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About

Maksims Jurinovs is a leading researcher in sustainable materials science, specializing in biobased polymers for advanced manufacturing and soft robotics. His work centers on developing eco-friendly, high-performance materials that can be processed via 3D and 4D printing, with a particular focus on plant oil-based elastomers and shape-memory polymers. Jurinovs’s major contributions include the creation of a super-tough, UV-light-assisted 3D-printable elastomer from vegetable oils, enabling soft robots with tunable mechanical properties and shape-memory effects—a breakthrough that has garnered 18 citations since 2024. He also pioneered biobased conductive electrodes by hybridizing ionic liquids and single-walled carbon nanotubes within a vegetable oil matrix, achieving 12 citations for advancing soft robotics with sustainable electronics. Most recently, his 2025 work on fully bioderived, 4D-printable shape-memory polymers with linear tunability and multistimuli actuation (5 citations) sets a new standard for multifunctional, eco-friendly materials. Jurinovs’s research is notable for bridging sustainability with cutting-edge functionality, offering practical prototypes that push the boundaries of soft robotics, sensors, and adaptive devices. His achievements highlight a commitment to reducing environmental impact without compromising technological sophistication.