The CMU Mechanisms Inspired by Nature for Dynamics (MIND) lab focuses on creating adaptive mechanical structures for dynamic tailoring, at the interface between dynamics and vibration, biomechanics, mechanical design, material science, and manufacturing. We design, fabricate, and characterize bio-inspired systems, structures, and technologies for applications ranging from micro-robotics to aerospace and prosthetics. We seek inspiration from nature to solve challenging engineering problems while uncovering unexpected biological phenomena.
As part of our core mission, we train the scientists, engineers, and technical leaders of tomorrow to find innovative solutions to global challenges. We aim to inspire students of all backgrounds to pursue careers in science and engineering.
09/15/25
At ASME SMASIS 2025 last week (Sept 8–10, St. Louis), Anusha took home the Best Student Paper Award and 2nd place in the Hardware Showcase! A fantastic recognition of her scholarship and hands-on innovation for her work on bio-inspired interlocking metasurfaces. Bravo!!
09/10/25
PhD students Anusha and Sierra presented their work at ASME SMASIS 2025 in St. Louis (Sept 8–10), sharing fresh results on bio-inspired and preloaded interlocking metasurfaces. Their papers will be out soon, stay tuned!
04/15/25
Two new journal articles are out this spring! One introduces a bio-inspired design framework for multifunctional interlocking metasurfaces and the other demonstrates how these structures can reduce vibrations by up to an order of magnitude.
Bolmin O., P. Noell, B. Boyce, "Bio-inspired Interlocking Metasurfaces", Bioinspiration & Biomimetics, 2025, https://doi.org/10.1088/1748-3190/adadbb
Bolmin O., P. Noell, N. Leathe, B. Boyce, "Vibration in Interlocking Metasurfaces", Materials & Design, 2025, https://doi.org/10.1016/j.matdes.2025.113957