Julian Kimmig

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About

Julian Kimmig is a researcher specializing in automated polymer synthesis and high-throughput experimentation, with a focus on developing innovative robotic platforms to streamline and accelerate polymer chemistry. His work sits at the intersection of materials science, automation technology, and polymer science, addressing longstanding challenges in reproducibility and efficiency within synthetic workflows. Kimmig's most significant contribution is pioneering the integration of automated dialysis systems within synthesis robots, enabling fully hands-free polymer purification — a critical yet historically labor-intensive step. Building on this foundation, he extended these capabilities to achieve fully automated multi-step synthesis of block copolymers, combining purification and polymerization protocols in a seamless, end-to-end automated pipeline. His most-cited work (2020, 24 citations) laid the groundwork for this paradigm shift in polymer processing. Further demonstrating his commitment to intelligent automation, Kimmig has developed tailor-made, low-cost sensor systems — including custom photometers — integrated directly into synthesis robots to enable real-time, online characterization during RAFT polymerizations. Collectively, his research is reshaping how polymer scientists approach synthesis scale-up and optimization, making sophisticated multi-step processes accessible and reproducible through smart automation.