Max Robotics — Global Service Robot Directory + US Certification

About

Cora Maria Sourkounis is pioneering the next generation of deep-sea robotics by fusing soft actuation with cost-effective design. Her research centers on soft robotic systems, continuum robots, and novel actuation strategies for extreme underwater environments. Sourkounis’s major contributions include the development of a single-channel soft robotic actuator with switchable strain-limiting structures for deep-sea suction sampling—a breakthrough that enables gentle, precise collection of fragile organisms and sediments without bulky, expensive equipment. Her work on tendon-driven continuum robots and binary “hard shell, soft core” actuators further demonstrates how compliant mechanisms can replace rigid, high-pressure-rated housings, dramatically reducing the cost and complexity of deep-sea exploration. With over 16 citations across her most-cited papers, including her 2023 *Soft Robotics* publication, Sourkounis is establishing a new paradigm: accessible, lightweight, and inherently safe robots that can operate at crushing depths. Her 2025 study on fiber-reinforced polymer springs for continuum robots underscores her commitment to manufacturing-driven innovation, making deep-sea research tools more affordable for marine biologists and climate scientists. By challenging the assumption that deep-sea robots must be large and expensive, Sourkounis is democratizing access to Earth’s last frontier.