We have a new, exciting open position for a robotics engineer to strengthen our team at Gravis Robotics and push the development of our autonomous heavy construction machines. #robotics #construction #automation #machinery #construction #hiring
Gravis Robotics
Herstellung von Automatisierungsanlagen
Zurich, Zurich 3.617 Follower:innen
Tap your finger, move a mountain
Info
Developing autonomy for heavy machinery to automate an industry with a slowly rising productivity and a global labour shortage.
- Website
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https://gravisrobotics.com/
Externer Link zu Gravis Robotics
- Branche
- Herstellung von Automatisierungsanlagen
- Größe
- 11–50 Beschäftigte
- Hauptsitz
- Zurich, Zurich
- Art
- Privatunternehmen
Orte
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Primär
Sonneggstrasse 3
Zurich, Zurich 8092, CH
Beschäftigte von Gravis Robotics
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Neil Woodfin
Leading AI powered robotics for construction equipment delivering productivity, safety, sustainability and predictability.
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BURAK Çizmeci
Co-Founder of Gravis Robotics
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Tobias Häckermann
Co-Founder & CEO at Sherpany | Entrepreneur & Tech Enthusiast
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Hanspeter Fässler
Entrepreneur, non-executive director, advisor
Updates
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We have a new, exciting open position for an embedded systems engineer to strengthen our team at Gravis Robotics and push the development of our autonomous heavy construction machines. #robotics #construction #automation #machinery #construction #hiring
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We have a new, exciting open position for a Chief of Staff role to strengthen our team at Gravis Robotics and push the development of our autonomous heavy construction machines. #hardware #robotics #construction #automation #machinery #construction #hiring
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We have a new, exciting open position for a senior/lead hardware engineer to strengthen our team at Gravis Robotics and push the development of our autonomous heavy construction machines. #hardware #robotics #construction #automation #machinery #construction #hiring
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We have a new, exciting open position for a senior/lead perception engineer to strengthen our team at Gravis Robotics and push the development of our autonomous heavy construction machines. #robotics #construction #automation #machinery #construction #hiring
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Join us at this exciting event in Zurich if you want to know more about our technology for autonomous excavators
👷🏻🚧👷🏽♀️Heavy Machinery & Construction Robotics 👷🏽♀️🚧👷🏻 This 8th session of the Zurich Hardware Meetup will focus on the super big and super powerful. Speakers hail from 4QT and Gravis Robotics. https://lnkd.in/eY58fsaX Gravis Robotics, an ETH Zürich spin-off, has developed the world’s most advanced #robotic #excavators. Robust autonomy in extreme environments is their baseline. 4QT is developing high power electric drives for heavy-duty equipment. They are currently based at Switzerland Innovation Park Zurich, in the Büro Züri by Zürcher Kantonalbank premises. If you like what is big, heavy and strong, wish to see it all electrified and automated, don't miss out on this unique meetup experience! #construction #robotics #automation #machinery #construction #electrification #engineering Zurich Convention Bureau | Innovation Zurich | Rayan Armani | informal | Ralph Rosenbauer | Luca Sandel
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It's great to be back at ETH. Come have a chat with Simona Hohl and Sandro Meier to discuss your career opportunities at Gravis Robotics! #AI #Robotics #ETH
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We are delighted to see our work featured in IEEE Spectrum!
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Gravis Robotics is built upon strong foundations in academic research, and we are delighted to see this outstanding work featured in Science Robotics! This massive stone wall and landscape were built in 2021, and were among the first built works to make use of our rooftop autonomy kit for excavators.
Autonomous excavator constructs a six-metre-high dry-stone wall 🪨 🤖 Researchers at ETH Zurich have taught an autonomous excavator to build dry-stone walls using boulders weighing several tonnes and demolition rubble. In brief ◼︎ Until today, dry stone wall construction has involved vast amounts of manual labour. ◼︎ A multidisciplinary team of ETH Zurich researchers developed a method of using an autonomous excavator to construct a dry-stone wall that is six metres high and sixty-five metres long. ◼︎ Dry stone walls are resource efficient as they use locally sourced materials, such as concrete slabs that are low in embodied energy. ► Article: https://lnkd.in/e6p7gjK6 Article by: Michael Walther Girts Apskalns Gramazio Kohler Research NCCR Digital Fabrication Mark Schneider EBERHARD AG