David F. Emiabata‐Smith
Papers
1
Total Citations
28
H-Index
1
About
David F. Emiabata-Smith is a leading figure in the application of automation and design of experiments (DoE) to accelerate chemical synthesis. His key research areas include high-throughput experimentation, supported reagent chemistry, and the optimization of synthetic processes. His most cited work, "Application of ReactArray Robotics and Design of Experiments Techniques in Optimisation of Supported Reagent Chemistry" (2002, 28 citations), demonstrates his pioneering role in integrating robotic platforms with statistical DoE to rapidly identify optimal reaction conditions. This contribution, co-authored with prominent chemists including Steven V. Ley, showcases how automation can transform the efficiency and reproducibility of chemical discovery. Emiabata-Smith’s impact lies in bridging the gap between traditional organic synthesis and modern data-driven methodologies, enabling researchers to screen multiple variables simultaneously and reduce time-to-optimization. His work at GlaxoSmithKline and beyond has influenced the adoption of intelligent automation in pharmaceutical R&D. For students and researchers, his approach exemplifies how combining robotics with rigorous experimental design can unlock new efficiencies in chemical synthesis, making him a key figure in the evolution of automated chemistry.
Research Focus
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Top Papers
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