Jonah Mack
Papers
4
Total Citations
21
H-Index
3
About
Jonah Mack is a pioneering researcher at the intersection of sustainable robotics and soft robotic systems. His work is defined by two compelling themes: transforming environmental waste into robotic technology and advancing the manufacturing of fluidic soft robots. Mack’s most impactful contribution, the 2021 case study on e-waste upcycling in low-to-middle income countries (7 citations), presents a visionary approach to turning a global pollution crisis into an opportunity for robotic development. He further pushes the boundaries of fabrication with his 2025 work introducing the “flex printer,” an open-source platform for standardized, scalable soft robot manufacturing that allows robots to literally walk off the print bed. Mack’s technical ingenuity is evident in his design of Hall effect sensor-controlled brittle star-inspired composite limbs (4 citations), enabling precise kinematic feedback for continuum robots. His exploration of embodied intelligence in fluidic systems, as seen in his 2024 “Fluidic FlowBots” paper (3 citations), challenges conventional control paradigms by embedding functionality directly into fluid flow characteristics. Through this blend of environmental stewardship and cutting-edge soft robotics, Mack is forging a path toward more accessible, sustainable, and intelligent robotic systems.
Research Focus
Key Achievements
Top Papers
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