Phoebe Li

1. Graphene molecular sensor (GFET) application development - Developing ion and molecular/bio sensing assay using the company’s GFET platform 2. Process development of graphene field effect transistor (GFET) for molecular sensing application - Characterising devices using AFM, SEM, Raman spectroscopy, OM - Device fabrication processes such as dry and wet etching + device packaging

Core scientific modules Nano self-assembly, nanomaterials, nano-electrochemistry, MEMs, characterisation techniques, nano-fabrication, quantum mechanics Business and Enterprise course: Identified and validated innovation opportunities for translating technologies from the lab to the market Individual research project - Tunnel junction of an ultrathin III-V multijunction solar cell - Investigated and the performance of ultrathin III-V tunnel junction devices of different material design using photolithography processes, dark IV characterization and data analysis techniques. Supervisor: Prof. Louise Hirst

Theoretical background in physics, chemistry, mathematics and engineering. Manufacturing, characterisation and modelling of materials. Functional materials, engineering alloys, polymers, ceramics, energy materials, biomaterials, corrosion. Research group project • Scalable semitransparent neutral-colour perovskite solar cells using polymer microgel particles for building-integrated photovoltaics. Precursor synthesis, thin-film deposition, characterisation. Supervisor: Prof. Brian Saunders