Description

In this role, you will lead the design and development of high-performance SiP modules for diamond-based quantum computing, collaborating with a diverse team to ensure that integration and performance meet cutting-edge standards.

Requirements

• •PhD or Master's degree in Electrical Engineering, Applied Physics, Computer Engineering, or related discipline
• •Proven experience in system architecture and integration of complex electronic systems
• •Proven experience in SiP or multi-chip module design, including successful tape-outs and transition to manufacturing
• •Strong background in heterogeneous integration and system-level simulation
• •Proficient with EDA/CAD tools and multi-physics simulation platforms
• •Familiarity with quantum computing hardware architectures is a plus
• •Demonstrated leadership experience in cross-functional engineering projects
• •Excellent problem-solving, communication, and collaboration skills

Tasks

• •Architect and define a SiP module for diamond-based quantum compute systems
• •Integrate quantum and classical processors, quantum control electronics, and photonic circuits
• •Translate quantum system-level requirements into SiP-level specifications
• •Collaborate with quantum engineers, RF/microwave engineers, and packaging engineers
• •Evaluate and select heterogeneous integration strategies for quantum-classical co-integration
• •Lead risk assessment and performance validation efforts for SiP modules
• •Deliver a balanced package architecture that meets performance goals and constraints
• •Mentor a team of engineers and researchers in SiP module development
• •Develop and maintain technical documentation and verification plans
• •Contribute to intellectual property generation through invention disclosures

Tools & Technologies