🎓 Materials Science PhDs

Explore the advanced mechanical and durability properties of cementitious materials modified with innovative additives. Investigate failure mechanisms in metals and contribute to sustainable infrastructure material deve…

This research enhances the sustainability and performance of construction materials critical to infrastructure longevity. Innovations in ce…

Explore the science of next-generation batteries focusing on materials and recycling techniques. Investigate coatings and stress dynamics to boost battery durability and efficiency in real applications.

This research is critical for developing longer-lasting, safer, and more sustainable batteries essential for electric vehicles and renewabl…

Explore AI and physics-based methods to predict and design materials for extreme environments. Conduct experimental and computational research on material failure, additive manufacturing, and electrochemical techniques …

This research addresses critical challenges in developing durable materials for extreme aerospace, space, and nuclear environments. It also…

Explore AI-driven approaches combining molecular simulation and generative deep learning to design next-generation soft materials. Develop sustainable polymers and electrolytes with enhanced stability and scalability ta…

This research supports environmental sustainability through designing advanced soft materials that enable plastic waste upcycling and impro…

Explore the frontier of architected materials to enhance civil infrastructure resilience. Develop innovative additive repair methods to extend steel bridge lifespan, combining advanced manufacturing and structural engin…

This research addresses critical infrastructure challenges by developing materials and repair methods that improve structural durability an…

Explore cutting-edge research in ocean and mechanical engineering focused on materials, robotics, and fluid dynamics. Develop innovative engineering solutions with real-world impact in marine environments and manufactur…

This research addresses crucial challenges in marine and mechanical engineering, improving material resilience, advancing robotic technolog…

Explore two PhD projects developing adaptive synthetic cells and intelligent polymer materials. Join an interdisciplinary team in Mainz to innovate materials that learn and respond like living systems.

This research advances the design of adaptive, intelligent materials with the capability to process information and respond autonomously, w…

Explore the development of sustainable low-carbon concrete technologies using emerging supplementary cementitious materials. Engage in cutting-edge research to reduce greenhouse gas emissions in construction and support…

This research addresses the critical environmental challenge posed by the concrete industry, which is a large contributor to greenhouse gas…

Explore how interfacial layers in lithium-ion batteries affect their performance and stability. Use cutting-edge techniques like FIB-SEM alongside electrochemical testing to innovate safer, cost-effective battery techno…

This research addresses key challenges in lithium-ion battery technology by optimizing protective coatings and formation protocols, which c…

Explore battery electrode microstructures with cutting-edge microscopy and AI. Collaborate with industry and develop tools that improve battery performance analysis.

This research improves our understanding of battery electrode microstructures, crucial for optimizing battery performance, safety, and long…

Explore the ion transport and failure modes in battery electrolytes using advanced NMR and electrochemical techniques. Develop next-generation batteries with improved safety and performance in cold and extreme environme…

This research addresses critical challenges in battery performance and safety, enabling the design of electrolytes that allow faster chargi…

Explore interfacial chemistry in lithium-ion batteries focusing on SEI and CEI formation using advanced characterization. Develop insights into optimizing formation protocols with ALD coatings and environmentally friend…

This research addresses critical challenges in lithium-ion battery technology by investigating and optimizing interphase formation, which c…