-Optimist, Software Engineer, Marine Scientist
-PhD Student in Marine Science and Conservation with Dave Johnston in the Marine Robotics and Remote Sensing Center at Duke University


  • machine learning approaches to remote sensing analysis
  • the intersection of ocean and space exploration
  • drones and autonomous systems for marine science and exploration
  • machine learning for large-scale environmental monitoring
  • adventure sports (paddle boarding, climbing, sailing, surfing)

Name : Patrick Gray
Email : pgrayobx (at) gmail
Location : Durham, NC
Curriculum Vitae : Google Doc
LinkedIn : Profile
GitHub : Code

Work and Focus

I'm currently a PhD student with Dave Johnston in the Marine Robotics and Remote Sensing Lab at the Duke University Marine Laboratory and a Future Investigator in NASA Earth and Space Science and Technology (FINESST). My doctoral research focuses on satellite and drone based remote sensing for understanding coastal ecosystem dynamics and linkages between coasts, oceans, and the atmosphere. This includes machine learning approaches to remote sensing analysis, coordinating satellite, drone, and in-situ environmental monitoring, and understanding how autonomous systems will benefit field scientists. I'm particularly interested in systems that will be relevant for environmental monitoring as well as for exploring and understanding other bodies within our solar system.
Before joining the Duke Marine Lab, I worked at Harvard University as a research technician in the Girguis Lab, spent time at Moon Express as a Software Engineer developing their ground data systems and engineering team tools, and served a year and a half as Chief Technology Officer at WayPaver Foundation. I graduated from the University of North Carolina as a Morehead-Cain Scholar with a degree in Computer Science where I started UNC Students for the Exploration and Development of Space, helped start the Sigma Phi Society, and researched computer vision in the Alterovitz Lab.

Open Source Coding Projects

Quick overview of open-source projects.

  • f

    Open Geo Tutorial

    Tutorial of remote sensing and GIS methodologies using open source software in python.

  • m

    Automated Cetacean Photogrammetry

    Open source code and data for the manuscript "Drones and Convolutional Neural Networks Facilitate Automated and Accurate Cetacean Species Identification and Photogrammetry."


Summary of recent journal and conference publications.