France – PhD in Engineering and Materials Science at University of Perpignan Via Domitia

Job Details

University: University of Perpignan Via DomitiaCountry: FranceDeadline: Not specifiedFields: Materials Science, Physics, Energy Engineering, Photonics, Environmental Science

Overview

Are you passionate about advancing sustainable technologies and eager to contribute to the next generation of energy‑efficient materials for real‑world applications? If you envision your doctoral research making a tangible impact on energy consumption and environmental sustainability, this opportunity at the University of Perpignan Via Domitia (UPVD) in France could be your ideal next step.

About The University

The University of Perpignan Via Domitia (UPVD) is a renowned public institution located in the vibrant city of Perpignan, in the south of France. With a rich history dating back to the 14th century, UPVD is recognized for its commitment to academic excellence, research innovation, and international collaboration. The university fosters a dynamic and inclusive academic environment, attracting students and researchers from across the globe.

Central to this PhD opportunity is the PROMES‑CNRS laboratory (Processes, Materials, Solar Energy), a leading CNRS Independent Research Unit. PROMES‑CNRS is at the forefront of solar energy and materials research in Europe, boasting state‑of‑the‑art facilities, including the unique 1 MW Odeillo solar furnace. The laboratory brings together approximately 150 researchers, engineers, technicians, and doctoral students, creating a stimulating environment for interdisciplinary research and scientific discovery. Its work is pivotal in addressing contemporary energy and environmental challenges, making it a major player in the European research landscape.

France itself offers a rich academic and cultural experience, with a strong tradition in scientific research, world‑class infrastructure, and a high quality of life. As a PhD student, you will benefit from the country’s supportive research ecosystem, innovative funding opportunities, and the chance to collaborate with leading experts in your field.

Research Topic and Significance

The doctoral project focuses on the design and development of optical surfaces with low environmental impact for radiative thermal control. This research addresses a critical challenge in the energy sector: improving the energy efficiency of buildings and thermal systems, which are significant contributors to global energy consumption and greenhouse gas emissions.

Buildings alone account for 45% of total energy consumption in France and 23% of its greenhouse gas emissions. A substantial portion of this energy usage is due to heating and cooling needs, which are largely influenced by radiative heat transfer through surfaces such as windows and facades. Current solutions, like low‑emissivity (low‑e) coatings, often rely on precious or environmentally problematic materials, including silver and silica nanofibers.

The project aims to develop innovative, high‑performance, and environmentally friendly surface coatings that can control solar gains and dissipate excess heat efficiently. By advancing passive radiative cooling (PRC) technologies—capable of reducing material temperatures below ambient levels without energy input—this research has the potential to revolutionize building energy management and reduce the sector’s environmental footprint.

Project Details

This PhD position is hosted by the PROMES‑CNRS laboratory under the MEE (Materials for Energy and Space) research theme. The project is supervised by a multidisciplinary team, including A. Soum‑Glaude (Research Engineer), A. Grosjean (Assistant Professor), B. Plujat (Assistant Professor), and L. Thomas (Professor).

The research will begin with a comprehensive literature review and numerical simulation to identify and optimize new or existing surface coating solutions. The candidate will utilize and adapt the open‑source SolPOC (Solar Performance Optimization Code) Python software to model and maximize relevant performance criteria. The next phase involves experimental validation, including the deposition of thin films using a semi‑automatic PVD reactor and their characterization through advanced techniques such as SEM, EDS, profilometry, and UV‑IR spectrophotometry.

The ultimate goal is to demonstrate proof of concept for novel, sustainable surface treatments that can be applied to real‑world thermal control applications.

Candidate Profile

The ideal candidate will have a Master’s or engineering degree in Physics, Materials Science, Energy, Photonics, or a closely related field. A strong interest in energy efficiency, heat transfer, materials optics, and numerical simulation/optimization is essential.

Key Attributes and Skills

• Scientific curiosity and a passion for research.
• Aptitude for Python programming and computer‑based modeling.
• Solid grounding in radiation physics, optics, thermal physics, or materials science.
• Experience with numerical simulation or optimization (desirable).
• Analytical thinking, synthesis skills, and the ability to critically evaluate scientific literature.
• Strong organizational skills and the ability to collaborate within a multidisciplinary team.
• Self‑reliance, motivation, and a results‑oriented mindset.

This position is particularly suited to candidates who are eager to contribute to sustainable technological advancements and are motivated by the prospect of seeing their research translated into practical, impactful solutions.

Application Process

To apply, candidates should prepare the following documents:

• Curriculum Vitae (CV)
• Cover letter
• Academic transcripts (Master’s level)
• References (if available)

Application materials should be submitted as instructed in the official advertisement. Please refer to the official advertisement for application details.

This Position Was Advertised By Members Of The Supervisory Team On LinkedIn. For Further Information And Application Instructions, Refer To The LinkedIn Post

Conclusion

This PhD opportunity at the University of Perpignan Via Domitia offers an exceptional pathway for aspiring researchers to engage in cutting‑edge materials science and energy engineering research. By joining the PROMES‑CNRS laboratory, you will be part of a vibrant scientific community addressing some of the most pressing environmental challenges of our time.

If you are driven by curiosity, motivated by impact, and ready to contribute your skills to a multidisciplinary team, do not miss this chance to advance your academic and professional journey in France. For more information and to stay updated on similar opportunities, follow the official channels and keep exploring new openings in the field.

Questions & Answers

Question: What is the main focus of this PhD project?The project centers on developing environmentally friendly optical surface coatings for radiative thermal control, aiming to improve energy efficiency in buildings and thermal systems.

Question: What kind of background is required for applicants?Applicants should have a Master’s or engineering degree in Physics, Materials Science, Energy, Photonics, or a related discipline, with strong interests in energy efficiency and numerical simulation.

Question: What programming skills are beneficial for this position?Experience with Python programming is highly advantageous, particularly for numerical modeling and optimization using the SolPOC software.

Question: What experimental techniques will the candidate use?The candidate will use thin‑film deposition in a semi‑automatic PVD reactor and characterize materials using SEM, EDS, profilometry, and UV‑IR spectrophotometry.

Question: What are the benefits of studying in France?France offers a rich academic tradition, world‑class research infrastructure, a vibrant cultural environment, and access to leading experts in science and engineering.

Question: Is previous research experience required?While not strictly required, previous experience in research, especially in surface treatments, materials science, or energy systems, would be an asset.

Question: How long is the PhD program?The program duration is 36 months, starting in October 2026.

Question: Where can I find more information about the application process?Details are available in the official advertisement on LinkedIn:

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