509 English-speaking jobs in Delft

Develop complex optical systems for diverse applications including lens systems, laser beam delivery, optical probing, and illumination optics. Design, perform trade-off studies, and contribute to the full product development lifecycle.

Leads R&D activities for chiplet fabrication technologies for quantum computing processors. Drives development of chip layers from concept to implementation. Collaborates with external partners and vendors. Manages resources and time, balancing workload across development activities.

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.

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.

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.

Senior Analog Mixed-Signal Design Engineer will design analog and mixed-signal circuits, contribute to architectural definition, and perform simulations. Requires a M.S. in Electrical Engineering with 4+ years of experience or a Ph.D. with 2+ years. Must have detailed knowledge of CMOS circuits and expertise in areas like PLLs, ADCs, oscillators, or sub-threshold circuits. Proficiency in Cadence tools and programming languages like MATLAB and VerilogA is required.

Experienced Layout Design Engineer needed for a leading MEMS and Analog Semiconductor company. Lead top-level chip-planning and perform block-level custom layouts for CMOS and BiCMOS circuits. Requires 10 years' experience with layout design for analog and full-custom digital blocks and experience with TSMC 180nm, 65nm, 28nm and/or 22nm process technologies. Proficiency in Cadence Virtuoso and strong understanding of layout topics such as parasitic, matching, crosstalk, transistor layout dependent effects, latch-up, IR drop, electro migration (EM), and deep N-well and NTN isolation is required.

Senior Systems Engineer to lead productization of MEMS-based timing products. Responsibilities include test automation, device characterization, prototype development, and cross-functional collaboration. Requires MS in Electrical or Mechanical Engineering, 5+ years experience in MEMS device development, and strong programming and analytical skills.

Senior Verification Engineer to develop SV-RNM models, verification plans, and UVM-based verification environments for MEMS precision timing circuits.

Senior Backend Developer will contribute to the core platform, strengthening critical services and preparing systems for new payment flows across Europe. You will work with PHP, Laravel, Symfony, MySQL, Redis, Docker, Kubernetes, and CI/CD.

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.

Leads the design, integration, and lifecycle management of RF hardware systems across UHF, S-band, L-band, and Ka-band. Manages in-house and third-party ground station infrastructure, ensuring reliable performance and compliance with regulations. Plans and executes RF operational testing, validation, and EMI characterization.

As a Senior Commercial Product Manager, you will develop and implement the product strategy for Exact Online Accounting, including automated invoice processing and banking solutions. You will collaborate with stakeholders, define product roadmaps, and manage the full product lifecycle.

PhD position focused on optimum DTX switch bank design and control for digital transmitters (DTX). Addresses scientific challenges related to switch banks with extreme resolution, novel activation schemes, and energy-efficient operation at high frequencies. Requires an MSc in Electrical Engineering, experience in IC design (Cadence), RF/wireless design tools (ADS), and programming skills in Matlab/Python/C/C++.

This PhD position within the DISRUPT project aims to realize revolutionary all-digital signal generation in the time domain for power-digital transmitters (DTX). The successful candidate will contribute to developing new material and transistor concepts, innovative CMOS controllers, and novel RF-power combiner topologies.

A motivated post-doctoral researcher is sought to develop the integration of electro-mechanical sensors in advanced organ-on-chip platforms within a multi-partner EU project. The role involves materials selection, system design, modeling, microfabrication, characterization, and biological validation. A doctoral degree in a relevant field, strong experience in micro/nanofabrication, materials engineering, and electrical engineering are required.

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.

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.

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