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About

Altair Coutinho is a rising figure in soft robotics, whose work is redefining actuation and control for next-generation machines. His research centers on pneumatic artificial muscles, soft linear brakes, and tensegrity-based locomotion, with a strong emphasis on improving force, stability, and real-world applicability. Coutinho’s most cited work, "Design of Gusseted Pouch Motors for Improved Soft Pneumatic Actuation" (2023, 33 citations), introduces a novel actuator geometry that significantly enhances the performance of fluid-driven soft robots. He further advanced wearable technology with "A Positive and Negative Pressure Soft Linear Brake" (2022, 19 citations), demonstrating a lightweight, vacuum-powered braking system with strong potential for assistive devices. In a striking departure from conventional rolling tensegrity robots, his 2024 paper on vacuum-driven class-2 tensegrity mechanisms enables quadrupedal motion, opening new pathways for adaptive locomotion. Coutinho also contributed to reinforced bidirectional artificial muscles and co-developed ROGIBOT, a dual-arm autonomous system for high-speed container unloading. With a growing citation footprint and a portfolio that bridges fundamental actuation science with applied robotic systems, Coutinho is establishing himself as a key innovator in soft and tensegrity robotics.