575 English-speaking jobs in Delft

  • Online Payment Platform
  • Delft
  • January 13
Senior DevOps Engineer to design and maintain infrastructure for a leading European online payment platform. Experience with AWS, Kubernetes, Terraform, and GitLab CI/CD pipelines required.
  • Online Payment Platform
  • Delft
  • January 13
Senior Backend Engineer will join a team building the scalable architecture of a payment platform processing big data for over 10 million users. Responsibilities include working on the platform's architecture, developing scalable code, and replacing legacy systems with microservices.
  • Online Payment Platform
  • Delft
  • January 13
Build and deliver a robust data warehouse to support better decision-making. Design and optimize data pipelines, ensure data quality, and automate infrastructure with Terraform.
  • Online Payment Platform
  • Delft
  • January 13
Build and deliver a robust data warehouse to support better decision-making. Design and optimize data pipelines, ensure data quality, and automate infrastructure with Terraform.
  • AAC Clyde Space
  • Delft
  • January 13
Experienced electronics engineer needed for product development at AAC Clyde Space in Delft. Responsibilities include designing analog and digital systems for space applications, improving existing designs, and collaborating with teams. Requires a degree in a relevant field, experience with electronics hardware design, and proficiency in schematic capture and PCB design software.
  • AAC Clyde Space
  • Delft
  • January 13
Assembly, Integration, and Testing (AIT) Engineer to lead and execute AIT activities, ensuring adherence to project schedules, quality standards, and cost targets. Develop and maintain AIT procedures, plans, and documentation. Perform mechanical and environmental testing, analyze results, and manage non-conformances. Drive continuous improvement across AIT processes, tools, and quality assurance practices. Provide technical support to engineering teams during design, integration, and validation phases. Train and support cleanroom personnel.
  • AAC Clyde Space
  • Delft
  • January 13
Design, implement, and test attitude and orbital control systems (AOCS) and algorithms for small satellite missions. Collaborate with software and systems engineering teams to transition designs to functional code and validate implementation.
  • Neurocomputing Lab
  • Delft
  • January 13
This thesis analyzes the performance of EDEN, a novel simulator for spiking neural networks, and explores algorithms and data structures to optimize its performance.
  • ALTEN Nederland
  • Delft
  • January 13
Cloud Architect & Strategic Advisor needed to guide short-term optimizations and long-term cloud strategy. Requires 8-10 years of experience in cloud and/or software architecture, knowledge of cloud platforms (e.g., AWS, VMware), and strong communication skills.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
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.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
PhD positions available in Quantum Network Systems and Applications at TU Delft's QuTech institute. Focus areas include optimizing quantum network operating systems and exploring new applications for quantum networks.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
Postdoctoral researcher to investigate corrosion behavior of bipolar plates in water electrolysis cells. Develop accelerated corrosion tests, standardized protocols, and evaluate alternative materials.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
Develop human-centered AI recommender systems for mobility infrastructure. Research and develop reinforcement learning from human feedback (RLHF) algorithms.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
This PhD position investigates how housing collectives identify societal shortcomings and embody values such as solidarity, collectivity, sustainability, and care. The researcher will conduct qualitative and quantitative research, develop a digital co-creation tool, and create a roadmap to enhance housing collectives' performance and impact.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
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.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
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.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
PhD candidate to join the "One Ink to Rule Them All" project, developing a printable quantum-dot ink for SWIR light detection and emission. The project aims to create a new generation of compact, low-cost, wearable health-sensing technologies.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
This PhD position focuses on developing algorithms for airborne noise source localization in urban environments. The research will investigate the impact of urban geometry and atmospheric flow on localization methods and incorporate propagation and scattering models to account for complex noise propagation.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
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.
  • ElectroChemical Flow Systems laboratory
  • Delft
  • January 13
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.
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