492 English-speaking jobs in Delft

This internship focuses on applying reinforcement learning to automate hyperparameter tuning for security research, aiming to improve attack reproducibility. Interns will contribute to security research, potentially involving vulnerability analysis, penetration testing, and documentation.

Senior Client Manager - Business Development will focus on developing strategies to win new clients and grow existing accounts. Responsibilities include identifying business opportunities, managing account plans, and collaborating with senior management. Requires proven track record in new business development, account management, and selling complex IT or cybersecurity solutions.

Senior Project Manager oversees the planning and execution of security evaluation projects for international customers. Responsibilities include managing project budgets and timelines, preparing status reports, and handling customer communication. Requires 3-5 years of project management experience in service-oriented businesses and fluency in English.

PhD position to develop 3D measurement techniques for emulsion flow through constrictions. Responsibilities include conducting experimental research, publishing, presenting, and mentoring. Qualifications: MSc in a relevant field, strong foundation in fluid dynamics, experimental experience, image/data processing skills, and proficiency in English.

This research internship focuses on using large language models (LLMs) to generate fuzzing seed corpora for standalone executables. The intern will evaluate the effectiveness of LLM-derived input generation compared to traditional methods.

Lead R&D activities for chiplet fabrication technologies for quantum computing processors. Drive development of chip layers from concept to implementation. Collaborate with a multidisciplinary team to design, fabricate, prototype, assemble, and test quantum hardware.

Senior Engineer - Controls will develop and implement guidance, navigation, and control (GNC) systems for autonomous UAVs. Responsibilities include designing, building, and testing controllers for interception, collision avoidance, and robust state estimation.

Develop a 3D measurement technique to study emulsion behavior, such as coalescence and phase inversion. The project involves developing tomographic imaging techniques and applying them to flow and stability of emulsions through constrictions in 2D to 3D geometries.

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.

Postdoctoral researcher to coordinate the integration of Digital Transmitter (DTX) demonstrators within a project focused on revolutionary all-digital signal generation for wireless communication.

Postdoctoral researcher to develop reduced order models for integrated propulsion system arrangements in electric aircraft. Models will predict lift and drag characteristics, including laminar-turbulent transition and separation line prediction.

Leads the day-to-day operation of the production team across fabrication, assembly, and cryogenic test. Owns production performance: quality, output, lead time, team engagement, and cost. Builds structure and predictability while scaling throughput. Drives production planning for both internal and external customers. Partners closely with process engineering to ramp up new fabrication tools and transition from pilot processes to stable volume manufacturing.

Senior Layout Design Engineer will lead chip-planning and perform custom layouts for CMOS and BiCMOS circuits. Responsibilities include reviewing work, training junior engineers, and contributing to layout methodologies. Requires 10 years' experience with layout design for analog and full-custom digital blocks and TSMC 180nm, 65nm, 28nm, and/or 22nm process technologies.

PhD position focused on developing and applying real-time monitoring and automated control strategies for bench-scale CHO cell cultures used in monoclonal antibody production.

Develop reduced order models for integrated propulsion unit (IPU) design optimization, focusing on lift and drag characteristics. Models will be applied to a distributed electric propulsion concept.

PhD students will design, fabricate, and experiment with nanophotonic structures to control rare-earth ion emitters for quantum networks.

Develop hydrogen sensing materials for use in electrolysers. Synthesize materials using magnetron sputtering and characterize their optical performance in hydrogen-containing environments. Perform advanced material characterization using techniques like neutron and X-ray reflectometry and X-ray photoelectron spectroscopy.

PhD position focused on optimum DTX switch bank design and control for Digital Transmitters (DTX) within the DISRUPT project. The research addresses challenges in switch bank resolution, activation schemes, energy efficiency, and PVT resilience.

PhD students will design, fabricate, and experiment with nanophotonic structures for rare-earth ion emitters in a quantum network.

This PhD position within the DISRUPT project focuses on Power-Digital Transmitter (DTX) design. It addresses challenges in low-loss RF-power switch banks, CMOS-LDMOS and CMOS-GaN high-density interconnect schemes, novel RF-power combiner topologies, wideband efficiency-enhancement schemes, and thermal design.