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TU Delft is offering two PhD positions in the field of next-generation high-performance and sustainable composite materials as part of a VIDI project led by Mohammad Fotouhi. The research aims to reimagine composite structures by applying nature-inspired concepts such as hibernation to improve resilience, ductility, and circularity. The first PhD position focuses on multiscale modelling and design, involving fibre-reinforced architectures and the use of AI/FEM to model behaviour across scales. The second position centers on advanced manufacturing and characterisation, translating modelling concepts into hybrid composites using thermoplastic/thermoset matrices and leveraging 3D printing and automated fibre placement (AFP) for durable structures. Example applications include wind turbine blades and offshore composite joints. Successful candidates will join a vibrant, interdisciplinary team with supervision from experts in Mechanical, Civil, and Aerospace Engineering, and have access to world-class facilities at TU Delft. Applicants should have a strong background in relevant engineering fields and experience with composite materials, modelling, or manufacturing. The application deadline is July 31, 2025. Interested candidates should apply directly via the provided link and may contact Mohammad Fotouhi for further information.

TU Delft is offering two PhD positions in the field of sustainable composite materials as part of a VIDI project titled 'Materials Also Need Sleep – Next Generation High-Performance and Sustainable Composites.' The research aims to reimagine the future of composite materials by exploring nature-inspired concepts such as hibernation to enhance resilience, ductility, and circularity. The first PhD position focuses on multiscale modelling and design, involving fibre-reinforced architectures and the use of AI/FEM to model material behaviour across scales. The second position centers on advanced manufacturing and characterisation, translating modelling concepts into hybrid composites using thermoplastic and thermoset matrices, and leveraging 3D printing and automated fibre placement (AFP) to develop durable structures. Example applications include wind turbine blades and offshore composite joints. Successful candidates will join a vibrant, interdisciplinary team with access to world-class facilities and supervision from experts in mechanical, civil, and aerospace engineering. The positions are based at Delft University of Technology in the Netherlands. Applicants should have a strong background in relevant engineering or materials science fields and be motivated to work in an innovative research environment. The application deadline is July 31, 2025. Interested candidates should apply directly via the provided link and may contact Mohammad Fotouhi for further information.

TU Delft is offering two PhD positions in the field of sustainable composite materials as part of a VIDI project led by Mohammad Fotouhi. The research focuses on next-generation high-performance and sustainable composites, inspired by nature’s concept of hibernation to enhance resilience, ductility, and circularity. The first PhD position centers on multiscale modelling and design, involving fibre-reinforced architectures and the use of AI/FEM to model behavior across scales. The second position emphasizes advanced manufacturing and characterization, translating modelling concepts into hybrid composites using thermoplastic/thermoset matrices, 3D printing, and AFP technologies. Example applications include wind turbine blades and offshore composite joints. Successful candidates will join a vibrant, interdisciplinary team with access to world-class facilities and supervision from experts in mechanical, civil, and aerospace engineering. Applicants should have a strong background in relevant engineering or materials science fields and be motivated to work on innovative, sustainable solutions. The application deadline is July 31, 2025. Interested candidates should apply directly via the provided link and may contact Mohammad Fotouhi for further information.

TU Delft is offering two PhD positions in the field of next-generation high-performance and sustainable composite materials as part of a VIDI project. The research aims to reimagine composite structures by drawing inspiration from nature’s concept of hibernation, with the goal of making materials more resilient, ductile, and circular. The first PhD position focuses on multiscale modelling and design, involving fibre-reinforced architectures and the use of AI/FEM to model material behavior across scales. The second position centers on advanced manufacturing and characterization, translating modelling concepts into hybrid composites using thermoplastic/thermoset matrices and leveraging 3D printing and automated fiber placement (AFP) to develop durable structures. Example applications include wind turbine blades and offshore composite joints. Successful candidates will join a vibrant, interdisciplinary team and benefit from world-class facilities and supervision from experts in mechanical, civil, and aerospace engineering. Applicants should have a strong background in relevant fields and a passion for interdisciplinary research. The application deadline is July 31, 2025. Interested candidates should apply directly via the provided link and may contact Mohammad Fotouhi for questions.

Delft University of Technology (TU Delft) is seeking a Postdoctoral Researcher or Engineer to join the FitTape project, focusing on the development of a self-reporting, zero-power smart tape for structural health monitoring and material passports. This innovative project bridges materials research with real-world deployment and early-stage commercialisation, offering a unique opportunity to work at the intersection of academia and industry. The position is based in Delft, The Netherlands, and is offered as a 6-month contract starting in June 2026. Due to the short-term nature of the contract, preference will be given to candidates who already possess a valid residence permit and work authorisation in the Netherlands. The research will involve collaboration with leading experts in materials science and engineering, with a focus on developing and deploying smart materials for structural applications. Applicants should have a PhD in materials science, mechanical engineering, or a related field, and experience in structural health monitoring, smart materials, or early-stage commercialisation is highly desirable. The successful candidate will contribute to advancing the FitTape technology, which aims to provide innovative solutions for monitoring the health of structures and supporting the development of material passports. For more information and to apply, candidates should visit the provided application link. The deadline for applications is 15 March 2026. This is a fully funded postdoctoral position, though specific salary details are not mentioned in the announcement. Keywords: structural health monitoring, smart materials, material passports, materials research, engineering, commercialisation, FitTape, zero-power sensors.