Livermore Valley Open Campus Builds Research Partnerships for the Future
Artist's rendering of the completed Livermore Valley Open Campus, an open, unclassified research and development space to
allow increased collaboration between the federal laboratories and the private research sector.
When major federal laboratories such as Lawrence Livermore National Laboratory and Sandia
National Laboratories were established, they were designed to be the most advanced science and
technology research centers in the world. Currently, while these centers remain among the foremost
research institutions in existence, a great deal of cutting-edge research is also flourishing outside the secure
walls of these federal facilities.
"Today there is a lot of excellent science and technology research taking place in the
laboratories of private industry, universities, and even other countries," said Andy McIlroy, of
Livermore Valley Open Campus Development at Sandia National Laboratories. "In order to preserve the
high-tech innovation and research that are essential to our national security, we realized that we
needed to create a space for other research organizations to interact with the labs - we can't just
remain internally focused."
The Livermore Valley Open Campus (LVOC) is an open, unclassified research and development space
intended to foster research on current and future national security challenges that require
increased coupling to the private sector to understand threats and deploy solutions in areas such as
high performance computing, energy and environmental security, cybersecurity, economic security,
"The open campus benefits both industry and academia," said Ron Cochran, executive officer at Lawrence Livermore
National Laboratory. "Lawrence Livermore and Sandia are setting aside approximately ten percent of their sites for LVOC. Although we
are years away from the ultimate capacity of the campus, the first facilities are already in use and open for business."
Modeled in part after research and development campuses found at major
industrial research parks and other U.S. Department of Energy laboratories with campus-like
security, LVOC has a set of business and operating rules devised to enhance and accelerate
international scientific collaboration and partnerships with U.S. government agencies, industry and
"A key capability that we're making available to industry and academia will be a powerful
computational facility," said James
"Buck" Koonce, director of economic development at LLNL. "It will be one of the most unique unclassified resources
in the world, with a state-of-the-art computational, storage, and visualization capacity and a flexible model of engagement.
We're breaking down the barriers to high performance computing
for industry; our facilities have the potential to help transform economic competitiveness in industry from virtual prototyping in manufacturing
to the way new drugs are brought to market."
"It's about developing connectivity with other research efforts that are aligned with the missions of the laboratories," added McIlroy.
The initial research areas for LVOC include high performance computing, cybersecurity, biosecurity, combustion
and transportation research, high energy density physics, and climate and energy research. These
partnerships are often constructed with industry consortia and research programs so as to leverage talent and facilities.
"For example, one initiative currently underway involves the High Performance Computing
Innovation Center at Lawrence Livermore to help enable a next-generation electrical grid in
California capable of integrating larger amounts of renewable energy production," said Koonce. "Renewable
energy sources such as solar and wind power provide only intermittent power generation, requiring a
much more complex grid management in order to compensate for the variable production." Other collaborations include
cybersecurity work with leading software firms such as McAfee and Oracle.
Less than two years old, the LVOC is still in the process of establishing itself. Eventually the
LVOC will encompass over 110 acres along the eastern edge of the Livermore Laboratory and Sandia
sites. Collaborations are also being planned with the University of California,
California State University, and California Community Colleges, as well as other academic institutions.
"LVOC allows us to engage the community in a constructive way," said McIlroy. "Today's research
environment is one of interconnectivity. Sharing appropriate technologies and building partnerships
with the private and public sectors will allow us to stay at the forefront of the science,
technology and engineering fields, and also ensure a quality future workforce by expanding
opportunities for open engagement of the broader scientific community."
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