I received my B.Sc in Electrical Engineering, Technion and MSc at the Marine Imaging Lab, focusing on improving the visibility range in underwater images. Before joining the Marine Imaging Lab, I worked in Intel as a circuit engineer in the Core group specializing in implementation of logical circuits.

I am certified in Mechanical and Electronic Practical Engineering. I joined the Department of Marine Technologies in 2016. I am responsible for the execution of various underwater imaging experiments and tests, the construction, development, assembly and testing of underwater systems. I have experience in the design and development of systems in SOLIDWORKS, as well as assembling, wiring, soldering, electric and mechanical testing of prototypes. I am a certified ROV Pilot Technician and AUV Technician.

My research was about modeling flare in snapshot hyperspectral cameras.
I currently work as an algorithms developer for a new startup company.

My research focused on developing a novel underwater imaging microscope for quantifying micro-particles on the sea surface. My research was multidisciplinary, combining electrical engineering, mechanical engineering, and marine sciences. Currently, I am working at Zerto as a computer programmer. The company focuses on platforms for disaster recovery, backup & cloud mobility.

Currently I am working on my master’s thesis on extending the depth of field of the Benthic Underwater Microscope. The marine environment has always fascinated me and being a scientific diver increased the urge to get to know more about the ocean. Therefore, I made the decision to study Marine Technologies in Bremerhaven (Germany).

I am a former engineer in the Marine Imaging Lab. After a long experience working in the industry (Intel), I joined the lab in 2016 to work on the design and operation of autonomous underwater vehicles. I was responsible for the operation of SPARUS II AUV and ECA A18D. I am also a ROV pilot and an experienced diver.

I worked on the formulation of an underwater-specific image formation model, which paved the way for the Sea-thru algorithm. Additionally, together with all members of our lab, developed a multi-spectral animal-eye camera to “see” the underwater world the way non-human animals do. I am currently at Harbor Branch Oceanographic Institution in Florida, developing bio-optical algorithms for underwater imaging.

In my master’s project, I designed a fluorescence camera specifically for the use of in-situ daytime surveys of coral recruits.
Currently, I am a PhD candidate at the University of Western Australia in Perth, Australia. My research focus is coral reef ecology, conservation and management. I now study the unique and less studied turbid reef systems of Exmouth Gulf, WA, for a better understanding of coral reef response and resilience to climate change and anthropogenic impacts.

I joined the Marine Imaging Lab as a research assistant in 2018 and began my master's degree in Marine Technologies here in 2019. My research focuses on developing an algorithm for color restoration of underwater images. I am a 2019 graduate of the Technion with a B.Sc in Electrical Engineering.

I received my B.Sc. in Electrical Engineering from the Technion-Israel Institute of Technology in 2011 and my M.Sc. in Electrical Engineering from Tel Aviv University in 2020. My research interests include computer vision and image processing with a focus on physics-based image restoration.

My research focused on enhancing images taken in scattering media (both in haze and under water), using only a single image.
I am currently an algorithm developer at SAIPS, a Ford Motor Company, developing algorithms for autonomous vehicles.