Ryan Luke Johns is a prominent figure in the field of robotics and architecture, known for his pioneering work in automating heavy construction machinery. He is the CEO and co-founder of Gravis Robotics, a Swiss company focused on developing robotic systems to enhance productivity and safety in construction through autonomous heavy machinery. Johns' notable achievements include receiving significant investment funding to propel his company's innovative solutions. His contributions have also been recognized by academic institutions, reflecting the impact of his work in both industry and academia.
November 2025: Gravis Robotics secured $23 million in funding, co-led by IQ Capital and Zacua Ventures. This capital is intended to accelerate the global rollout of their earthmoving autonomy systems and expand partnerships with OEMs such as HD Hyundai and Flannery. The funding will also enhance Gravis' team capability and extend their technology deployment across multiple countries.
April 2025: At Bauma 2025, Gravis introduced its "Anywhere Autonomy" platform, which transforms standard construction equipment into robotic teammates. This initiative addresses global labor shortages and increases construction productivity, offering tools that improve efficiency and safety on jobsites.
2024-2025: Johns received the Honorary Councillor title from ETH Zurich, recognizing his contributions to the institution and the field of robotics. Under his leadership, Gravis Robotics continued to partner with renowned global construction firms and achieved operational projects such as the autonomous excavation at Manchester Airport.
| Attribute | Information |
|---|---|
| Full Name | Ryan Luke Johns |
| Born | Not publicly available |
| Nationality | American |
| Occupation | CEO and Co-Founder of Gravis Robotics |
| Known For | Robotics in Construction, Automation in Heavy Machinery |
| Education | Doctor of Science, ETH Zurich |
Ryan Luke Johns' early life details are not extensively documented publicly. He holds a Doctor of Science degree from ETH Zurich, where his research focused on enabling robotic excavators to construct large-scale structures from nonstandard materials. Before his doctoral studies, Johns was involved in creative research and architectural practice, primarily through GREYSHED, a firm centered on advanced workflows and robotics applications across various domains including architecture, engineering, and manufacturing.
Johns' educational journey reflects a multidisciplinary approach, integrating architecture, digital fabrication, and robotics. His academic background equipped him with the knowledge to blend technological innovation with practical applications, setting the foundation for his later ventures in developing autonomous systems for the construction industry.
Ryan Luke Johns' career is marked by significant contributions to robotics and construction technology. After completing his doctoral work at ETH Zurich, he joined efforts in advanced research and teaching roles at institutions like Columbia University GSAPP and Princeton University. His professional roles often intersected between architectural design and computational research.
These publications have been foundational in establishing his expertise and shaping the trajectory of Gravis Robotics as a leader in construction automation.
As of 2025, Ryan Luke Johns continues to lead Gravis Robotics towards transforming the construction industry with AI-powered autonomous systems. The effectiveness of these systems in enhancing productivity and safety at construction sites has positioned Gravis as an innovator in the sector. The company's focus on solving skilled labor shortages and integrating AI into construction workflows underscores their strategic alignment with industry needs.
Johns' commitment to innovation in robotics has profound implications not only for construction but for a host of industries seeking to leverage automation for operational efficiency and safety.
Ryan Luke Johns stands at the forefront of robotics and construction automation, driving significant advancements through his leadership at Gravis Robotics. His blend of academic rigor and entrepreneurial vision continues to influence the field, particularly in addressing contemporary challenges like skilled labor shortages and the push for more efficient infrastructure solutions. Johns' work exemplifies the practical application of cutting-edge technology in industry, foreshadowing a future where construction becomes safer, more efficient, and less dependent on human labor through advanced robotics. The continued growth and success of Gravis Robotics are a testament to his impact and the potential legacy he is likely to leave in the technological landscape.