Marine Tech Talk Teledyne Marine

In this episode of Teledyne's Marine Tech Talk, we talk with Pim Kuus, Senior Hydrographer, and Product Manager for Instruments and Imaging at Teledyne Marine. 
We will discuss Teledyne Marine’s cutting-edge acoustic imaging technology and multibeam echosounder solutions, including the Teledyne RESON SeaBat T51. Teledyne RESON, together with Teledyne BlueView and Teledyne Odom Hydrographic, make up the Teledyne Marine Acoustic Imaging Group. This group develops some of the world's most sophisticated sonar technology and offers the strongest collective product portfolio in the market for subsea acoustic imaging and multibeam echosounder solutions.

In this episode of Teledyne's Marine Tech Talk, we talk with Pim Kuus, Senior Hydrographer and Product Manager for Instruments and Imaging at Teledyne Marine, and Steven Le Bars, Business Manager at ID Ocean, to discuss their collaboration using Teledyne Resons T51 with ID Oceans SEABIM software. 
 
Breakwaters play a critical role in protecting coastal structures and ensuring the safety of ports and harbors. Ensuring their stability is paramount, as any failure can lead to costly repairs, operational disruptions, and potential hazards. Correct block placement is a fundamental aspect of breakwater stability, governed by various factors such as contact, orientation, and density. Teledyne Resons SeaBat T51 and SEABIM software have joined forces to offer a comprehensive solution in pursuit of accurate and efficient block placement analysis. 
 

In this episode of Marine Tech Talk, we talk with Richard Jones, Vice President of Technology for Teledyne’s Oil and Gas division, and Matt Bartell, Director of Product Line Management for Oil and Gas business development at Teledyne.
 
We will discuss Teledyne Marine’s cutting-edge 3-channel optical feedthrough system for the oil and gas industry. The 3-channel optical feedthrough system is a game-changer in subsea connectivity by providing a secure and reliable method of transmitting high-speed data, power, and video signals between the subsea environment and surface equipment. The 3-channel optical feedthrough system represents a significant step forward in subsea connectivity. Listen in as we explore these remarkable advancements shaping the marine tech landscape and talk tech…Teledyne tech.
 

In this episode, we catch up with Hank Statscewich at the University of Alaska, Fairbanks, to hear how they use Teledyne gliders to collect data for fisheries management. 

In this episode of Marine Tech Talk, we talk with Shea Quinn, the Slocum GliderProduct Line Manager for Teledyne Webb Research. Learn about the Slocum Glider’s capabilities and applications that have revolutionized marine research and data collection. The Gliders, originally named after the legendary oceanographer Joshua Slocum have been designed to navigate the ocean’s depths with unmatched precision and efficiency. With their sophisticated sensors, they can gather vast amounts of data while traversing the oceans for months on end without the need for human intervention. Join us and listen in as Teledyne Webb Research’s SheaQuinn talks tech…Teledyne tech.

In this episode of Marine Tech Talk, we talk with Dr. Art Trembanis, professor of Geology and Oceanography at the University of Delaware. Learn how their robotics discovery lab gets the job done using Teledyne technology. From mapping in the wake of superstorm sandy to locating unexploded ordinances, Teledyne projects have helped keep humans safe. Listen in as Dr. Trembanis talks tech…Teledyne tech.