Jules S. Jaffe
Principal Investigator
Dr. Jaffe received a B.A. Cum Laude from SUNY at Buffalo (Physics) in 1973, a M.S. from Georgia Institute of Technology, Atlanta (Biomedical Information Science) in 1974, and a Ph.D. from University of California, Berkeley (Biophysics) 1982. His interests include Image and signal processing science, development of 3-dimensional in-situ sensors for oceanography (optical and sonar). Underwater optical and sonar imaging. Biomedical imaging. Autonomous vehicle development.
Devin Ratelle
Research and Development Engineer

Devin got his start in the Jaffe lab as part of an undergraduate engineering design project. He joined the lab as an engineer after receiving a BS in Mechanical Engineering from UCSD in 2013 and has continued on ever since. His work with the lab includes underwater autonomous vehicles, control algorithm tuning, electrical and mechanical design for underwater imaging systems, and fabrication and assembly.

Or Ben-Zvi
Postdoctoral Scholar
Or joined the Jaffe lab in 2022 moving to San Diego from Eilat, Israel. After exploring the phenomenon of coral fluorescence and corals’ ecophysiology during her previous studies, Or is now working on an underwater chlorophyll a fluorescence imaging system. The Benthic Underwater Microscope PAM (known as the BUMP) will allow her to explore photosynthesis at fine scales such as the relationship between corals and their symbiotic algae. Or has a BSc in Biology, and MSc and PhD in Zoology from Tel-Aviv University, Israel.
Khalil Jackson
Lab Programmer
Khalil got his BA in Computer Science from Dartmouth College in 2019. While in school he worked with a local education and tech start called Treobytes, where he taught the basics of programming and computer literacy to K-12 students. Before joining the Jaffe Lab, he worked with the Power of NueroGaming Center as a game developer. Now he is using his skills from game development and the Unreal Engine to build an interactive Underwater Acoustic Propagation Visualization.
Pichaya Lertvilai

Pichaya has been a student in the Jaffe Lab since 2016. His research focuses on developing imaging platforms for ecological studies. He is currently working on an in situ imaging system for marine microogainsms and a low-cost imaging platform for zooplankton. Originally from Thailand, Pichaya received his B.S. in General Engineering with an Emphasis in Environmental Analysis from Harvey Mudd College, CA. He is currently working towards his PhD in Oceanography, which he is expected to complete in 2021.

Lexi Hollister
Ciara Gray

Alumni of the Jaffe Lab

NameGraduatedDissertationCurrently @
Camille Pagniello2021Applied Ocean SciencesStanford Unversity’s Hopkins Marine Station
Kevin Le2020
Andrew D. Mullen2018Underwater Microscopic Imaging & Velocimetry for In Situ Studies of Benthic Marine EnvironmentsGeorgia Institute of Technology
Eric C. Orenstein2018Automated Analysis Techniques for Oceanographic ImagingScripps Institution of Oceanography
Christian Briseno2015 Fine-scale spatial and temporal plankton distributions in the Southern California Bight: lessons from in situ microscopes and broadband echosoundersUniversity of San Diego
Justin Haag2014Design and implementation of optical imaging and sensor systems for characterization of deep sea biological camouflageNASA Jet Propulsion Laboratory
Paul L. D. Roberts2009Multiview, Broadband, Acoustic Classification of Marine AnimalsMonterey Bay Aquarium Research Institute
Chad Schell2003Advanced tracking algorithms for the study of fine scale fish behavior 
David Zawada2002The Application of a Novel Multispectral Imaging System to the in vivo Study of Fluorescent Compounds in Selected Marine OrganismsUS Geological Survey
Keihan Rafii1997An adaptive ultrasonic technique for measuring blood vessel diameter and wall thickness 
Girish Chandran1996Signal and receiver design for a multisensor imaging system 
Andy Palowitch1994Chlorophyll a spatial microstructure determination from volumetrically reconstructed optical serial sectioned fluorescence images 

Duncan McGehee

1994A three-dimensional acoustical imaging system for zooplankton observations