France– Fully Funded PhD in Bio-Materials at University of …, Est

University of Paris-Est Créteil – PhD in Bio-Materials (fully funded) University:

University of Paris-Est Créteil (UPEC), France Fields:

Mechanical Engineering, Materials Science, Biomedical Engineering, Physics, Acoustics Duration:

3 years, starting in the fall Location:

Paris metropolitan area (France)

About the University and Research Institute UPEC is a multidisciplinary public university known for its cutting‑edge research, international collaborations, and interdisciplinary environment. The Multiscale Modeling and Simulation Laboratory (MSME, CNRS UMR 8208) leads studies in computational mechanics, biomechanics, and advanced materials. UPEC collaborates with Sorbonne University and the Institut Mondor pour la Recherche Biomédicale, providing access to state‑of‑the‑art facilities and a vibrant scientific community.

Research Topic and Significance The PhD focuses on developing and optimizing architectured bio‑materials for bone scaffold applications. The goal is to design scaffolds that mimic bone mechanics and facilitate healing, leveraging additive manufacturing to tailor mechanical and acoustic properties. The research aims to enhance biomechanical performance, improve patient outcomes, and enablenon‑destructive monitoring of scaffold integration using ultrasound.

Project Details This project is part of the ANR‑funded QBone initiative and involves collaboration between MSME, Sorbonne University, and the Institut Mondor. The PhD will be supervised by experts at UPEC’s MSME laboratory.

Research Focus

Numerical modeling of elastic wave propagation in periodic and quasi‑periodic architectured materials and metamaterials.

Extraction and analysis of acoustic signatures (frequency bandgaps, scattering, dispersion, attenuation) to assess scaffold evolution and integration.

Development of optimization tools linking scaffold geometry, material properties, and ultrasonic response.

Construction of a digital twin of bone scaffolds, integrating growth and remodeling models with QBone partners.

Experimental validation of optimized scaffold designs in laboratory settings.

Candidate Profile

Strong academic or research background in solid mechanics or acoustics, focusing on elastodynamics.

Experience in mechanical modeling and numerical simulations.

Aptitude for experimental research and laboratory work.

Interest in interdisciplinary collaboration at the interface of engineering, physics, and biomedical sciences.

Master’s degree (or equivalent) in Mechanical Engineering, Materials Science, Physics, Biomedical Engineering, or a related discipline.

Excellent analytical skills, motivation for independent research, and ability to work effectively in an international, collaborative environment.

Application Process Required Documents:

Curriculum Vitae (CV)

Cover letter with motivation and relevant experience

Academic records (Master’s level or equivalent)

Contact details of two referees

The PhD starts in the fall and lasts three years. For detailed application instructions, refer to the official LinkedIn advertisement posted by the project supervisor: LinkedIn post

Conclusion This fully funded PhD offers a unique opportunity to contribute to transformative advances in bone tissue engineering and regenerative medicine. If you are driven by curiosity, eager to develop expertise in both theoretical and experimental domains, and committed to impactful interdisciplinary science, we strongly encourage you to apply.

Questions&Answers What are the main benefits of pursuing a PhD at UPEC?

Access to world‑class research facilities, interdisciplinary collaborations, and mentoring from leading experts. The university’s location in Paris offers cultural, academic, and professional advantages.

What is the significance of using architectured scaffolds in bone tissue engineering?

They improve mechanical strength, enhance bone in‑growth, and facilitate better integration with biological tissues, leading to more effective bone repair.

What skills should applicants have for this PhD position?

Strong foundation in solid mechanics or acoustics, experience in numerical modeling, and interest in experimental work and interdisciplinary collaboration.

Is this PhD position suitable for international students?

Yes, the position is open to qualified candidates worldwide, and France offers a welcoming environment with support for international doctoral researchers.

What is the research environment like at UPEC and its partner institutes?

Collaboration, innovation, and supportive culture with strong links to leading research centers and hospitals, offering opportunities for impactful, real‑world research.

What is the duration of the PhD program?

Three years, starting in the fall.

What is the application deadline?

Specific deadline not mentioned; consult the official advertisement for details.

How can candidates apply?

Submit CV, cover letter, academic records, and referee contacts as per the LinkedIn advertisement instructions.

Also See

Comprehensive Guide to Graduate Application Deadlines for US Universities (Fall 2026 Intake)

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USA– Postdoctoral Position in Bioprinting at Pennsylvania State University

Belgium– PhD in Degradable Polymer Scaffolds at University of Liege

Sweden– PhD in Applied Mechanics at Uppsala University

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