289 English-speaking jobs in Delft

In this PhD project, you will explore Ganymede’s hidden ocean and ice shell using 3D numerical models in preparation for ESA’s Juice (JUpiter ICy moons Explorer) mission. Job descriptionThe subsurface oceans of icy moons in the outer Solar System are among the most promising extraterrestrial habitats.

PhD Position in Probabilistic Modelling and Reliability Assessment of Metocean Loads Help shape the future of offshore structures' safety! Join a PhD project advancing how wave conditions are modelled to design safer, more reliable structures. Job description Ocean waves and wind are usually the dominant design loads for coastal, flood protection, and offshore structures.

This postdoc position focuses on developing circular design principles and methods for a lightweight, biobased aircraft luggage bin door. The research investigates and advances methods for circular product design, prospective Life Cycle Assessment, and supply chain modeling.

Join TU Delft Cybersecurity to educate security leaders of the future and make cyberspace a safer place Job description In our connected world, cybersecurity is crucial. The Cybersecurity (CYS) group takes a data-driven approach to protecting and improving the security and privacy of our society's digital transformation.

Postdoctoral researcher to design, synthesize, and characterize sulfur-based polymer electrolytes for silicon anodes and Li-metal technologies. Requires expertise in polymer electrolyte synthesis, conductivity characterization using EIS, and solid-state NMR. PhD in Chemistry with a background in organic chemistry is required.

PhD position focusing on Power-Digital Transmitter (DTX) design within the DISRUPT project. The project aims to develop a revolutionary all-digital signal generation approach for wireless communication, reducing energy consumption by 50%. The PhD will address challenges in RF-power switch banks, interconnect schemes, combiner topologies, and thermal design.

Develop advanced optical coherence tomography (OCT) systems based on near infrared supercontinuum light sources and detectors. Optimize system performance, obtain high-resolution images, and develop a compact, cost-effective system for skin cancer diagnostics.

Without a breakthrough, these networks are expected to consume a significant portion of global electricity production by 2030. The main culprits are analog‑oriented radio frequency (RF) transmitters (TX), which consume significant energy (even with minimal data traffic) to meet the high‑quality requirements of the transmission signal.

Without a breakthrough, these networks are expected to consume a significant portion of global electricity production by 2030. The main culprits are analog-oriented radio frequency (RF) transmitters (TX), which consume significant energy (even with minimal data traffic) to meet the high-quality requirements of the transmission signal.

PhD position exploring the interdependency between telecommunications networks and urban infrastructures. Develop data analysis and modeling methods to understand this relationship and identify network designs for enhanced performance.

PhD researcher to develop design principles for Digital Product Passports (DPP) compliance monitoring in the green steel transition. Collaborate with GGS partners to test and refine DPP guidelines for business-government collaboration.

Postdoctoral researcher to develop circular design principles for a lightweight, biobased aircraft luggage bin door. Responsibilities include mapping product lifecycles, developing circular design strategies, and performing prospective LCAs.

Postdoctoral researcher to design, synthesize, and characterize sulfur-based polymer electrolytes for silicon anodes and Li-metal technologies. Requires PhD in Chemistry, experience with polymer electrolyte synthesis and conductivity measurements, and solid-state NMR for battery materials.

PhD candidate to co-design and evaluate green interventions that reduce heat-related health risks in urban areas. Develop and test a Health-Heat toolkit combining design guidelines, participatory methods, and evaluation metrics. Conduct multidimensional evaluations of interventions, assessing microclimate performance, health outcomes, and patterns of use.

Develop advanced optical coherence tomography (OCT) systems using near infrared supercontinuum light sources. Optimize system performance, obtain high-resolution images, and collaborate with multidisciplinary teams.

PhD position in receiver and ADC design for next-generation wireless communication. Develop time-domain receiver and ADC architectures for accurate transmitter output observation. Implement and validate designs on silicon.

Develop data-driven methods for detecting localized corrosion in military systems using AI and machine learning. Collaborate with the Netherlands Defence Academy to translate research into practical monitoring solutions.

PhD candidate to design and develop AI-based solutions for predictive intelligence in MRI scanning. Responsibilities include designing a multi-level data acquisition infrastructure, developing real-time system reconfiguration, and creating a self-calibrating platform.

Lead the development of TU Delft demonstrators for EU projects CoreSense and METATOOL. Coordinate a team in Delft and collaborate with project partners. Develop software, run robotic experiments, and publish novel architectural contributions.

Job description As a postdoc, you will be in charge of leading the development of the TU Delft final demonstrators of two EU projects, CoreSense and METATOOL. This will require, in a short period of time, coordinating the team in Delft (at the Mechanical Engineering faculty and the SAM|XL field lab) in collaboration with the PI and another postdoc, and with the project partners.