Episódios
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In this episode of Teledyne's Marine Tech Talk, we talk with several members of Between Music about their viral phenomenon AquaSonic. AquaSonic is a concert experience completely out of the ordinary.
For this episode, we step out of the box, or in this case, the tank, as we speak with some amazing musicians bringing music to audiences in a very different way.
Using Teledyne Marines underwater hydrophones Between Music creates a truly unique experience with musicians making beautiful music…underwater! Five performers submerge themselves in glass water tanks to play custom-made instruments and sing entirely underwater! This is AquaSonic!
AquaSonic is the culmination of years of research, working with scientists, divers, and instrument makers to create a magical musical tour. Join us on this fascinating journey where artists bring cutting-edge Teledyne technology to new depths. Listen in as Between Music and Teledyne Marine make beautiful music together!
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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.
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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.
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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.
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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.
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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.
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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.
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In this episode of Marine Tech Talk, we talk with two hydrographic surveyors in Denmark from the Danish Geodata Agency. Listen in as they talk about using the Teledyne Reson SeaBat multibeam sonar, the sonar of choice for all their hydrographic surveys. They have a long history with the SeaBat sonar system and often come across some unexpected or unusual targets. In this episode, hear about two of those anomalies and the stories behind them.
For more information on the Teledyne Reson Seabat Multibeam Sonar, please visit their website at www.teledynemarine.com
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Discover how one man is trying to make a difference using Teledyne technology to reduce harmful interactions between humans and marine life. Learn about line-free/ropeless fishing technology that allows fishers to fish and whales and other mammals to live without the danger of entanglement. Hear how Richard Riels and his organization, SMELTS, the Sea Mammal Education Learning Technology Society, are trying to make a difference.
For more information on SMELTS, please visit their website at www.smelts.org
And for more information on Teledyne Marine, visit www.teledynemarine.com
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Join us as we chat with Joe Wolfel, CEO of Terradepth. Terradepth seeks to send their high-tech submersibles farther, longer, and deeper than any human being has gone before. Tune in and hear how they are adding Teledyne Gavia AUVs to their fleet to expand their AUV capabilities. Discover how they plan to collect comprehensive, high-resolution ocean data to obtain crucial knowledge while connecting humanity to the last unexplored frontier.
For more information on Terradepth, please visit their website at terradepth.com
And for more information on Teledyne Marine, visit www.teledynemarine.com
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Join us as we continue our conversation with John Taylor and Ahmed Ragab from SITECH Gulf, along with Emad Javaid from Teledyne Marine, as we chat about the a new partnership between SITECH and Teledyne Marine in the Middle East. Learn about the new collaboration supporting some of the largest marine projects in the world and how they have created a new service center to meet all their client's needs.
For more information on SITECH, visit their website at www.SITECHGulf.com
And for more information on Teledyne Marine, visit www.teledynemarine.com -
Join us for a conversation with John Taylor and Ahmed Ragab from SITECH Gulf, along with Emad Javaid from Teledyne Marine. Teledyne Marine and SITECH Gulf have partnered to create a one-stop shop for their clients. Hear how the first authorized service center in the Middle East and Africa regions will benefit clients working on some of the largest marine projects in the world! There is more than just sand in the Middle East!
For more information on SITECH, visit their website at www.SITECHGulf.com
And for more information on Teledyne Marine, visit www.teledynemarine.com -
Join us for a discussion with Hank Statscewich, Research Analyst at the University of Alaska Fairbanks, Institute of Marine Science as he talks about their use of Slocum gliders in their research. Learn how one glider earned the name Gretel during an incident under the ice in Antarctica and how Gretel is helping to map the distribution of Pacific salmon. Tune into this episode of Marine Tech Talk to hear how scientists are using Gretel offshore in the deep Gulf of Alaska to collect acoustic and environmental data between Resurrection Bay and 150 miles offshore into the Gulf of Alaska.
For more information on the University of Alaska, Fairbanks Visit their website.
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Join us for a conversation with Jeff Prisco, Senior Systems Engineer at Charles River Analytics, discussing their newly created highly mobile hydrographic survey system designed specifically for rapid response in any area. The new system, named MOANA, allows the user to ship and utilize the system anywhere by using readily available flotation assist and commercially available batteries, thus eliminating bulky shipments and hazardous shipment requirements.
For more information on Charles River Analytics, visit their website at https://cra.com/. There is a contract announcement on MOANA located on the company website as well. You can follow Charles River Analytics on LinkedIn and Facebook and on Twitter.
