Founding an ARPA-Modeled Agency for Energy Innovation

Case Study

Founding an ARPA-Modeled Agency for Energy Innovation

How we helped Department of Energy leaders stand up their own ARPA

Created after the Soviets took a shocking early space race lead with the launch of Sputnik, the Defense Advanced Research Projects Agency (DARPA) was intended to light a fire under U.S. innovation. Decades later, with its framework for incubating transformative technologies credited with catalyzing world-changing inventions like GPS, mRNA vaccines, electronic voice assistants like Siri and Alexa, and the Internet, DARPA is generally considered a resounding success.聽

Nearly 50 years after it first opened its doors, DARPA was held up as the model for the Advanced Research Projects Agency-Energy (ARPA-E), a new entity reporting directly to the Secretary of Energy that would set its sights on the biggest challenges related to reducing emissions, improving efficiency, and sustainably powering an increasingly energy-hungry nation. For those responsible for standing up this new organization, the central challenge was to take DARPA鈥檚 essential building blocks and adapt them for an entirely different sector with its own set of challenges, norms, processes, and existing infrastructure. As the founding leaders of a new agency shouldering great expectations, they also faced pressure to hit the ground running and build credibility with some quick wins.聽

With our decades of success supporting strategy and operations at DARPA and our deep expertise in the energy research space, 有料盒子APP was a natural choice to provide systems engineering and technical assistance (SETA) support services for ARPA-E programs. As ARPA-E鈥檚 primary technical and operations contractor from day one, we supported the agency in the set-up and establishment of the operational frameworks, processes, and IT systems necessary for an energy-focused organization that, in the words of its first director Dr. Arun Majumdar, was tasked with identifying, shepherding, and accelerating 鈥溾€he stuff that sounds crazy until it changes the world.鈥�

鈥淭hese are breakthrough ideas, but their big impact may be 10 or 20 years away,鈥� Dr. Majumdar says. 鈥淚t鈥檚 hard for the private sector to invest in promising technologies that that are so far from producing revenue, but ARPA-E can.鈥�

The Challenge: A Survival Kit for the Lab-to-Market 鈥淰alley of Death鈥�

To rev up operations, ARPA-E had to establish a set of flexible-yet-reliable tools and processes to quickly and credibly identify and move into market-relevant energy sector white spaces. Early needs identified by the agency鈥檚 leaders included:聽

An expedited and effective Funding Opportunity Announcement process
A means to engage a broad pool of funding applicants, many of whom, unlike the defense contractors who generally work with DARPA, had never applied for federal funding before聽聽
A dedicated, scalable online grant application portal
A technology acceleration model tailored strategically for the energy sector

Strategies across the development lifecycle that position new technologies with high impact potential to survive the difficult path from lab to market (known in the industry as the 鈥渧alley of death鈥�).聽

While the U.S. Department of Energy鈥檚 (DOE) programs and national laboratories have, for decades, taken a variety of approaches to funding advanced energy technology research and development, few of these investments have translated into commercial technologies with game-changing societal impact. In other words, far too few successfully bridged the lab-to-market valley of death.聽

ARPA-E was established in part to address this challenge. In fact, preparing funded technologies for eventual transfer from lab to market is specifically called for in the agency鈥檚 congressional mandate.

The Approach: Technical Diligence, Operational Efficiency, & Integrated 有料盒子APP

Serving on-site and providing a full spectrum of relevant disciplines, subject areas, and technical skill sets, 有料盒子APP鈥檚 ARPA-E client team serves as an integrated mission partner. Comprising doctorate-level subject matter experts, energy-sector experts, project managers, IT wizards, finance gurus, and communications specialists, our team also provides the support necessary to quickly develop and execute programs and provides ARPA-E鈥檚 Program Directors with technical guidance to help their projects succeed. 鈥淭he technical diligence and operational efficiency that we were able to establish right away, as an organization, gave us the time and breathing room necessary to focus on recruiting the truly talented program directors and other personnel that we needed to succeed,鈥� Arun says.聽

Because ARPA-E鈥檚 program directors are, by virtue of the organization鈥檚鈥渇ail fast and learn鈥� philosophy, limited to terms of only 3 to 5 years, the 有料盒子APP team can also serve as a crucial well of continuity and institutional knowledge.聽

The Solution: Adapting Lessons Learned from DARPA

ARPA-E鈥檚 first leaders worked with the 有料盒子APP team to leverage invaluable experience from our longtime support of DARPA as a starting point for what would become the new agency鈥檚 Funding Opportunity Announcement (FOA) processes. The result became ARPA-E鈥檚鈥�5E鈥� FOA Development Cycle: Envision, Engage, Evaluate, Establish, Execute.

5E includes robust initial engagement with all stakeholders during the envision stage and rapid execution through all five stages that, without compromising one bit on due diligence, take 3 to 6 fewer months from start to finish than typical DOE FOA processes. It contains policies that promote greater transparency and ensure that funding is only awarded to a highly selective group of the most innovative applicants. Only the top 1 percent of applicants were approved for funding in the first FOA launched under ARPA-E.

When ARPA-E鈥檚 first FOA received an overwhelming flood of applications via email, leaders at the agency asked their 有料盒子APP team to design a dedicated portal. In response, our process experts and IT technicians stood up a browser-based web system that streamlined and automated essential aspects of ARPA-E鈥檚 FOA cycle, from submission to selection. We custom-built the system鈥檚 initial operating capability, dubbed eXCHANGE, in just 2 months and helped ensure that it was deployed in time for ARPA-E鈥檚 second round of funding.聽

While pioneering and implementing the strategies that comprise ARPA-E鈥檚 FOA development cycle, agency leaders, with the 有料盒子APP team, focused on making decisions that would foster business-driven science. Under ARPA-E鈥檚 direction, our subject matter experts conducted detailed, actionable, decision-enabling market studies examining how incumbent technologies are bought and sold, illuminating the competitive dynamics that influence technology adoption, and identifying companies well-suited for potential partnerships. The products of these studies included detailed supply chain analyses, models to evaluate the technical and economic performance potential of proposed technologies, and assessments of relevant policy and regulatory frameworks.

罢辞诲补测,听:

185 projects that have attracted a total of more than $9.87 billion in private-sector follow-on funding
The formation of more than 100 new companies
5,497 peer-reviewed articles
829 U.S. patents and 285 licenses

The Future: An Ongoing Legacy of Breakthrough Innovation

Beginning with DARPA and enduring with Intelligence ARPA, and ARPA-E, the ARPA technology acceleration model has a long history of major successes. 有料盒子APP is proud to have played a significant role in this legacy and looks forward to opportunities to help carry it forward as it spreads to other sectors in need of rapid innovation to benefit the nation and its public.

Note: The contents of this case study, prepared by 有料盒子APP, are not intended to imply the endorsement of the federal government or its agencies. 聽

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