574 English-speaking jobs in Delft

Team Tumbleweed seeks a creative Content Creator to capture and share the team's story. Responsibilities include photographing and filming workshops, creating engaging social media content, and supporting the communications team.

Lead Engineer to design, develop, and integrate hardware and software for ultrasonic inspection systems. Responsibilities include algorithm development, experimental validation, and team supervision. Requires expertise in signal processing, data analysis, and sensor technologies.

Develop and implement navigation algorithms, including Kalman filtering and fault detection. Validate algorithms in embedded devices using C programming. Collaborate with engineers to design and validate silicon-based systems.

Quantum Software Engineer will design, optimize, and troubleshoot quantum control workflows on real quantum hardware. This role requires strong software engineering skills and experimental intuition to translate complex workflows into reliable solutions.

Leads global go-to-market strategies for quantum control hardware and software solutions. Develops and executes marketing programs to drive pipeline and establish Qblox as a thought leader.

Develop critical bare metal applications for microcontrollers and embedded Linux systems. Design fault-tolerant interfaces for cameras and sensors, enabling robust communication in challenging conditions. Work closely with electrical engineers to bring systems to life.

Software Engineer to develop and extend Prime Vision's Intelligence platform for automated sorting. Develop robust, reusable features, integrate with customer environments, and provide technical support. Requires C#/.NET Core experience, Helm for Kubernetes, and CI/CD pipelines.

Develop innovative ultrasound transducer array technology for medical imaging, therapy, and industrial flow sensing. Contribute to research projects focused on a self-calibrating clamp-on flow meter and a hybrid therapeutic and diagnostic ultrasound probe.

This postdoc position focuses on stack engineering for acid-base flow battery systems. The successful candidate will experimentally study stack designs and operational conditions to increase power density, energy density, and stack lifetime.

The Sr. Layout Design Engineer leads chip-planning and performs block-level custom layouts for CMOS and BiCMOS circuits. Responsibilities include schematic-driven layout, die-area efficient designs, and verification of layouts.

Develop functional models for analog and mixed-signal circuits using Verilog. Write verification specifications and test benches to verify full chip functions.

Develop web applications, services, and libraries in Python to accelerate MEMS resonator design. Write specifications, code, and tests, and improve existing software infrastructure.

Leads and contributes to circuit design for next-generation products with applications in networking, communications, and mobile platforms. Develops and verifies digital block architectures and RTL design for functions including control state machines, IO controllers, DSP, and clock domain management. Collaborates with other engineers to define specifications, analyze design for performance, area, and power, and support backend design flow.

Provides CAD software support for digital, analog, and mixed-signal designs using Cadence, Mentor Graphics, and third-party tools. Supports IC designers with schematic, layout, and simulation tasks. Implements and tests new software tools and CAD flows.

Develop cutting-edge design and simulation software for MEMS resonators. Improve simulation accuracy, speed, and optimization algorithms. PhD in Physics, Applied Mathematics or equivalent required. 3+ years computational software development experience with C, C++, Java, Python, or Matlab.

Develop functional models for analog and mixed-signal circuits using Verilog or similar languages. Write verification specifications and test benches to verify full chip functions.

Leads a team responsible for validation, characterization, firmware/software development, and release-to-production of MEMS-based timing products. Develops hardware/software/firmware for automated characterization and calibration. Manages projects across different sites and interfaces with cross-functional teams.

As a Principal Physics Analyst, you will analyze the predictive capabilities of simulation tools for MEMS resonators, investigate simulation-vs-experiment discrepancies, and propose improvements. You will lead a small team and possess a PhD in Physics, strong mathematics skills, coding proficiency, and experience analyzing experimental data.

Designs and develops custom digital solutions for MEMS timing system solutions. Experience with digital filter design, Sigma-Delta modulators, and I2C/SPI interfaces required.

Develop metrology systems and engineer MEMS resonators for next-generation timing products. Design, run, and analyze experiments to understand device physics, materials, and fabrication. Extend and improve RF metrology and automation.