Find a PhD

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 power grid resilience and energy security by developing autonomous grid segments and applying AI techniques. Enhance sustainable energy systems capable of withstanding extreme disruptions. Collaborate internatio…

This research tackles critical vulnerabilities in modern power grids exposed by increasing reliance on renewable energy and more frequent e…

Explore sustainable organic synthesis using Earth-abundant metal photocatalysts under visible light. Develop new green chemical methodologies in a state-of-the-art research group at University of Murcia. Advance photoca…

This research contributes to global sustainability challenges by creating greener, more eco-friendly chemical processes that reduce the rel…

Explore GeoAI applications to urban transportation challenges. Develop expertise in trajectory analysis, travel behavior simulation, and optimizing city mobility systems with AI and spatial data.

This research addresses critical urban transportation issues amid rapid urbanization. By leveraging AI and geospatial technologies, it offe…

Explore advanced exact algorithms for routing and logistics optimization with Professor Marilène Cherkesly at UQAM. Tackle complex urban and emergency transportation challenges by developing novel mathematical models an…

This research directly addresses critical challenges in optimizing transportation and supply chain systems, improving logistical efficiency…

Explore how integrated sensing and AI can improve crop monitoring and management. Develop innovative digital agriculture tools to enhance food security and sustainability in farming systems.

This research advances sustainable farming by providing precise, data-driven tools that optimize resource use and increase crop productivit…

Explore neuromodulation and spinal cord stimulation techniques to advance human motor control understanding. Develop innovative therapies using high-density EMG and movement analysis at Lehigh University with an interdi…

This research tackles critical challenges in neurological rehabilitation by developing new stimulation and diagnostic technologies that cou…

Explore advanced mathematical and computational methods to solve complex healthcare challenges. Join Dr. Hemmati's lab to use operations research and machine learning for improving medical decision processes and patient…

This research addresses critical challenges faced by healthcare systems, aiming to improve resource allocation and patient outcomes through…

Explore advanced optical, ultrasound, and photoacoustic imaging technologies for biomedical applications. Develop innovative multimodal imaging systems to improve diagnostic precision and healthcare outcomes.

This research advances diagnostic medical imaging by developing integrated optical and acoustic systems that enable early and accurate dise…

Explore how natural dune landscapes can be enhanced to protect coastal cities from climate change impacts. Study dune growth through fieldwork, remote sensing, and simulations, contributing to sustainable coastal defens…

This research is critical for developing sustainable coastal protection strategies that leverage natural processes, reducing reliance on ha…

Explore novel insecticidal proteins to develop sustainable crop protection methods. Use molecular biology and toxicity testing techniques while collaborating with industry leaders. Contribute to reducing chemical pestic…

The research aims to deliver sustainable crop protection by developing bio-based insecticidal proteins. This reduces the environmental and …

Explore laser and micro/nanomanufacturing techniques for cutting-edge sensors and microrobots. Develop new fabrication processes with applications in microelectronics and robotics using expertise in optics and materials…

This research will enable the precise manufacturing of microscale sensors and robotic components, which are vital for advancements in weara…