Quantum Systems Architect: MBSE, QPU Design & HPC

Rotterdam Innovation City; Delft; Hybrid; EUR 120,000 - 180,000; Full time

Benefits offered by this job

Competitive salary

8% holiday allowance

Pension plan

Job summary

QuantWare is seeking a Senior Systems Architect to lead system-level design frameworks for QPU deployment across HPC and quantum computing infrastructures. You will own MBSE tool development, create parameterized blueprints, and drive standardized component libraries in collaboration with system integrators and supply chain partners.

You will shape hardware-software interfaces bridging classical HPC schedulers with QPU calibration, guide MBSE methodologies, and steer ecosystem alignment to

Qualifications

• Master’s or PhD in Systems Engineering, Electrical Engineering, Physics, or Mechanical Engineering.
• 8+ years of hands-on experience in complex systems engineering, system modeling, or multi-disciplinary hardware architecture.
• Demonstrated MBSE methodologies in novel systems (SysML, Python-based digital twins, or custom MBSE tools).
• Experience with chip-based architectures, RF signal chains, temperature gradients, and HPC/semiconductor contexts.
• Strong collaboration and ownership from day one.

Responsibilities

• Architect parameterized full-stack quantum computer blueprints and co-design with partners.
• Own MBSE tool development and integration with software teams.
• Build and maintain standardized component libraries, assessing supply chain trade-offs.
• Define interfaces between QPUs and HPC environments, aligning with schedulers like SLURM.
• Identify gaps between QPUs and third-party components for seamless integration.

Skills

MBSE

SysML

System modeling

Collaboration

Education

Master’s/PhD in relevant field

Tools

Python-based digital twin

MBSE tools

Job description

QuantWare is seeking a Senior Systems Architect to lead system-level design frameworks for QPU deployment across HPC and quantum computing infrastructures. You will own MBSE tool development, create parameterized blueprints, and drive standardized component libraries in collaboration with system integrators and supply chain partners.

You will shape hardware-software interfaces bridging classical HPC schedulers with QPU calibration, guide MBSE methodologies, and steer ecosystem alignment to