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Connor Taylor
Principal Investigator
University of Nottingham
I'm working on
6 months ago
Working on automated experimental platforms combining robotics, machine learning, and kinetic analysis to accelerate discovery. Focused on closed-loop optimisation, high-throughput experimentation, and data-driven approaches to solve complex chemical process/discovery challenges.
I'm looking for
6 months ago
We are open to sponsored research to advance AI-driven, automated approaches to chemical processes. We collaborate with partners to apply robotics, ML, and high-throughput experimentation to real-world challenges, delivering data-driven optimisation and validated solutions.
About
I lead the ChemTech Lab (www.chemtech.dev), developing AI-driven and autonomous experimental platforms for chemical and formulation optimisation. My work combines automated liquid handling, design of experiments, and machine learning (including Bayesian optimisation) to accelerate discovery in complex, multi-variable systems. I have experience building closed-loop workflows that generate high-quality data and rapidly identify optimal formulations or processes. My research focuses on making experimentation more efficient, scalable, and data-driven, helping industry solve challenging optimisation problems in areas such as formulations, materials, and chemical processes where traditional trial-and-error approaches are too slow and costly.
profile picture
Connor Taylor
Principal Investigator
University of Nottingham
Work experience
Ryme Tech
Co-Founder & CTO
2025 - Present
Royal Academy of Engineering Research Fellow
2024 - Present
Compunetics
Founder
2020 - Present
Top industry applications
Not enough data yet.
Results may appear later and can be imperfect.
Open to opportunities in
Not enough data yet.
Results may appear later and can be imperfect.
Last updated Mar 2026
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