Hans de Visser

Senior Software Engineer at Emesent

Hans de Visser has extensive experience in software engineering and innovation. Hans is currently working as a Senior Software Engineer at Emesent since 2022. Prior to that, they held various roles at Fugro from 2015 to 2022, including Senior Innovation Engineer and Software & Algorithm Engineer. In these positions, they developed algorithms and software for modeling power transmission assets and identifying power transmission towers in 3D point clouds obtained through LiDAR. From 2007 to 2014, Hans worked as a Research Scientist at CSIRO - The Australian e-Health Research Centre, where they focused on developing virtual reality simulators for medical training and working with large 3D data sets. Earlier in their career, they held roles as a Research Consultant and Research Fellow at Queensland University of Technology, where they conducted biomechanical analysis of spinal fusions and developed mathematical and finite element models of the lumbar spine. Hans has presented their research at scientific conferences and published in peer-reviewed journals.

Hans de Visser obtained a PhD in Mechanical Engineering (Medical) from Delft University of Technology, attending from 1998 to 2002. Prior to their doctoral studies, Hans completed a Master of Science (MSc) in Mechanical Engineering at the same institution, attending from 1992 to 1998. There is no available information regarding the duration or area of study for their earlier education at Veenlanden College. Additionally, Hans de Visser has obtained a certification in "Confronting Bias: Thriving Across Our Differences" from LinkedIn in September 2020.

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Brisbane, Australia

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Emesent

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Emesent is a venture-backed technology company that automates the collection and analysis of critical data in challenging underground environments. Our flagship product is the award-winning Hovermap; a LiDAR-mapping and autonomy payload for industrial drones. Hovermap allows drones to fly and map in GPS-denied environments such as undergroundmines.Through Hovermap and other solutions, we deliver revolutionary efficiency, safety and operational insights to underground mines and other GPS-denied environments. Our growing team of experienced roboticists and engineers are dedicated to creating cutting-edge drone autonomy and data analytics for industrial applications.


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51-200

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