Quantum Systems Architect: Cross-Layer DTCO/STCO Lead

Imec; United States, Northern America, Americas; Hybrid; USD 145.000 - 180.000; Vollzeit

Zusammenfassung

Imec is seeking a Principal DTCO/STCO Leader to drive cross-layer co-optimization across qubit devices, cryogenic CMOS control, interconnect, and system architecture. You will translate technology limits into system-level insights and help define scalable architectures for quantum systems.

You will lead multi-domain teams, build cross-layer models, and steer digital control architectures in cryogenic environments from mK to 4 K, ensuring fault-tolerant, scalable quantum platforms.

Qualifikationen

• PhD in a relevant field is required.
• Active experience with silicon qubit technology.
• Strong cross-layer co-design expertise.
• Experience with cryogenic electronics and system modeling.
• Ability to lead multi-domain teams in a research environment.
• Self-motivated, collaborative and results-driven.

Aufgaben

• Lead DTCO/STCO activities for quantum systems, connecting devices, control and architecture.
• Build cross-layer models linking device performance to gate fidelity and scalability.
• Guide architecture choices to support scalable, fault-tolerant quantum systems.
• Define scalable digital control architectures for cryogenic environments (mK/4K).
• Coordinate multi-disciplinary teams across quantum devices, cryo-electronics, and modeling groups.
• Publish high-impact results and influence roadmap direction.
• Align technical strategy with industry and academic collaboration opportunities.

Kenntnisse

Cross-layer co-design

Qubit device integration

Cryogenic electronics

System modeling

Leadership

Interdisciplinary collaboration

Semiconductor systems

Ausbildung

PhD in applied physics, electrical engineering, computer science, or related field

Tools

Cryogenic control systems

Digital/mixed-signal architecture

System-level modeling

Jobbeschreibung

Imec is seeking a Principal DTCO/STCO Leader to drive cross-layer co-optimization across qubit devices, cryogenic CMOS control, interconnect, and system architecture. You will translate technology limits into system-level insights and help define scalable architectures for quantum systems.

You will lead multi-domain teams, build cross-layer models, and steer digital control architectures in cryogenic environments from mK to 4 K, ensuring fault-tolerant, scalable quantum platforms.