About

A woman standing on a rocky ledge looking at a mountain range with blue sky overhead, surrounded by green trees.

As a twice-published geneticist turned network engineering leader, I bring a unique blend of scientific rigor and strategic vision to drive real solutions. My early career focused on developing light prescriptions for commercial crops, enhancing sustainable agriculture. However, my passion for connecting ideas and people led me to communication networks, where for a decade, I’ve spearheaded connectivity initiatives. Currently, I lead Starlink’s efforts in data center colocation, global capacity planning, and network engineering, enabling seamless connectivity for the world’s population. Note: I honor the strict NDA with SpaceX. Do not ask about SpaceX.

With expertise in network architecture, scientific method, and global policy/regulations, I specialize in crafting intelligent, scalable solutions that empower businesses and people to thrive in a connected world. My mission is to bridge innovative ideas with real-world impact. I love helping people deliver value to professional and personal goals.

Let’s collaborate to build a future where technology uplifts lives and drives progress.

Network Infrastructure Engineering | Peering | Global Connectivity & Diverse routes | Capacity Planning | Data Center Colocation | Data Center Build | Business Advising | Mentorship | Writing | Photography

REsearch Publications

Plant Response to Light

Total Grow Light · Apr 1, 2014

The custom-tailored TotalGrow spectrum is based on extensive study of the scientific community’s research on the effects of specific wavelengths on plants.

Implementation of LED Lighting Modalities to Steer Plant Growth and Development

ASHS Conference · Mar 1, 2009 - First Place

Light as a Growth Regulator: Controlling Plant Biology with Narrow-bandwidth Solid-state Lighting Systems

American Society of Horticultural Science · Dec 1, 2008

The potential to actively implement dynamic lighting strategies to control plant growth and development holds great promise in the future of plant cultivation.Specific light combinations may be adjusted throughout the life of a plant to potentially optimize traits of interest such as synchronization of flowering, maintenance of vegetative growth programs, control of plant stature, or acceleration of juvenility. This report describes the plant photosensory networks and how they sense and respond to light.

Analysis of Simple Sequence Repeat Variability to Fingerprint Major Florida Strawberry Cultivars

Florida Genetics Annual Symposium · Oct 1, 2008

Scenic view of a large lake with turquoise water, green hills, and mountains in the background under cloudy sky.