Vicenç Rubies Royo is a name that resonates deeply in robotics engineering. With a career dedicated to solving some of the most intricate challenges in motion planning and robotic safety, Vicenç has established himself as a leading figure in the field.
His work focuses on tackling complex multi-agent interaction problems, leveraging cutting-edge tools from optimal control, differential game theory, and reachability theory to ensure that robotic systems operate safely and efficiently.
Before making waves in the professional world, Vicenç honed his expertise as a postdoctoral scholar and PhD student at UC Berkeley, one of the most prestigious institutions for robotics and artificial intelligence research. During his time there, he delved into the realm of assured autonomy, focusing on safety-critical and learning-enabled systems.
This foundational work shaped his innovative approach to robotics and set the stage for the groundbreaking contributions he continues to make today.
What drives Vicenç is a genuine passion for technological advancement and problem-solving. His projects are not just about creating more innovative robots but about redefining the possibilities of autonomous systems and their role in our world. Whether it’s ensuring safer interactions between robots and humans or enhancing the efficiency of multi-agent systems, Vicenc’s work is paving the way for a future where technology and safety go hand in hand.
We had the privilege of speaking with Vicenç Rubies Royo, who generously shared insights into his career journey and the transformative work he’s doing in robotics and AI. His contributions are inspiring and a testament to the profound impact that technology can have in shaping a safer, more efficient future. Thank you, Vicenç, for your time and the incredible work you’re doing to advance the field of robotics.
IMAGE: VICENÇ RUBIES ROYO
What inspired you to pursue a robotics and artificial intelligence career, and how did your academic background at UC Berkeley shape your work at AeroVect?
I’ve always been drawn to solving complex, real-world problems through technology. My time at UC Berkeley gave me a strong research foundation in safety-critical systems and advanced motion planning—skills that directly translate to airport automation’s fast-paced demands.
At AeroVect, I use that academic grounding to develop and refine algorithms that allow ground support vehicles to make precise decisions in busy airside environments.
What are some of the challenges that AeroVect’s autonomous ground support equipment (GSE) vehicles face in dynamic airport environments?
Airports are inherently unpredictable. You’ve got multiple moving aircraft, tight schedules, changing weather conditions, and a variety of ground vehicles operating simultaneously. Our GSE must react quickly to unexpected events—like a sudden obstacle or a rerouted aircraft—while adhering to strict safety requirements.
How does the integration of your motion planning expertise into GSE vehicles contribute to the precision and safety of airport operations?
Motion planning anticipates future states and chooses the best possible action under constraints. In the airport context, that means planning routes that avoid collisions, minimize downtime and adapt to real-time data from sensors. By leveraging algorithms that can quickly evaluate multiple trajectories, we enable our vehicles to operate precisely, which is especially crucial near expensive aircraft.
What role does continuous testing and iteration play in refining AeroVect’s autonomous systems for airport environments?
Constant, iterative testing is key to building confidence and reliability. Every deployment at a test site—whether a miniature closed course or a busy airport—yields data we use to improve algorithms and address edge cases. This feedback loop helps us fine-tune everything from sensor calibration to how the vehicle responds to rapidly changing traffic patterns, ensuring we stay on top of real-world conditions.
Why is building trust with airline and airport partners crucial for AeroVect, and how do you achieve this?
Safety and reliability are non-negotiable in aviation; stakeholders won’t adopt a technology they don’t trust. To earn that trust, we maintain transparency about how our systems work, thoroughly document our testing and invite partners to observe live demonstrations.
Regular communication, data sharing, and collaborative troubleshooting demonstrate our commitment to meeting their operational needs and upholding the highest safety standards.
What is your vision for the future of airport operations, and how do you see AeroVect shaping that future?
I see a future where ground handling becomes nearly seamless vehicles navigate autonomously, tasks are coordinated in real-time, and safety incidents are drastically reduced. AeroVect is at the forefront of making that vision a reality. By advancing motion planning and autonomy, we enable airports to optimize operations in previously impossible ways, ultimately setting a higher standard for efficiency and passenger satisfaction worldwide.
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