Siu-Chung Chan, PhD

Synthetic Chemist | Molecular Machine | Drug Delivery | Research Scientist @The Francis Crick Institute

London Area, United Kingdom

About

Versatile synthetic chemist with multiple years of internation research experience across UK, Spain, Germany, Singapore and Hong Kong. Possess a strong background in organic/inorganic synthesis, transition metal catalysis, synthetic radical chemistry, bioinorganic chemistry of metalloenzymes and advanced inorganic spectrosopies. Proven track record in leading interdisciplinary projects in fast-paced research environments.

Experience

  • Research Scientist at The Francis Crick Institute
    Apr 2025 - Present · 1 yr 3 mos

  • Postdoctoral Fellow at Universitat de Girona
    Feb 2021 - Jul 2024 · 3 yrs 6 mos

    • Led and managed C-H functionalization projects for the synthesis of valuable (chiral) oxygenated synthons • Development of a series of manganese and iron oxidation catalysts with chiral ligands architecture • Unveiling reaction mechanism of catalytic C-H oxidation reactions through subsecond kinetic studies and probing reactive intermediates • Coordinated collaboration with internal teams and external collaborators, successfully accelerating project timeline and improving the quality of research outputs

  • Senior Research Associate at 香港城市大學
    Feb 2018 - Jan 2021 · 3 yrs

    • Set up new laboratory instruments and established SOPs of the instruments which enhanced overall research quality and laboratory efficiency • Led and expanded organometallic projects of the group by transiting from precious metals into eath-abundant metals, advancing the group's sustainability perspective and commitment • Successfully designed a molecular plattform using iron complex for obtaining unprecedented iron metallacycles through alkyne cycloisomerization, providing valuable mechanistic insights into iron-catalysed alkyne cycloisomerization and related alkyne metathesis

  • Postdoctoral Fellow at 南洋理工大學
    Dec 2014 - Dec 2017 · 3 yrs 1 mo

    • Liaised with colleagues and PI to establish a new laboratory by coordinating the setup of essential infrastructure, equipment installation and safety protocols, supporting the launch of new research projects with a productive laboratory working environment • Successfully synthesized a series of redox-active organometallic carbon(0) coordination compounds, contributing to the first published research project of a newly established research group • Established and maintained relationships with suppliers of chemicals and laboratory consumables, laboratory contractors, and instrument engineers to ensure the efficient operation of the laboratory