France – PhD in Flexible Thermoelectric Generators at Université Paris Cité

University: Université Paris Cité

Country: France

Deadline: Not specified

Fields: Chemistry, Physics, Materials Science, Nanotechnology, Electrical Engineering

Topic: France – PhD in Flexible Thermoelectric Generators at Université Paris Cité

Position: PhD

Real Country: France

Main Category: natural & physical sciences

About The University Or Research Institute

Université Paris Cité is one of France’s most prestigious and dynamic research universities, renowned for its commitment to academic excellence, interdisciplinary research, and international collaboration. Located in the heart of Paris, the university offers a vibrant scientific environment, access to world‑class facilities, and a strong network of partnerships with leading institutions worldwide. The ITODYS Laboratory, within the Department of Chemistry, is recognized for its advanced research in bioelectronics, smart surfaces, and energy systems. The hosting team, BIOSSE (Bioelectronics, Smart Surfaces and Energy), provides a collaborative and innovative atmosphere for researchers focused on the intersection of materials science, electronics, and sustainable technologies.

France itself is a hub for scientific research and innovation, offering an exceptional quality of life, a rich cultural heritage, and a supportive ecosystem for international students and scholars. Living and studying in Paris provides unparalleled opportunities for personal and professional growth, access to a vibrant intellectual community, and the chance to engage with leading experts in your field.

Research Topic and Significance

The focus of this PhD project is the development of flexible, high‑performance, all‑printed thermoelectric generators (TEGs) using organic and hybrid (organic/inorganic) materials. In the context of the urgent need for sustainable energy harvesting technologies, TEGs offer a promising alternative to conventional fossil fuel‑based energy sources. This research aims to address the challenges of fabricating efficient, miniaturized devices that can be integrated into wearable electronics, thereby contributing to the advancement of self‑powered, portable technologies.

The significance of this project lies in its potential to revolutionize energy harvesting for wearable and flexible electronic devices. By developing new semiconducting inks and optimizing fabrication processes, the research seeks to achieve high power conversion efficiencies while maintaining mechanical flexibility and environmental stability. The outcomes of this work will have far‑reach implications for the development of next‑generation wearable technologies, smart textiles, and portable medical devices, all of which are rapidly growing sectors in today’s technology landscape.

Project Details

The PhD project will be hosted by the BIOSSE team at the ITODYS Laboratory, Department of Chemistry, Université Paris Cité. The research will involve collaboration with Sorbonne Université (Paris) and INRS (Canada), providing an international and interdisciplinary research environment.

Key Aspects Of The Project Include

• Development of innovative hybrid materials for semiconducting inks.
• Fabrication of all‑printed TEGs on flexible polymer substrates using established process flows.
• Miniaturization of TEGs for integration into wearable electronics.
• Characterization of device performance, ambient stability, and resistance to mechanical stress.
• Application of modeling tools to predict device behavior based on geometry and material properties.
• Final goal: Achieve flexible, high‑power‑conversion TEGs suitable for real‑world wearable applications.

The BIOSSE team is equipped with state‑of‑the‑art facilities and expertise in the synthesis, characterization, and application of advanced materials for energy harvesting and bioelectronics.

Candidate Profile

• A Master’s degree in Chemistry, Physics, or Materials Science.
• Experience in the physical chemistry of composite materials.
• Knowledge of structural and electrical characterization techniques, including synthesis, SEM, AFM, Raman, and XPS.
• While prior experience with printing deposition techniques and/or thermoelectric generators is not required, it will be considered an advantage.
• A strong interest in interdisciplinary research and a willingness to work collaboratively within an international team.

Successful candidates should demonstrate curiosity, creativity, and a commitment to excellence in scientific research.

Application Process

The position is available with a flexible starting date, anticipated to begin on October 1, 2026. Candidates interested in applying are encouraged to consult the official advertisement for further details on the application procedure.

For more information and application instructions, please refer to the official LinkedIn post by Dr. Giorgio Mattana:

Conclusion

This PhD position offers a unique opportunity to engage in high‑impact research at the intersection of materials science, electronics, and sustainable energy. If you are driven by a desire to innovate and contribute to the future of wearable and flexible technologies, we encourage you to apply and become part of the vibrant scientific community at Université Paris Cité. Stay connected for more opportunities in advanced materials and energy research.

Questions & Answers

What are thermoelectric generators (TEGs) and why are they important?

Thermoelectric generators are devices that convert heat into electrical energy. They are important because they offer a sustainable method for energy harvesting, especially in applications where waste heat can be utilized, such as wearable electronics and remote sensors.

What advantages does studying in France offer to international PhD students?

France provides a stimulating academic environment, access to cutting‑edge research facilities, a vibrant cultural scene, and a high quality of life. International students benefit from the country’s commitment to scientific excellence and its support for global collaboration.

Which skills are most valuable for applicants to this PhD position?

A strong background in chemistry, physics, or materials science is essential. Experience with composite materials, structural and electrical characterization techniques, and an interest in interdisciplinary research are highly valued.

Is previous experience with printing technologies or thermoelectric generators required?

While it is not required, prior experience with printing deposition techniques or thermoelectric generators will be considered an advantage during the selection process.

What kind of research environment can I expect at Université Paris Cité?

Université Paris Cité offers a collaborative, international, and innovative research environment, with access to state‑of‑the‑art facilities and a supportive academic community.

When does the PhD position start?

The anticipated starting date for the position is October 1, 2026.

How do I apply for this PhD opportunity?

Interested candidates should refer to the official LinkedIn post for detailed application instructions:

What are the main research collaborations involved in this project?

The project involves collaboration with Sorbonne Université in Paris and INRS in Canada, fostering an international and interdisciplinary research approach.

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