Carrying out innovative research on hydrogen fuel cellLeading the fuel cell team and supervising PhD students working on nanocatalysts for fuel cells.https://scholar.google.co.uk/citations?user=zX2wbsEAAAAJ&hl=frhttps://www.researchgate.net/profile/Quentin-Meyer

Overseeing daily operations of 4 research laboratories in the UNSW School of Chemistry.Liaising with contractors, signing-off risk assessment of students and postdoctoral researchers, and reporting incidents to the School Laboratory Manager.

Independent researcher on Hydrogen TechnologiesSetting up new hydrogen laboratory

Promoting hydrogen activities in Australia, growing membership base

Growing the NSW activities in the Hydrogen spaceLaunched a successful webinar series with leading australian hydrogen academics presenting their work to an industry audience.

NSW representation of the Electrochemical Division of the RACI

Mentor for RACI, helping graduates and early career engineers shape their careers (volunteer basis).My first mentee landed his job within 3 months of discussions and introductions to professionals in his field!

ANT Energy Solutions is an exciting company setting up hydrogen fuel cell and electrolysers systems in Australia. This position gave me first hand exposure to the challenges faced by hydrogen fuel cells systems in Australia.- Defined the Fuel Cell software requirements in close collaboration with the software team.- Established the initial P&ID diagram of the system for the Head of Operations.- Generated a training course in Fuel Cell Engineering for the software and engineering teams.

Grow Energy is the largest renewable energy showroom in Victoria! growenergy.com.auAs an renewable energy specialist - storage, I trained to the sales team on battery technology and dealt with customers.

As a member of the ELEctrochemical Vehicle Advanced TEchnologies (ELEVATE) project, consortium working on optimisation of batteries and fuel cell, I worked on new metrology for electrochemical systems. - Achieved proof of concept experiments in ultrasound measurements of electrochemical cells (fuel cells, batteries and electrolysers) which secured research funding for future PhDs.- Characterised microstructures of fuel cell materials using micro and nano X-ray computed tomography, SEM, AFM, Helium ion microscope- Determined optimum pathway between operating points using the design-of-experiments, collaborating with AVL (Austria) and Rutherford Appleton Laboratory (UK) using the Design of experiment software CAMEO (AVL).- Led three neutron imaging projects, submitting the proposal (Principal Investigator), planning and conducting the experiments (teams of 4-5) at Paul Scherrer Institute (Switzerland).

This 6 months internship was a key component to my later fuel cell career, and was followed by my PhD co-financed by Intelligent Energy.During this internship I characterised the stack performances focusing on understanding optimisation procedures, wrote technical reports and presented my work in meetings.

Prepared and characterised thin films of conductive pyrolle polymer electrochemically deposited on quartz crystals for biomedical applications (antibodies quantification).Studied their absorption / desorption properties.Studied deposition on antibodies on these polymers using cyclic voltammettry.