MICRO JOURNEYS PODCAST
About Dan Marrujo
Daniel Marrujo is a former Chief Strategy Officer and former Director of the Office of Research and Technology Applications (ORTA) at the Defense Microelectronics Activity (DMEA).
Mr. Marrujo began his career at Raytheon Missile Systems in Tucson, AZ., developing missile guidance systems for their advanced programs. He then moved to DMEA, in his hometown of Sacramento, CA., working for the Trusted Integrated Circuit (IC) program office. In conjunction with working on the Trusted IC program, he began working towards the development of DMEA’s reliability capabilities and was selected to lead the National High Reliability Electronics Virtual Center (HiREV).
Mr. Marrujo also established the NRO’s VS&E program which has executed a number of solutions protecting National Security. As a subject matter expert, he has provided his technical expertise in multiple DARPA, IARPA and National Security Space programs. His focus areas are Microelectronics Obsolescence, State of the Art Microelectronics Acquisition, State of the Practice Microelectronics Sustainment, Advanced Packaging, Supply Chain Risk Management, Semiconductor Reliability, Semiconductor Reverse Engineering and Semiconductor Radiation Effects.
In 2016, Mr. Marrujo was selected as DMEA’s Chief Strategy Officer, directly supporting the DMEA directorate. In this position, Mr. Marrujo works with DMEA senior leadership to define and represent the integrated DMEA message and strategic path forward for future engagements.
Latest Episodes
From a childhood moment of curiosity that quite literally sparked with a jolt of electricity, Randy Sandhu’s journey into microelectronics unfolds as both deeply personal and globally significant. In this episode, he sits down with Daniel Marrujo to trace his path from a curious six-year-old tinkering with electronics to a leader shaping the future of semiconductor innovation at Northrop Grumman. Along the way, Randy shares how early hands-on experiences, academic exploration at UCLA, and a willingness to embrace uncertainty helped guide him toward breakthroughs in high-speed electronics and advanced materials.
The conversation expands beyond personal journey into the evolving landscape of microelectronics, where speed, collaboration, and national security intersect. Randy offers a behind-the-scenes look at the Microelectronics Commons initiative, highlighting how traditional silos between academia, industry, and government are being dismantled to accelerate innovation. With global supply chains under strain and increasing geopolitical pressures, the urgency to onshore critical capabilities and rethink how technology is developed has never been greater. The episode reveals both the challenges and opportunities in building a resilient, future-ready ecosystem.
At its core, the solution lies in rethinking collaboration—bringing together the best minds, breaking down barriers, and accelerating innovation cycles to meet real-world demands faster than ever before.
In this episode of Micro Journeys, host Daniel Marrujo sits down with Nicholas Fahrenkopf at GOMAC Tech to explore the cutting edge of microelectronics, from nanotechnology and silicon photonics to quantum systems. Fahrenkopf shares his unconventional journey into the field—sparked by a fascination with nanobots and inspired by Richard Feynman—and unpacks how today’s semiconductor innovations are pushing beyond traditional limits. The conversation spans the intersection of electronics and biology, the evolution of advanced manufacturing ecosystems in New York, and the real-world applications shaping industries from healthcare to defense.
Diving deeper, the episode highlights a central tension in modern technology: innovation is accelerating faster than our ability to fully understand or apply it. Fahrenkopf explains how breakthroughs like neuromorphic computing, silicon photonics, and quantum systems are opening entirely new frontiers—yet remain underexplored. From implantable biomedical devices to light-based chips and quantum sensors that can operate without GPS, the discussion underscores both the immense potential and the complexity of these technologies. At the heart of it all is the challenge of translating early-stage innovation into scalable, real-world impact.
To bridge this gap, Fahrenkopf emphasizes the role of collaborative ecosystems like the Northeast Regional Defense Technology Hub (NORDTECH), one of the Microelectronics Commons hubs led by NY Creates with Cornell University, RPI, IBM, and the University at Albany, which brings together academia, industry, and government to solve hard problems, mature technologies, and accelerate deployment.
In this episode of Micro Journeys, host Daniel Marrujo sits down with Dr. Whitney Mason of DARPA to explore how breakthrough technologies are born at the edge of what’s considered possible. From her early curiosity as a physicist in Oklahoma to leading ambitious programs in DARPA’s Microsystems Technology Office (MTO), Mason shares the journey that led her to work on some of the most challenging problems in national security and advanced technology. The conversation explores DARPA’s role in pushing the boundaries of innovation—tackling problems that are often decades ahead of current needs.
Dr. Mason explains how DARPA differs from traditional research environments by intentionally pursuing “eye-wateringly hard” problems. Rather than focusing on incremental improvements, DARPA seeks paradigm shifts—from event-based sensors and mixed-material microelectronics to quantum benchmarking initiatives. The discussion highlights how the United States must rethink its technological strategy in a world where global competitors are investing heavily in advanced computing, materials science, and microelectronics.
Ultimately, Mason argues that the path forward requires bold thinking and a willingness to take risks on ideas that may fail. By exploring unconventional approaches and empowering visionary program managers, DARPA aims to seed the next generation of technologies that could redefine computing, sensing, and national security.
