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Research areas / Key applications

1. Electrocatalytic valorization of biomass-derived chemicals and other renewable resources
2. Alternative green hydrogen production by co-electrolysis
3. Electrochemical interfaces and processes for a low-carbon future
4. Systems electrochemistry (from nano to macro relationships)

Research approach

We work on the design of novel electrochemical nanomaterials using hydrothermal synthesis and electrodeposition, with an emphasis on precise control over composition and structure.

We also employ a range of electrochemical techniques to study these materials and gain insights into electrochemical processes at multiple scales — from conventional methods to advanced nanoscale approaches and operando spectro-electrochemistry.

By using and developing cutting-edge electrochemical microscopy, we uncover structure-function relationships and accelerate materials discovery through high-throughput combinatorial experimentation.

Ultimately, our goal is to provide fundamental insights that enable the rational design of materials and interfaces for critical applications in sustainable (electro)chemistry.

Join Us

We are always eager to connect with motivated and talented researchers who share our vision for advancing sustainable electrochemical materials science.

• We currently have an open PhD researcher position: Doctoral Researcher in xylan electrolysis for production of renewable chemicals and hydrogen | Aalto University
• If you are interested in joining our group as a PhD or Postdoc researcher, or as MSc. or BSc. student (if enrolled in Aalto University), please contact Daniel (daniel.martinyerga (a) aalto.fi) to discuss potential opportunities.