IEEE HKN Nu Alpha UNED / IEEE UNED student branch - Faster, better, cheaper, safer: How the COBRAs learned to gather data in challenging environments and transform it into 3d models

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IEEE HKN Nu Alpha UNED / IEEE UNED student branch - Faster, better, cheaper, safer: How the COBRAs learned to gather data in challenging environments and transform it into 3d models - Daniel Lee and Jędrzej Mosiężny  

Faster, better, cheaper, safer: How the COBRAs learned to gather data in challenging environments and transform it into 3d models
The COBRA divers operate in some of the planet's most hostile environments - deep in cold water, far back inside cave and mine systems. In such environments, mistakes or equipment failures can rapidly lead to death, and yet the COBRAs have extended their safe operating envelope and achieved an excellent safety record by adopting an agile approach centered on human factors and fast learning cycles. Now the COBRAs have applied this approach to a significant technical challenge - creating 3d maps of the environments that they dive in. The success criteria: The technique needs to be faster, better, cheaper, and safer, all at the same time, than the state of the art. This talk shows how they've done exactly that, examining our innovations above and below water, and the approach that's made them possible

17:00  Breve introducción al capítulo IEEE HKN Nu Alpha en la UNED .

17:05 Breve introducción a la rama de estudiantes del IEEE en la UNED

17:10 Breve introducción al capítulo de la Sociedad de Educación del IEEE

17:15 Faster, better, cheaper, safer: How the COBRAs learned to gather data in challenging environments and transform it into 3d models

18:00 Preguntas.

18:10 Clausura.

Registro obligatorio para recibir el enlace de videoconferencia. Must be registered to receive the videoconference link. 

Daniel Lee

Topic:

Faster, better, cheaper, safer: How the COBRAs learned to gather data in challenging environments and transform it into

Daniel Lee Daniel is a founder of COBRA Divers and a serial entrepreneur with a career spanning robotics, geospatial tech, and renewable energy. Drawing on his background in the space industry, he applies risk modeling to the development of dual-CCR protocols, treating underwater mission planning with the same rigor as earth observation systems. Within the COBRAs, he focuses on pushing the community’s safe operating envelope through expedition diving, disseminating cutting-edge techniques, and doing silly things on his decompression stops.

 

Biography:

Daniel is a founder of COBRA Divers and a serial entrepreneur with a career spanning robotics, geospatial tech, and renewable energy. Drawing on his background in the space industry, he applies risk modeling to the development of dual-CCR protocols, treating underwater mission planning with the same rigor as earth observation systems. Within the COBRAs, he focuses on pushing the community’s safe operating envelope through expedition diving, disseminating cutting-edge techniques, and doing silly things on his decompression stops.

Jędrzej Mosiężny

Jędrzej Mosiężny JJ is a researcher, an aerospace engineer, and a diver. He works on applications of Artificial Intelligence for Spacecraft Flight dynamics, Computational Fluid Dynamics and Multi-physics simulations. Within COBRA he contributes to developing high-end photogrammetry pipelines, bringing his expertise in CAD design and CFD preprocessing to create realistic reconstructions of the mapped caves and mines. When he’s not busy diving or working on research, he cooks.

 

Biography:

Jędrzej Mosiężny
JJ is a researcher, an aerospace engineer, and a diver. He works on applications of Artificial Intelligence for Spacecraft Flight dynamics, Computational Fluid Dynamics and Multi-physics simulations. Within COBRA he contributes to developing high-end photogrammetry pipelines, bringing his expertise in CAD design and CFD preprocessing to create realistic reconstructions of the mapped caves and mines. When he’s not busy diving or working on research, he cooks.

IEEE HKN Nu Alpha UNED / IEEE UNED student branch - Faster, better, cheaper, safer: How the COBRAs learned to gather data in challenging environments and transform it into 3d models - Daniel Lee and Jędrzej Mosiężny  

Faster, better, cheaper, safer: How the COBRAs learned to gather data in challenging environments and transform it into 3d models
The COBRA divers operate in some of the planet's most hostile environments - deep in cold water, far back inside cave and mine systems. In such environments, mistakes or equipment failures can rapidly lead to death, and yet the COBRAs have extended their safe operating envelope and achieved an excellent safety record by adopting an agile approach centered on human factors and fast learning cycles. Now the COBRAs have applied this approach to a significant technical challenge - creating 3d maps of the environments that they dive in. The success criteria: The technique needs to be faster, better, cheaper, and safer, all at the same time, than the state of the art. This talk shows how they've done exactly that, examining our innovations above and below water, and the approach that's made them possible

17:00  Breve introducción al capítulo IEEE HKN Nu Alpha en la UNED .

17:05 Breve introducción a la rama de estudiantes del IEEE en la UNED

17:10 Breve introducción al capítulo de la Sociedad de Educación del IEEE

17:15 Faster, better, cheaper, safer: How the COBRAs learned to gather data in challenging environments and transform it into 3d models

18:00 Preguntas.

18:10 Clausura.

Registro obligatorio para recibir el enlace de videoconferencia. Must be registered to receive the videoconference link.