01 / MATERIALS & RESEARCH
Good materials start
with good questions.
What needs to adhere? What needs to conduct? What needs to bend? I bring experience in polymer chemistry and industrial formulation to questions of practical performance.
Industrial formulationEpoxy · polyurethane · protective finishesPolymer researchConducting inks · dispersions · ionogelsFrom structure to performanceThermal · mechanical · electrochemical
EXPERIENCE IN CONTEXT
The problem comes first.
The material follows.
A selection of the areas I have worked on, and the questions that connect them.
01 / INDUSTRIAL COATINGSA finish is more
than a surface.
EpoxyPolyurethanePlastic substrates
A coating has to meet the demands of its substrate, application and use.
- The challenge
- Bring adhesion, appearance and protective performance together in a workable formulation.
- My contribution
- Hands-on formulation work with epoxy and polyurethane systems, protective finishes and adhesion on plastics, across multiple paint and coatings companies.
- Experience developed
- Working across binder and curing systems, substrate compatibility and application requirements.
- Why it matters
- A material’s value depends on how it performs in the actual process and on the actual surface.
02 / POLYMAT · UPV/EHUOne dispersion.
Multiple populations.
Polymer dispersionsMMA / BAMaster’s research
Particle populations offer another way to think about polymer structure.
- The challenge
- Study multimodal polymer dispersions based on methyl methacrylate and butyl acrylate.
- My contribution
- Master’s research on these dispersions at POLYMAT in the Basque Country.
- Experience developed
- Experimental work with polymer dispersions, complementing my background in coatings and formulation.
- Why it matters
- Understanding a dispersed system adds another level to the relationship between formulation and behaviour.
03 / LCPO · BORDEAUXConductivity begins
with formulation.
PEDOTConducting inksMaster’s research
Conducting polymers connect chemistry with an electrical function.
- The challenge
- Develop PEDOT-based inks while considering formulation and resulting material performance together.
- My contribution
- Research on PEDOT conducting inks during my master’s placement at LCPO, University of Bordeaux.
- Experience developed
- Conducting-polymer formulation and the relationship between composition and electrical behaviour.
- Why it matters
- Useful electronic materials need a route from a promising chemistry to a processable formulation.
NOW / PHD AT LPPI
Energy storage
that can move.
Materials for wearable electrochemical energy-storage devices.
At CY Cergy Paris Université, my work brings together ionogel electrolytes, electrode materials and flexible solid-state device assembly and testing. The question is how to combine mechanical adaptability with electrochemical performance.
Ongoing research · October 2025–September 2028
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Looking for
the full picture?
Explore my CV for my full experience, education and technical skills, including my current doctoral research at LPPI.
