Quantum Research Engineer, Quantum Computing

Overview In this role you design and deliver cryogenic hardware for quantum processor systems, collaborating across teams to scale packaging, signal delivery, and EMI mitigation. You will drive end-to-end development from requirements through testing in a fast-paced, innovative environment. Your work directly supports advancing cryogenic quantum technologies and the CQC mission to enable scalable fault-tolerant quantum computing. Compensation / Benefitssign-on payments and RSUshealth insurance (medical, dental, vision)401(k) matchingpaid time offparenteral leavecomprehensive benefits ResponsibilitiesDevelop high-density packaging solutions for quantum processor unitsDesign cryogenic mechanical systems for signal conditioning sub-assemblies and signal deliveryConduct simulation-driven designs to minimize EMI and optimize thermal performanceOwn end-to-end product development including requirements, design reviews, assembly/testing documentation, and final deliveryCollaborate cross-functionally to inform decisions and refine standards/processes for operational excellence Key requirementsBachelor in mechanical engineering, electrical engineering, material science, physics or equivalent6+ years of relevant experience with a Bachelor's, 5+ with a Master's, or 2+ with a PhDExperience with cryogenic mechanical design and full product development lifecycleKnowledge of design for manufacturingExpertise with Finite Element Analysis (Thermal, Mechanical, EM) and 3D CAD (SolidWorks)Cross-functional collaborationEffective communication with stakeholdersAbility to operate in a fast-paced, startup-like environment3D CAD (SolidWorks)Finite Element Analysis (Thermal, Mechanical, EM) (FEA)Cryogenic mechanical design