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Did you know that the Suwanee River Water Management District is responsible for managing the water supply, water quality, flood protection, and natural systems in a 15-county area of Florida including 13 different river basins, and over 450 springs? They do all of this with a core team of 66 staff members and a variety of hydrologic monitoring equipment from Teledyne RD Instruments. On this episode of the podcast we have an interesting and fun discussion with Tara Rogers and Kevin Jones on the scope of their work, areas of responsibility, challenging operating conditions, and how important the data they collect is to residents and even the National Weather Service.
For more information on the work that Tara, Kevin, and the team at the Suwannee River Water Management district are doing to monitor and protect the rivers and springs in their district, visit their website at www.mysuwanneeriver.com. You can also learn more on the department's Facebook, Twitter and Instagram accounts.
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This episode is the fourth and final episode of our special four-part series on “Silbo”, Teledyne Webb Research’s autonomous underwater glider that recently made the first ever circumnavigation of the Atlantic Ocean by an unmanned underwater vehicle. In this episode of Marine Tech Talk, we speak with Clayton Jones, Senior Director of Technology for Webb Research. Clayton discusses the Silbo mission, some of the significant achievements of the mission, and what those achievements mean to the community using unmanned vehicles for remote monitoring.
For more information on Slocum Gliders, visit our website at www.teledynemarine.com/slocum-glider. There is a press release on the website that also details the journey as well as a recorded webinar on the journey that can be found on our LINK Webinar channel. For more information on how Slocum gliders are helping researchers and commercial customers explore and understand the ocean, you can google Slocum Gliders or search Twitter for posts from our many customers.
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This episode is the third in a special four-part series on “Silbo”, Teledyne Webb Research’s autonomous underwater glider that recently made the first ever circumnavigation of the Atlantic Ocean by an unmanned underwater vehicle. In this episode of Marine Tech Talk, we are joined by Joe Gradone, Former Customer Support Applications Engineer – Slocum Glider, Teledyne Webb Research. Joe discusses Silbo’s journey from St. Thomas back to Cape Cod. This was the final leg of the journey and covered just under a year (348 days) and 6236 km.
For more information on Slocum Gliders, visit our website at www.teledynemarine.com/slocum-glider. There is a press release on the website that also details the journey as well as a recorded webinar on the journey that can be found on our LINK Webinar channel. For more information on how Slocum gliders are helping researchers and commercial customers explore and understand the ocean, you can google Slocum Gliders or search Twitter for posts from our many customers.
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This episode is the second in a special four-part series on “Silbo”, Teledyne Webb Research’s autonomous underwater glider that recently made the first ever circumnavigation of the Atlantic Ocean by an unmanned underwater vehicle. In this episode of Marine Tech Talk, we are joined by Justin Shapiro, Former Applications Engineer – Slocum Glider, Teledyne Webb Research. Justin discusses the recovery of Silbo in Ireland, the training course that the glider team was able to arrange there while Silbo was being cleaned up and refit, and then the planning and work that was done during leg three of the journey in the Canary Islands.
For more information on Slocum Gliders, visit our website at www.teledynemarine.com/slocum-glider. There is a press release on the website that also details the journey as well as a recorded webinar on the journey that can be found on our LINK Webinar channel. For more information on how Slocum gliders are helping researchers and commercial customers explore and understand the ocean, you can google Slocum Gliders or search Twitter for posts from our many customers.
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This episode begins a special four-part series on “Silbo”, Teledyne Webb Research’s autonomous underwater glider that recently made the first-ever circumnavigation of the Atlantic Ocean by an unmanned underwater vehicle.
In this episode we are joined by Ben Allsup, The Technical Support and Operations Manager for Teledyne Webb Research Slocum Glider. Ben discusses how Silbo got its name, the overall plan for the voyage, how the various ports were determined, and some of the very interesting challenges that the glider faced on its way from Cape Cod to Ireland.
For more information on Slocum Gliders, visit our website at www.teledynemarine.com/slocum-glider. There is a press release on the website that also details the journey as well as a recorded webinar on the journey that can be found on our LINK Webinar channel. For more information on how Slocum gliders are helping researchers and commercial customers explore and understand the ocean, you can google Slocum Gliders or search Twitter for posts from our many customers.
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In this episode of Marine Tech Talk, we are joined by Brian Bradley, a faculty member of Cape Fear Community College's Marine Technology Program in Wilmington, North Carolina. Cape Fear Community College employs a range of equipment from Teledyne Marine in their program.
Brian teaches Hydrographic Surveying, Marine Instrumentation, and Marine Data Processing, and he also serves as an “at sea” instructor for three of the five oceanographic training cruises students are required to complete during their course of study.
Brian talks about the equipment and the program, and how the combination of the students’ classroom and on-water experience creates a much faster and easier transition to the workplace after graduation.
For more information on the programs offered at Cape Fear Community College, log onto the school's website at www.cfcc.edu. You can also learn more about the school on Twitter or Facebook.
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