REEV | Our team

Expanding the daily mobility of millions

We are the Motion Crew.

Join us now

Expanding the daily mobility of millions

We are the Motion Crew.

Join us now

OUR VALUES

Social Impact

Every decision aligns with our purpose: to restore mobility freedom and improve lives through innovation.

Ambition

We aim to reinvent personal mobility, not follow trends. Our goals are bold, our actions decisive.

Autonomy

Trust and ownership drive our culture. Empowered individuals aligned through shared goals fuel our progress.

Excellence

Quality defines us: from product design to communication. We deliver only the best because our users deserve it.

Humility

We prioritize learning over ego, cultivating open collaboration, & respecting diverse perspectives as the foundation for progress.

Persistence

We welcome challenging problems and pursue solutions with resilience. We adapt and keep moving forward.

Leadership

I’m Amaury Ciurana, CEO and Co-Founder of REEV.

Trained as a French aerospace engineer at ISAE-SUPAERO and shaped by entrepreneurial programs at HEC Paris, École polytechnique, and UC Berkeley, I have always believed that technology should serve those who need it most and create meaningful impact at scale.

That conviction led me to win the €1M Lopez-Loreta Prize and to transform a student project into REEV, a medical robotics company dedicated to reinventing mobility care for millions of people with mobility disorders.

To achieve this mission, we pioneer intelligent wearable robotics that restore freedom of movement, combining lightweight design and intuitive assistance to make everyday mobility effortless and confident.

In just a few years, REEV has grown into a 30-person team across Toulouse and Boston and raised 12M€. I relocated to the US in 2023 to launch our American journey, driven by optimism, resilience, and a commitment to building a more intelligent and dignified future for mobility and care.

I’m Robin Temporelli, CTO and Co-Founder of REEV.

Trained as a mechatronics engineer at INSA Toulouse and holding a Ph.D. from the University of Sherbrooke, I have always believed that robotics should be built around people, not the other way around.

That conviction shaped my path through Safran, CTA-BRP, and Airbus Defence and Space, where I led the engineering of electromechanical space mechanisms and contributed to the ExoMars Rover project as the mechatronics focal point for the locomotion subsystem. Along the way, I authored eight scientific publications and filed three patents, always bridging scientific rigor with real-world impact.

At REEV, I lead the technical vision behind DREEVEN, the first intelligent robotic knee orthosis, and SENSE, our wearable gait-analysis system. From mechanics and electronics to software and industrialization, my focus is on making advanced robotics lightweight, accessible, and truly personalized for people with motion disorders. Every design decision starts with the same question: will this genuinely improve someone’s life?

Because at REEV, we don’t just build robots, we build freedom of movement.

I’m Lou Awad, a movement scientist and clinical physical therapist dedicated to translating innovative rehabilitation technologies into real-world clinical impact. As the founding director of Boston University’s Neuromotor Recovery Laboratory, I’ve spent my career bridging the gap between cutting-edge research and patient care.

My background spans clinical practice, biomechanical research, and digital health innovation. I hold faculty positions at Boston University (Associate Professor, Department of Physical Therapy & Athletic Training), Harvard University (Associate, Paulson School of Engineering and Applied Sciences), and serve as a research faculty member at Spaulding Rehabilitation Hospital. Throughout my career, I have authored numerous scientific publications and serve as Associate Editor for leading journals including the Journal of NeuroEngineering and Rehabilitation and the IEEE Open Journal of Engineering in Medicine and Biology.

My research focuses on the development and clinical translation of novel rehabilitation interventions, with particular expertise in robotic and digital therapeutic technologies for stroke and neurological gait disorders. I’m recognized as a key opinion leader in rehabilitation technology and serve as a scientific advisor to multiple federal and private institutions.

With REEV, I’m leading the clinical study at Boston University’s Neuromotor Recovery Lab, ensuring that DREEVEN meets the highest standards of clinical efficacy and patient safety. I’m passionate about making advanced wearable robotics accessible to the millions of people with difficulty walking, and REEV’s mission aligns perfectly with my commitment to restoring mobility and independence for patients who need it most.