CV

Lecturer (Assistant Professor)

Visiting Scientist

Research Associate

Research Assistant

Ph.D. Chemistry
Supervisor: Prof. Stephen Mann FRS

M. Sci. Chemistry
First Class Honours

“Kinetics” (Physical Chemistry II)
Lecturer

“Spectroscopy for the Interrogation of Biomolecules” (Advanced Chemistry for Life Sciences)
Lecturer

“Introduction to Vibrational Spectroscopy”
Lecturer

“Introduction to Spectroscopy”
Lecture Materials

First Year Chemistry Tutorials
(CE1-06)

Introduction to Chemistry Tutorials
(Chemistry 1X)

Maths Tutorials for Level 1 Chemists
(Chemistry 1SM)

Level 1 Chemistry Tutorials
(Chemistry 1E)

“Chemical modification of enzymes for enhanced biocatalysis degradation of plastics in ionic liquids”(Poster)

“Development of new protein-based biomaterials for non-aqueous biocatalysis”(Invited)

“Expanding the Scope and Stability of Biomaterials with Ionic Liquids”(Invited)

“Expanding the design space of gel materials with ionic liquids and protein biofluids”(Oral)

“Enhancing the functionality of proteins for non aqueous biocatalysis, room temperature storage, and therapeutic delivery”(Invited)

“Enhancing biocatalysis with solvent-free liquid enzymes and ionic liquids”(Oral, pdf)

“Solvent-free Liquid Proteins: Enhancing Proteins Through Surface Engineering”(Oral, pdf)

“Expanding the design space of gel materials with ionic liquids and protein biofluids”(Oral, pdf)

“Extreme Biomaterials: Enhancing Proteins Through Surface Modification”(Oral)

“Extreme Biomaterials: Enhancing Proteins Through Surface Modification”(Invited)

“The Long and Winding road from Postdoc to Academia”(Keynote)

“Extreme Biomaterials: Enhancing Proteins Through Surface Modification”(Invited)

“Surface Modification of Enzymes for Non-aqueous Biocatalysis”(Invited)

“Expanding the design space of gel materials through ionic liquid mediated mechanical and structural tuneability”(Oral, pdf)

“New Enzymes for Bioethanol Production: New Biotechnologies to Enhance Conversion of Biomass into Sugar”(Invited)

“Protein-polymer surfactant nanoconjugates for anhydrous biocatalysis”(Oral, pdf)

“Solvent-free enzyme biofluids for anhydrous biocatalysis”(Oral, pdf)

“Solvent-free enzyme biofluids for anhydrous biocatalysis”(Oral, pdf)

“Solvent-free enzyme biofluids for anhydrous biocatalysis”(Oral, pdf)

“Protein-polymer surfactant nanoconjugates for anhydrous biocatalysis”(Oral, pdf)

“Solvent-Free Functional Biofluids as a Route Towards Highly Stable Biocatalysts in Non-Aqueous Environments”(Oral, pdf / Poster, pdf)

“Protein-polymer surfactant conjugates for anhydrous stability and function”(Poster, pdf)

“Solvent-free Functional Biofluids as a Route for Retained Structure and Improved Protein Stability in Non-aqueous Environments”(Oral, pdf)

“Chemically Modifying Enzymes for the Development of Non-aqueous Biocatalysts with Greatly Improved Stability”(Poster)

“Protein-polymer surfactant conjugates for anhydrous stability and function”(Poster)

“Protein-polymer surfactant nanoconstructs for increased solubility and thermal stability in ionic liquids”(Invited Oral)

“Solvent-free enzymatic biofluids as a route to ionic liquid stable biocatalysts for biomass processing
“(Oral)

“Non-aqueous enzymatic biofluids”(Poster)

“Rational Design of Functional Biomolecular Solvent-Free Liquids”(Oral)

“Structure and function of solvent-free liquid lipase”(Oral)

“Structure and function of solvent-free liquid myoglobin”(Poster)

“Structure, function, and denaturation of solvent-free liquid myoglobin”(Oral)

“Structure, function, and denaturation of solvent-free liquid myoglobin”(Poster)

“Solventless Protein Liquids”(Poster)