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About

S. Macrae Montgomery is an emerging force in the field of advanced manufacturing and smart materials, whose research sits at the dynamic intersection of soft robotics, 4D printing, and shape-morphing systems. Montgomery's work has garnered significant attention in the research community, accumulating over 1,300 citations across a focused and impactful body of work. Montgomery is perhaps best known for pioneering contributions to magnetic shape memory polymers, with a landmark 2019 paper earning 718 citations for demonstrating reprogrammable, untethered, and reversible shape transformations — capabilities with profound implications for soft robotics and biomedical devices. Building on this foundation, subsequent work on magnetic dynamic polymers (2021, 209 citations) advanced modular assembly and reconfigurable morphing architectures, while a 2022 study on liquid crystal elastomers pushed the boundaries of 4D printing through innovative hybrid additive manufacturing approaches (162 citations). Montgomery has also made notable strides in multi-material digital light processing printing and sustainable polymer chemistry, including depolymerizable vitrimers enabling both reprocessability and monomer recovery. More recently, research into computational design of locomotive soft robots and robotic conformal 3D printing reflects a broadening vision — one that bridges intelligent materials, autonomous fabrication, and real-world deployment in complex, unstructured environments.