PhD: LightAlClean Project: Join the innovative LightAlClean project, which aims to revolutionize the circular economy by utilizing light-driven processes to clean plastic and glass waste, reducing waste disposal. This cutting-edge research focuses on synthesizing new plasmonic nanoparticles and their catalytic optimization, supported by machine learning.
PhD Scholarship Opportunity: LightAlClean Project
Designation
PhD Position
Research Area
- Materials Science
- Chemistry
- Physics of Materials
- Light-driven Processes (e.g., Photocatalysis, Plasmon Catalysis)
Location
Institute of Applied Physics, Vienna, Austria
Eligibility/Qualification
- Strong background in chemistry, materials science, or physics of materials.
- Experience in light-driven processes, such as photocatalysis or plasmon catalysis.
- Willingness to engage in experimental work in the laboratory.
- Enthusiasm and motivation for materials science and catalysis research.
Job Description
As part of this PhD position, you will:
- Conduct research on plasmonic nanoparticles and their applications in chemical technology.
- Optimize catalytic processes with support from machine learning.
- Collaborate with an international team, including leading laboratories across Europe, the UK, and Japan.
- Gain hands-on experience with cutting-edge materials and catalysis techniques.
- Develop a fundamental understanding of plasmon catalysis.
- Receive mentoring for career development, preparing you for industrial roles or postdoctoral opportunities.
What You Will Get
- Monthly stipend: €2400 for 3 years.
- Collaboration with prestigious institutions, including the Technical University of Vienna, FOTEC, SWISDATA, Moncon GmbH, and Redeem Solar Technologies GmbH.
- Opportunity to work on a project funded by FFG, Austria’s leading funding agency.
How to Apply
Send the following to olga.guselnikova@tuwien.ac.at:
- A detailed CV.
- A motivation letter (up to 1 page).
Important: Include “LightAlClean” in the email subject line.
Last Date to Apply
10th February 2025
Embark on this exciting journey to make a significant impact on materials science and catalysis while contributing to sustainable practices in the circular economy.
