Henry Romero

What does your research focus on?

I have had a few roles at the Laboratory. One is to assist in the design, analysis, and implementation of adaptive array processing techniques to improve existing wireless radio-frequency (RF) communication links. Another is to help prototype software-defined waveforms. Yet another is to help assess the system-level impact of various RF communication system design choices. I enjoy the mathematical depth of the signal processing field and leveraging that depth into more efficiently and effectively functioning communication systems.

What is the most challenging part of your work?

The most challenging part of my work is the multidisciplinary aspect. Developing a better understanding of how particular levers that can be pulled at the signal processing level weigh against a variety of other possible levers in communication system design has provided plenty of room for growth.

What were you doing previously to joining the Laboratory, and what made you decide to pursue a career here?

I studied applied mathematics in college, and the beauty of the mathematics of signal processing drew me to complete advanced degrees in the subject. Since joining the Laboratory directly from graduate school in 2015, I have continued to use the mathematical side of my brain while developing a wider set of skills: a deeper understanding of software and firmware development, and, to a more limited extent, of the physics of RF propagation. I was attracted to the way that the Laboratory uses academic rigor to address real-world problems.

What are your favorite activities?

I enjoy spending time in the outdoors, and run all year round. I particularly enjoy spending time in the mountains, both in the summer (trail running and backpacking) and in the winter (alpine skiing). I have commuted by bicycle to the lab on and off through the years. Since moving to the East Coast, I have also come to enjoy the beaches that New England has to offer.