587 English-speaking jobs in Delft

PhD position developing a novel meshfree computational fluid dynamics (CFD) technique for point-cloud geometries of urban environments. Collaborate with industry and research partners to validate results and publish findings.

Postdoc to develop AI-based design generation methods and evaluate urban mobility designs using transport models. Collaborate with researchers and partners on sustainable mobility, car-restrictive interventions, and future traffic management.

Software Developer positions available for building Resilience Hub, a digital platform integrating genomic, phenotypic, and environmental data to model crop performance under stress. Roles include Front-End, Back-End, Pipeline/Data, and DevOps/QA.

Develop and optimize large-scale reef restoration methods. Help design structures for oyster reef growth in the North Sea. Conduct physical model tests and write a scientific article on the findings.

Two PhD positions are available at TU Delft to develop techniques for privacy-preserving and explainable AI. Positions focus on generating decision-relevant explanations and designing methods for releasing model outputs under privacy guarantees.

Develop human-centered AI recommender systems for mobility infrastructure. Research and develop reinforcement learning from human feedback (RLHF) algorithms.

Postdoctoral Researcher to join the "One Ink to Rule Them All" project, developing a printable quantum-dot ink for wearable health-sensing technologies. Focus on physical chemistry, photophysics, and device fabrication. Requires a PhD in a relevant field and experience with nanomaterials and optoelectronic devices.

This postdoc will investigate the timing of benefits, impacts, and risks of carbon dioxide removal (CDR) technologies. The role involves mapping intertemporal concerns of CDR activities, conducting temporally-explicit life-cycle assessments, and developing new metrics to account for critical intertemporal aspects.

Develop biodegradable, additively manufactured bone substitutes with tunable degradation. Investigate the impact of design parameters, material composition, and manufacturing processes on mechanical performance and biodegradation. Validate models through in-vitro mechanical and degradation experiments. Collaborate with researchers and integrate designs with macro-scale implant geometries.

Postdoctoral Researcher to investigate the impact of air-water flows on hydraulic structures during extreme events. Focus on experimental work to quantify the role of air during impact loads. Requires a PhD in a relevant field and experience with experimental methods and data analysis.

PhD position in computational mathematics focusing on developing advanced iterative solvers and preconditioning strategies for large-scale indefinite systems. The project will investigate convergence behavior of methods for indefinite systems and translate insights into effective preconditioning and parallelization strategies.

Postdoctoral researcher to investigate corrosion behavior of bipolar plates in water electrolysis cells. Develop accelerated corrosion tests, standardized protocols, and evaluate alternative materials.

Postdoctoral researcher to strengthen GNSS team within the MYLE-GNSS project. Focus on future LEO-PNT systems, end-to-end design and performance evaluation for safety-critical domains. Collaboration with NLR on integrity algorithms and performance assessment.

Develop deep-learning methods for traffic detection using vehicle-mounted microphones. Enhance perception capabilities of advanced automated driving systems by fusing acoustic sensor data with other vehicle sensors.

PhD researcher to develop solid electrolytes for next-generation low-pressure batteries. Focus on improving electrochemical stability with silicon anodes and reducing stack pressure using functional interlayers. Characterize materials using techniques like EIS, solid-state NMR, and FIB-SEM.

PhD position focused on designing and testing circular photovoltaic (PV) modules for repair and modular recycling. The project aims to develop liquid-filled PV modules with performance and durability comparable to existing modules while advancing circular PV technology.

This postdoc position focuses on advancing and facilitating the use of Modelling to Generate Alternatives (MGA) in energy. The successful candidate will contribute to accelerating existing pilot experiments and/or developing new ones, collaborating with international and national scientific partners and energy system stakeholders.

Develop patient-specific shoulder implants using finite element analysis and topology optimization. Design lightweight, robust implants tailored to individual bone geometry and loading conditions.

PhD research on integrated planning of railway rolling stock circulations, maintenance, and shunting. Develop and demonstrate a methodology to optimize resource allocation and maintain reliable operations. Requires an MSc in Transport, Operations Research, Logistics, or related fields, mathematical modeling competence, and good communication skills in English.

Design and simulate patient-specific shoulder implants using biomechanics, computational modeling, and machine learning. Develop a hardware-in-the-loop simulation framework to evaluate implant-tissue interactions.