Candidate sought to provide support for one or more new programs in the area of “unconventional computing” with the overall aim to achieve orders of magnitude improvement in computation speed while expending orders of magnitude less energy in space-constrained environments. The efforts will focus on analog and hybrid analog-digital approaches to achieve such computing capabilities. The underlying computation modalities are expected to draw from diverse disciplines, covering, but not limited to, computer science, electrical engineering, materials engineering, quantum physics, and biology. Approaches will consider a wide gamut of technologies, constrained mainly by the imaginations of the team and proposers, and include but are not limited to photonic and organic nonlinear materials and devices, coupled oscillatory states, quantum-inspired devices, synthetic biology, as well as suitable interfaces between such technologies and conventional electronic transport methods. The candidate must also possess a strong background in nonlinear problem solving, optimization, generative AI, and other types of large-scale processing algorithms to support the nonconventional computing approaches of interest and their end users. The successful candidate will support the program manager by providing original technical insights, expertise from prior experience, systematic information gathering, and identification of end users who will drive the requirements of systems employing unconventional computing, transitioning such systems to impactful applications. Such a candidate will also identify potential performers with viable approaches to unconventional computing and their uses. It is expected that the candidate will serve as a liaison with the armed services, the intelligence community (IC), and DoD stakeholders to maximize transition potential of unconventional computing technologies; coordinate with the org to assess performers’ security compliance with approved program protection plans in place; generate, maintain and execute an integrated master schedule for the program; generate and update technical risk analysis models; and support the coordination and execution of program-funded independent verification and validation (IV&V) activity.
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Job Type
Full-time
Career Level
Senior