Who am I?

Freelancer Consultant and Passionate Electrochemist

With a Ph.D. in electrochemistry and over a decade of experience, I bring a unique blend of academic rigor and hands-on industry expertise. After years in prestigious research institutions, I forged my own path as a consultant, focusing entirely on providing tailored, impactful solutions for clients across various sectors. My work bridges scientific depth with practical applications, whether through advanced consulting, custom training, or technical insights shared with the electrochemical community.

What Services I’m Providing

Scientific Consulting in Electrochemistry

Description: Technical consulting services for start-ups, companies, and research centers focused on applied electrochemistry. This includes advice on experiment design, material selection, and process optimization.

Details: I assist in the development of electrochemical projects from ideation to implementation, providing tailored solutions for each client.

Scientific Communication

Description: Creation of technical content for LinkedIn and other platforms, aimed at educating and connecting professionals in the field of electrochemistry.

Also, visit my ‘Electrochemical Tools‘ section on this website, where I have various topics of interest for the community.

Details: Through specialized posts, I share practical and theoretical knowledge as well as current insights on electrochemistry.

Specialized Training and Courses

Description: Custom-designed courses and workshops based on the specific needs of the client, covering everything from foundational theory to advanced techniques.

Details: I offer training on topics such as basics of electrochemistry theory, electrocatalysis, potentiostat operation, impedance data interpretation, etc. These courses are suitable for researchers, engineers, and scientific teams.

Expert Insights

Electrochemical Techniques (CV, EIS, CA, CP, etc.)

With years of experience in electrochemical techniques such as Cyclic Voltammetry (CV), Electrochemical Impedance Spectroscopy (EIS), Chronoamperometry (CA), and Chronopotentiometry (CP), I have honed my ability to design and conduct precise experiments that capture the finest details of a reaction.
Each technique has its own language, and I understand how to interpret it to gain maximum information on material and reaction behavior. This specialization enables me not only to perform accurate measurements but also to interpret results in depth, applying them effectively in industrial and research projects.

Experimental Design and Optimization

With many variables in play in electrochemistry—from electrode material to electrolyte concentration and environmental conditions—my experience allows me to optimize every aspect to maximize experimental efficiency and reproducibility. Through years of practice, I know how to identify and control key factors, achieving consistent, high-quality results. My optimized approach ensures that each experiment is designed to yield the most relevant data possible, minimizing effort and maximizing impact.

Electrochemical Data Analysis and Processing

In addition to performing experiments, I have the capability to optimize electrochemical data analysis through programming (Python), combining theoretical and practical knowledge. I have developed tools that allow me to automate data processing, fit models, and interpret results in depth. My skill in analyzing data from techniques like CV and EIS not only improves precision but also accelerates the generation of reports and conclusions, facilitating informed decision-making in every project.

Electrochemical Simulations

Simulations in COMSOL allow me to reproduce complex electrochemical systems, thus accelerating the development of solutions before they reach the laboratory. Throughout my career, I have learned to optimize simulation setups, from current distribution to dissolution resistances, ensuring they accurately reflect experimental conditions. My expertise in using COMSOL for simulating electrochemical geometries and materials allows me to anticipate issues and develop improvements before moving to the experimental phase, saving time and resources. However, this service is limited to those with a valid software license.

Past to Present

June, 2024 – to present

I left academy and became Freelancer

I left the academic world to forge my own path. Now, I provide consultancy services and specialized training courses for start-ups and research groups.

For me, it’s work that I am truly passionate about. My independence allows me to focus entirely on my clients, delivering highly targeted and customized solutions.

Additionally, I share specific insights on electrochemistry through my LinkedIn posts.

If you’d like to know more about my services click here.

For more information on why I left academia click here.

Feel free to follow me on LinkedIn to enjoy my content.

October, 2023 – June, 2024

Postdoc at Fritz-Haber Institute of the Max-Planck Society in Berlin, Germany

With great excitement, I embarked on my second postdoc at this prestigious institute. During this time, I had the opportunity to learn extensively – not only in science but also on a personal level.

