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# Model-Based Systems Engineer

- **Company:** Quantware's Mbse
- **Location:** Netherlands
- **Experience:** Experienced
- **Contract:** Permanent contract
- **Skills:** Application Programming Interfaces (APIs), Systems Engineering, Python (Programming Language), Quantum Computing, Software Tools, Requirements Traceability, Subsystems, Systems Modeling Language, Systems Architecture, Software Version Control
- **Published:** November 13, 2026
- **Apply:** https://startup.jobs/model-based-systems-engineer-quantware-10759501

## About the Role

* BSc. or MSc. in systems engineering, electrical engineering, physics, mechanical engineering or a related field.
 * 3+ years of hands-on MBSE experience, including building or extending a modelling framework rather than only using existing ones.
 * Hands on experience with hardware system models that encompass multiple subsystems with differing requirements and interfaces.
 * Strong working knowledge of SysML (v1 and/or v2) and at least one MBSE tool, such as Cameo, Capella or equivalent.
 * Proficiency in Python for model automation, analysis and tool integration via APIs.
 * A solid track record in requirements engineering and verification of complex, multidisciplinary hardware systems.
 * Strong organisational and communication skills. You thrive in a cross-disciplinary environment and are comfortable taking ownership from day one.

Bonus Points

 * Experience with cryogenic, RF/microwave or precision instrumentation systems, or direct experience with superconducting quantum hardware.
 * Background in high-tech, semiconductor, aerospace or scientific instrumentation industries.
 * Experience introducing MBSE into an organisation and driving its adoption.
 * Familiarity with SysML v2 APIs, digital thread concepts or co-simulation (e.g. FMI), as well as systems engineering standards such as ISO/IEC 15288.

## Description

* Define and own QuantWare's MBSE methodology, modelling conventions and architecture framework for quantum computing systems, covering the quantum processor, cryostat, signal chain, control and readout electronics, and software stack.
 * Select, set up and maintain the MBSE toolchain (e.g. SysML v2, Capella or Cameo), including version control, model reviews and integration with existing engineering tools.
 * Build reusable model libraries for key subsystems, including QPU interfaces, cryogenic wiring and attenuation, microwave signal paths, and control electronics.
 * Develop automated analyses on top of the model, such as heat-load, signal-integrity and noise budgets, channel counts, scalability, and full-system metrics such as power consumption as qubit counts grow.
 * Establish requirements traceability from customer and system-level requirements down to component specifications and verification tests.
 * Connect the system model to simulation and measurement data, creating a digital thread between design and test.
 * Support system architecture and trade studies for new VIO and QPU generations and customer system integrations.
 * Drive adoption across the company, training and supporting engineers in using the models and tools in their day-to-day work.