341 English-speaking jobs in Delft

Automate network services, strengthen digital security, and build a reliable and innovative campus network. Design, manage, and automate network services using Infrastructure as Code and GitOps principles. Develop and maintain CI/CD pipelines for infrastructure deployments and automate network management processes.

As the only People Partner, you will support managers on HR topics, build the people-manager community, and design initiatives to strengthen company culture. You will also prepare the organization for upcoming labor law changes and manage compensation processes.

Leads the engineering organization for small satellite missions, shaping technical delivery and team development. Responsible for engineering strategy, execution, and oversight of satellite missions across their lifecycle. Manages a multidisciplinary team and collaborates with cross-functional teams. Requires a master's degree in a relevant field, extensive leadership experience in aerospace, and knowledge of spacecraft development.

Strategic FP&A Lead will own corporate financial planning, executive reporting, and strategic analysis. Responsibilities include leading annual planning, reforecasting, building financial models, and producing board and executive reports. Requires 7+ years of finance experience, including 3+ years in FP&A, and proficiency in financial planning systems.

Product Systems Engineer will guide engineering work from concept to production for connected environmental monitoring devices. Responsibilities include hardware, firmware, and cloud connectivity integration, testing, and debugging. The role requires experience developing embedded hardware products and collaborating with internal and external teams.

Develop a machine-learning-based downscaling framework linking coarse resolution climate model outputs to fine-scale glacier melt and precipitation estimates.

This two-year Engineering Doctorate in Bioprocess Engineering at Delft University of Technology provides a foundation for a career in the biotech industry. The program combines technical knowledge with project management and business skills. Applicants must have a Master's degree in (Bio-)Chemical Engineering, Bioprocess Engineering, Environmental or Food technology, or comparable, with excellent results.

Design, manage, and automate virtualization, container, and storage platforms. Develop and maintain CI/CD pipelines, automate deployment and service delivery, and manage components within the automation stack. Work with technologies such as Terraform, Ansible, GitLab, OpenShift, VMware, and NetApp.

Automate network services, strengthen digital security, and build a reliable and innovative campus network. Design, manage, and automate network services using Infrastructure as Code and GitOps principles. Develop and maintain CI/CD pipelines for infrastructure deployments and automate network management processes.

Senior Test Automation Engineer will develop and maintain build, test, and compliance assurance facilities for software products used to test the security of chips. Responsibilities include expanding test facilities, integrating them into the CI/CD pipeline, and collaborating with developers and product owners to create tools for enhancing product security.

Lead Control Engineer will guide and coordinate control discipline within complex mechatronic development projects. Translate system requirements into control architecture and oversee dynamic modeling, control design, and performance validation. Lead a team of dynamics and control specialists, collaborate with system engineers and mechatronics engineers, and interface with suppliers and customers.

Drives company-wide strategic initiatives and value creation programs for a profitable SaaS company. Translates board-level priorities into measurable programs with clear KPIs and financial impact. Leads strategic workstreams in Corporate Development with a focus on due diligence and integration roadmaps.

Lead the industrialization of quantum products from R&D to an 8" pilot line. Own end-to-end process integration, MES deployment, yield roadmap and improvement, and wafer size conversion. Drive the handover of new products from R&D to production, ensuring a smooth and predictable ramp.

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.

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.

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.

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.

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