Senior the mechanical design of complex hardware subsystems including cryostat internal architecture, custom components for signal chain and metal enclosures

Develop and maintain detailed 3D CAD models, drawings, and Bills of Materials (BOMs)

Drive end-to-end design of mechanical interfaces from room temperature down to the millikelvin regime

Design thermal anchoring and shielding systems optimized for mechanical stability and quantum coherence

Perform thermal, vibrational, and structural simulations using FEA tools to ensure performance and robustness

Build and validate mechanical/cryogenic prototypes in lab 

Collaborate with quantum physics teams to ensure system-level functionality in live quantum experiments

Work closely with hardware, cryo, RF, and systems teams to deliver integrated, scalable quantum hardware platforms

Develop specifications for outsourced components and manage supplier relationships for critical assemblies such as vacuum flanges, cryo fixtures, and RF housings

Author assembly documentation, and maintain design traceability in PLM system

Familiarity with thermal-mechanical effects in cryogenic materials and multi-physics system design

Experience with RF packaging and electronic device integration in cryogenic or vacuum environments

Quality assurance experience including inspection methodologies and non-conformance resolution

Hands-on machining or fabrication experience to support rapid prototyping and design iteration