⛔ This position is no longer available.
University: University of Zurich
Country: Switzerland
Deadline: 2026-05-07
Fields: Chemistry, Materials Science, Chemical Engineering, Nanotechnology, Renewable Energy
Topic: Europe – PhD in Semiconductor Photocatalysis at University of Zurich
Fields: Chemistry, Materials Science, Chemical Engineering, Nanotechnology, Renewable Energy
Position: PhD
Country: europe
Deadline: 2026-05-07
University: University of Zurich
Real Country: Switzerland
Main Category: natural & physical sciences
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Are you passionate about advancing sustainable energy solutions through innovative materials chemistry? If your academic ambitions and career goals center on pioneering research in solar-driven catalysis, this PhD position at the University of Zurich presents a unique opportunity to make a significant impact in the rapidly evolving field of semiconductor photocatalysis.
About the University or Research Institute
The University of Zurich (UZH), located in the vibrant city of Zurich, Switzerland, stands as one of Europe’s most prestigious research universities. Its Irchel campus is renowned for state-of-the-art scientific facilities and a dynamic academic environment that fosters interdisciplinary collaboration. UZH is consistently ranked among the top universities worldwide, celebrated for its cutting-edge research, innovative teaching, and commitment to addressing global challenges. The university’s chemistry department, housed in one of Europe’s newest and most modern buildings, provides an inspiring setting equipped with advanced instrumentation and resources, supporting world-class research and training for emerging scientists.
Switzerland itself offers an exceptional quality of life, safety, and a multicultural atmosphere, making it an ideal destination for international students. The country’s strong tradition in scientific research, coupled with its central location in Europe, allows students at UZH to engage with leading experts and access a broad network of academic and industrial partners.
Research Topic and Significance
This PhD project focuses on semiconductor photocatalysis—a field at the intersection of materials chemistry, catalysis, and solar energy. The research aims to synthesize and study semiconducting inorganic particles and thin films for solar-driven catalysis. This work is highly relevant in today’s context, where the transition to renewable energy sources is a global imperative.
Photocatalysis harnesses sunlight to drive chemical reactions, offering sustainable pathways for the production of fuels and valuable chemicals while reducing reliance on fossil resources. The development of efficient semiconductor materials for these applications has the potential to revolutionize energy conversion and storage, environmental remediation, and green synthesis of industrial products. By advancing our understanding and capabilities in semiconductor photocatalysis, this research directly contributes to the broader goals of clean energy and environmental sustainability.
Project Details
The position is offered in the group of Prof. David Tilley at the University of Zurich, Irchel campus. The group specializes in the synthesis and study of semiconducting inorganic materials for solar-driven catalysis.
Key responsibilities for the PhD student include:
– Synthesis of semiconducting inorganic particles and thin films (such as Cu2O and antimony chalcogenides)
– Application of charge extraction and/or catalytic coatings to these materials
– Structural and compositional characterization using advanced techniques (XRD, SEM/TEM, AFM, XPS)
– Electrochemical and photocatalytic investigations, focusing on the reduction and oxidation of organic molecules
– Rigorous design, execution, and analysis of experiments
– Presentation of research findings in group meetings, conferences, and peer-reviewed publications
The research environment is highly collaborative, offering access to modern laboratories and opportunities to work with leading experts in materials chemistry and catalysis.
Candidate Profile
The ideal applicant for this PhD position is a highly motivated individual with a strong interest in materials chemistry and solar-driven catalysis. Candidates should possess:
– A Master’s degree in chemistry, materials science, chemical engineering, or a related discipline
– Experience in synthetic chemistry, materials chemistry, or nanomaterials synthesis
– A genuine interest in photocatalysis, electrochemistry, or renewable energy technologies
– The ability to work independently while contributing effectively to a collaborative research group
– Excellent communication skills in English, both spoken and written
Desirable (but not mandatory) additional experience includes:
– Work with semiconductor materials or inorganic synthesis
– Familiarity with photocatalysis or photoelectrochemistry
– Proficiency in materials characterization techniques (e.g., XRD, electron microscopy, spectroscopies)
– Experience with electrochemical measurements
A proactive and analytical mindset, combined with scientific rigor and curiosity, will enable the successful candidate to excel in this research-intensive environment.
Application Process
Applications are open until May 7th, 2026. Interested candidates should submit a single PDF file containing the following documents:
1. Cover letter outlining previous research experience and motivation for applying to this position
2. Detailed curriculum vitae
3. Names of two referees who can provide reference letters (letters will only be requested for shortlisted candidates)
Incomplete applications will not be considered.
For more information and to apply, please visit the official university application portal:
https://apply.mnf.uzh.ch/positiondetails/54984706
Conclusion
This PhD opportunity at the University of Zurich offers aspiring scientists a chance to contribute to the forefront of sustainable energy research within a world-class academic setting. If you are driven by curiosity and a desire to make a tangible impact on the future of renewable energy, consider applying for this position. Stay tuned for similar opportunities and take the next step in your academic career.
Questions & Answers
Question: What background is required for this PhD position?
A Master’s degree in chemistry, materials science, chemical engineering, or a closely related field is required. Experience in synthetic chemistry or nanomaterials synthesis is highly valued.
Question: What is the main research focus of this PhD project?
The project centers on the synthesis and study of semiconducting inorganic particles and thin films for solar-driven catalysis, with an emphasis on photocatalytic and photoelectrochemical reactions.
Question: Is prior experience in photocatalysis or electrochemistry necessary?
It is desirable but not mandatory. Candidates with experience in these areas will have an advantage, but strong motivation and a background in related fields are also considered.
Question: What makes the University of Zurich a good choice for PhD studies?
The University of Zurich offers cutting-edge facilities, a supportive and collaborative research environment, and access to leading experts in the field. Its location in Switzerland provides a high quality of life and excellent networking opportunities.
Question: What are the benefits of studying in Switzerland?
Switzerland is known for its safety, high living standards, multicultural environment, and strong tradition in scientific research. PhD students benefit from a vibrant academic community and proximity to other top European research centers.
Question: How should I prepare my application?
Prepare a single PDF including a cover letter, detailed CV, and contact details for two referees. Ensure your application clearly outlines your research experience, motivation, and fit for the position.
Question: What is the application deadline?
The application deadline is May 7th, 2026.
Question: Where can I find more details or submit my application?
You can find further details and submit your application through the official university portal:
https://apply.mnf.uzh.ch/auth/2%3A1%3A0%3A0%3A0%3A_csrf%3A6d6afbe4-7e27-4ba0-8988-5b6142ee705e/
Want to calculate your PhD admission chances? Try it here:
https://phdfinder.com/2026/03/12/phd-admission-chance-calculator/
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