of the past. Army aviation is developing collaborative and intelligent systems for manned and unmanned fleets…
Development of a government-led architecture specification promises to transform Army aviation mission systems. by Mr. Scott Wigginton and Mr. William “Bill” Jacobs Mission systems provide crucial elements of our warfighting…
A back-and-forth interplay of government and commercial funding and research has brought AI to the edge of a breakthrough. by Dr. Alexander Kott Few fields of technology are as paradoxical…
The Army’s first armed and unmanned ground vehicle is in the works. by Mr. Thomas B. Udvare In 2014, the U.S. Army Tank Automotive Research, Development and Engineering Center (TARDEC)…
The next generation of Army combat vehicles will need to include manned, unmanned and optionally manned variants that include the most advanced protection, mobility, lethality and power generation capabilities to…
Working group identifies new suite of technologies to boost aircraft survivability. by Mr. Mark Calafut U.S. Army aviation faces a diverse threat environment, spanning broad categories of threats from ballistic…
Technologies to enhance what Soldiers ‘see’ in complex, congested environments promise to improve the information available to make decisions quickly. by Dr. Richard Nabors, Dr. Robert E. Davis and Dr….
Moving objects appeared as glowing blobs in early infrared vision equipment. Clarifying the picture so Soldiers could distinguish people from background objects, combatants from noncombatants, required imagination, initiative and information….
Or multiple sensors that work better together by Dr. Richard Nabors, Dr. Donald A. Reago Jr. and Mr. Nathan Burkholder War is the realm of uncertainty; three quarters of the…
It’s all about the science…and the people who do it, and the problems they solve. by Mr. Steve Stark Winning in a complex world, the multidomain battlespace: These are extraordinarily…
New technologies give the U.S. greater precision at greater range; stronger air and missile defense. by Mr. Michael Holthe Imagine a battlefield where U.S. forces do not enjoy freedom of…