I deepened my expertise in electrocatalysis and general electrochemistry. Specifically, I studied how the so-called “inert electrolyte” can impact the kinetics of a reaction. To explore this, I conducted experiments with single crystals and polycrystalline materials.

February, 2021 – October, 2023

Postdoc at Institute of Catalysis of Madrid of the CSIC (ICP-CSIC), Spain

During this period, I balanced my time between writing my doctoral thesis in free time and beginning my postdoc, where I shifted focus to a new area within electrochemistry.

Here, I learned the foundations of electrocatalysis, specifically for the Hydrogen Evolution Reaction (HER) and Oxygen Evolution Reaction (OER).
I synthesized various catalysts and tested them in both Rotating Disk Electrode (RDE) setups and PEM-type electrolyzers. I employed a wide range of electrochemical techniques, including CV, CA, CP, and EIS. Additionally, I characterized my materials using XPS, XAS, and XRD.

September, 2017 – January, 2021

PhD Student at the Institute of Microelectronics of Barcelona (IMB-CNM-CSIC), Spain

After my BSc and MSc final thesis, I joined a different research group to pursue my doctoral thesis. My research focused on self-powered, paper-based electrochemical sensors – similar in concept to pregnancy or COVID tests but aimed at providing quantifiable results. The goal was for the energy source to come from the test itself, with the amount of energy generated being proportional to the analyte concentration, rather than relying on an external battery.

I gained a deep understanding of electrochemical theory, supported by simulation studies in COMSOL, as well as extensive hands-on laboratory experience. Additionally, I learned about device design with a focus on market applications.

June, 2015 – Septmeber, 2017

BSc & MSc Final Projects at the Institute of Microelectronics of Barcelona (IMB-CNM-CSIC), Spain

This was my first step into academic science, and it was here that I truly fell in love with electrochemistry. I worked with interdigitated biosensors, where we used impedance measurements and surface modifications to detect specific analytes.

During the more than two years I spent in this phase, I gained an in-depth understanding of impedance—a skill that has been invaluable, as impedance spectroscopy is a crucial technique with few specialists in the field.
Thanks to my work and the guidance of my supervisors, I achieved the highest grades in both my BSc and MSc final projects.

What My Clients Says

Dr. Alexey Yakushenko

Co-founder and CTO @ FaradaIC Sensors
“”For the past six months, Dmitry Galyamin has been instrumental in helping FaradaIC Sensors optimize the design of our microfabricated gas sensors through advanced electrochemical modeling. By accurately modeling our systems and employing an iterative parametrization approach, Dmitry has enabled us to significantly reduce development costs by minimizing the need for physical microfabrication. His deep expertise, attention to detail, and collaborative approach have exceeded our expectations. We are extremely pleased with Dmitry’s contributions and look forward to continuing our collaboration.””

Dr. Naroa Uria

CTO @ Bioo
“As the CTO at a biotechnology startup, we have turned to his expertise in electrochemistry on several occasions, and he has always been an invaluable support. His deep knowledge and practical approach have helped us analyze complex data and find innovative solutions to technical problems. His ability to quickly understand our challenges and provide effective ideas demonstrates his professionalism and commitment. I would recommend his services without hesitation to any team looking for a reliable and expert consultant.”

Dr. Neus Sabaté

Prof. at Institute of Microelectronics of Barcelona

Co-founder of Fuelium and Sweanty
“Dmitry is one of the most passionate electrochemists I’ve had the privilege of working with. His ability to clearly explain complex concepts to the rest of the team has been key in multidisciplinary projects like the ones we develop in my Research group. It was a pleasure to enjoy his enthusiasm and dedication as her thesis advisor, and now, as a collaborator on my current projects, he continues to solve the electrochemical hurdles we may encounter with clear, honest and constructive feedbacks.”

Interested in working together?

Whether you’re navigating complex data or exploring new applications, I’m here to help. Let’s connect and discuss how we can advance your project.

Contact me