I am responsible for leading the technical development, chemicals and materials for 3D printing, as well as post-processing techniques.

As a senior associate at Invictus Capital, I contributed to a wide array of business activities during the formation and rapid growth of the company. These included drafting the whitepaper for the Hyperion Fund, acting as a fund manager for the Hyperion Fund and Crypto20, being responsible for sourcing and evaluating investment opportunities, advising blockchain projects, designing tokenomics, and writing public-facing media articles.

I was responsible for developing chemical strategies for overcoming the severe mechanical fragility of solution processed perovskite solar cells. This involved the synthesis of a generic cross-linking node, capable of transforming solution-processed organic semiconducting materials into solvent resistant and mechanically tough layers. Additionally, the development of a cross-linkable fullerene molecule for the creation of solvent resistant, n-type layers, and the development of a new perovskite… Show more I was responsible for developing chemical strategies for overcoming the severe mechanical fragility of solution processed perovskite solar cells. This involved the synthesis of a generic cross-linking node, capable of transforming solution-processed organic semiconducting materials into solvent resistant and mechanically tough layers. Additionally, the development of a cross-linkable fullerene molecule for the creation of solvent resistant, n-type layers, and the development of a new perovskite solar cell design, the Compound Solar Cell, enabling the creation of a solution-processed solar cell exhibiting mechanical toughness exceeding those of Silicon and CIGS devices. Show less

I designed and synthesised dyes for use in dye-sensitised solar cells. The dyes featured a novel pyrazine-containing heteroaromatic spacer, which served as a scaffold for immobilising various chromophores to generate panchromatic dyes.

I designed, synthesised and characterised:- A series of donor-wire-acceptor compounds for studying long-distance photo-induced electron transfer, in which porphyrin chromophores served as the donor, fused pyridine-containing heteroacenes served as the wires and fullerenes as the acceptors. - Aniline and thiophene functionalized porphyrin-fullerene dyadic monomers for the formation of triadic electropolymers.-A 6kDa phthalocyanine chromophore that absorbed out to 900nm and was… Show more I designed, synthesised and characterised:- A series of donor-wire-acceptor compounds for studying long-distance photo-induced electron transfer, in which porphyrin chromophores served as the donor, fused pyridine-containing heteroacenes served as the wires and fullerenes as the acceptors. - Aniline and thiophene functionalized porphyrin-fullerene dyadic monomers for the formation of triadic electropolymers.-A 6kDa phthalocyanine chromophore that absorbed out to 900nm and was soluble in hexanes.- A series of dyes featuring a novel anchoring spacer which doubled the photocurrent of the porphyrin chromophore when incorporated into a dye-sensitised solar cell. Show less

I was responsible for the synthesis and characterisation of a variety of norbornene monomers for the creation of polymers functionalised with pendant palladium or platinum chelates via ROMP.