468 English-speaking jobs in Delft

Postdoctoral researcher to investigate thermo-mechanical properties of geothermal reservoir rock and the relationship between thermal expansion, fault slip, and triaxial stress states.

PhD position on the Delft Laminar Hump. The project aims to understand the interaction between laminar-turbulent transition and surface modifications. The successful candidate will conduct theoretical and numerical modeling, focusing on adjoint-based optimization. Experience with flow stability and transition theory, adjoint flow solvers, and high-fidelity numerical simulations is highly appreciated.

Develop advanced optical coherence tomography (OCT) systems based on near infrared supercontinuum light sources and detectors. The PhD will focus on optimizing system performance, achieving high-resolution deep-tissue imaging, and designing a compact, robust, and cost-effective system.

Develop theoretical and numerical models for next-generation semiconductor qubit platforms. Focus on optimizing multi-qubit arrays, suppressing crosstalk, and mitigating noise. Combine analytical approaches and simulations to model device performance, emphasizing low-power baseband qubits in germanium.

This PhD position explores reconfigurable memory architectures and design optimization in CMOS 2.0 technology. The research will develop a framework for modeling, simulation, and design space exploration of reconfigurable memory systems.

This PhD position investigates how physical and infrastructure constraints, including water depth, tides, and dredging operations, impact port call efficiency and emissions. The research develops methods to optimize port call processes, considering these constraints and their dynamic nature. The successful candidate will work with academic and industry partners, including Van Oord, to develop and validate simulation models and potentially conduct physical experiments.

Develop advanced optical coherence tomography (OCT) systems for skin diagnostics. Optimize system performance, obtain high-resolution images, and design a compact, cost-effective system.

PhD researcher to develop future visions, transition pathways, and circular biowaste strategies for the ABEL project. Will employ stakeholder participation, gamification, and other methods to map innovation ecosystems and address barriers to biowaste upscaling. Requires a Master's degree in a relevant field and strong research and communication skills.

PhD candidate to experimentally develop and characterize metamaterial prototypes for controlling laminar-turbulent transition on swept wings.

Assistant Professor to lead transdisciplinary research on design methods, participatory design, and service design for transforming out-of-hospital health and care systems.

PhD position focused on understanding the interaction between laminar-turbulent transition and surface modifications like the Delft Laminar Hump. The project involves theoretical and numerical modeling, adjoint-based optimization, and validation through Direct Numerical Simulations.

PhD position to develop a DNA origami platform for rare molecule detection. The successful candidate will design and assemble a platform combining DNA origami nanotechnology, 2D material surfaces, and single-molecule fluorescence imaging to study DNA origami actuators.

PhD candidate to develop spintronic devices based on graphene and van der Waals heterostructures. Tasks include device fabrication, transport measurements, data analysis, and collaboration. Requires a Master's degree in a relevant field and experience with experimental condensed-matter physics. Prior experience with 2D material assembly and nanofabrication is highly recommended.

This PhD position focuses on developing new methods for constructing phylogenetic networks and generalizing mathematical frameworks. The successful candidate will have a strong background in mathematics, particularly graph theory, algorithms, and the ability to write mathematical proofs.

This 2-year Postdoc position investigates the corrosion behavior of bipolar plates in water electrolysis cells. The successful candidate will develop accelerated corrosion tests and standardized protocols for alternative BPP materials.

This PhD position investigates copper stability during CO₂ and CO electrolysis, focusing on catalyst-layer architectures, confinement, conductivity, and operating strategies. The successful candidate will conduct electrochemical testing, structural characterization, and publish research findings.

PhD position in Mathematical Statistics focusing on causal statistical inference from observational data. Requires a Master of Science in mathematics with specialization in mathematical statistics and the ability to work in a multidisciplinary team.

Investigate the impact of geological heterogeneity on reservoir-scale behavior and uncertainty. Develop and apply upscaling strategies to bridge fine-scale geological detail and field-scale reservoir models. Evaluate upscaling techniques and Representative Elementary Volume (REV) scales. Calibrate models using assisted history-matching methods and production data. Benchmark model performance against conventional workflows. Apply global sensitivity analysis to quantify the impact of varying REV scales and upscaling approaches.

A postdoctoral researcher will develop a weldable thermoset surface coupling layer for thermoplastic and thermoset composite components. The role involves research on diffusion, curing, adhesion, and optimization of the manufacturing cycle. The position requires a PhD in a relevant field with experience in polymer processing and fracture mechanics.

This PhD project investigates the stability of copper electrodes during CO₂ and CO electrolysis. The successful candidate will use electrochemical testing and characterization to understand and mitigate copper degradation during long-term operation. The position requires a Master's degree in a relevant field, previous electrochemical experience, and strong research and communication skills.