The Energy Materials Laboratory at the Institute of Solid State Physics, University of Latvia, invites a young researcher (postdoctoral fellow) to join an international project team investigating the use of aluminum waste for hydrogen production, including utilizing seawater, and developing a prototype.
Latvian international research project focused on advancing sustainable hydrogen production technologies. This research will involve recycling various types of aluminum waste, exploring the feasibility of using seawater, reusing end products, and developing a prototype model.
If you are passionate about the circular economy, sustainable technologies, and materials science, we invite you to join our project team at ISSP UL. Your main task will be to conduct an in-depth study of the reaction mechanisms between aluminum waste and water. This includes analyzing different types of waste, assessing the impact of catalysts on process efficiency, evaluating the viability of seawater as a reactant, and designing a prototype model based on experimental findings.
As part of the project, you will have the opportunity to spend 1 to 3 months in Switzerland at the Paul Scherrer Institute, where you will deepen your understanding of catalytic processes, utilize state-of-the-art equipment and methodologies, interpret experimental results, present your findings, contribute to research collaborations, and strengthen ties between scientific groups in Latvia and Switzerland.
The project runs until June 2029, which is also the duration of the initial employment contract, with the possibility of extension.
Your Responsibilities:
Conduct project-related research, adapt results, refine experiments, and coordinate team research activities.
Analyze and explain reaction kinetics and mechanisms, and contribute to the development and evaluation of an experimental prototype for efficient hydrogen production.
Utilize various scientific equipment and both experimental and theoretical methods, integrating sustainability and circular economy principles to achieve project goals.
Collect and analyze experimental data, develop theoretical models, determine future research directions, and prepare scientific publications and presentations.
Develop strategic plans, including scientific, technological, and potential policy aspects of hydrogen production, collaborate with international partners, and contribute to research project proposals.
Present findings at conferences, seminars, and public outreach events, promoting awareness and understanding of sustainable hydrogen production.
Prepare necessary materials for reports, publications, procurement plans, and other documentation in a timely manner.
We Expect From You:
A PhD in physics, chemistry, materials science, or a related field.
Experience in experimental research, electrochemistry, materials characterization, catalyst development, and related areas.
Strong problem-solving skills, a high sense of responsibility, and the ability to conduct independent research and lead experimental studies.
A positive attitude, strategic research planning abilities, and the capability to attract human and financial resources.
Willingness to mentor and supervise doctoral, master's, bachelor's, and student research projects.
Proficiency in English and a willingness to travel abroad for research collaborations.
Experience in leading research groups and supervising students will be considered an advantage.
What We Offer:
Work in an innovative and dynamic research environment.
Collaboration with PSI and other international research partners.
Opportunities for professional development through training and qualification improvement courses.
Flexible working hours.
Health insurance (after the probationary period).
The possibility to combine work with doctoral studies.
Career growth opportunities and a performance-based salary of €2000 – €2500 gross per month for full-time employment.
Application Requirements:
Send an e-mail with your CV, Short motivation letter and Diploma copy of Master’s degree to cv@cfi.lu.lv
