Senior Systems Architect — Autonomous Pharmacy Robotics

queueinc; Newark (CA); On-site; USD 180,000 - 240,000; Full time

Benefits offered by this job

Health insurance

401(k)

Unlimited PTO

Job summary

Queue is building the world’s first fully autonomous robotic pharmacy. We’re seeking a Senior Systems Architect to own end-to-end architecture, drive decisions across hardware, software, and operations, and scale robotics for nationwide deployment.

You will guide cross-functional teams using data-driven analysis, balance performance with manufacturability and unit economics, and push for safety, reliability, and real-world robustness in high-volume production.

Qualifications

• 6+ years of engineering experience on complex products with real operational and economic impact.
• Deep expertise in system architecture, design trades, requirements definition, and interface design.
• Experience planning and executing V&V campaigns for complex systems.
• Fluency across hardware, software, controls, and operations with deep knowledge in one or more domains.
• Ability to reason about cost, scaling, and unit economics.
• First-principles, data-driven thinker with ownership and low ego.

Responsibilities

• Architect end-to-end autonomous robotic systems and drive decisions across hardware, software, and operations.
• Lead cross-functional teams and scale robotics for high-volume production and nationwide deployment.
• Define V&V strategy, conduct trade studies, and ensure safety, reliability, and robustness.

Skills

System architecture

Technical leadership

V&V planning

Cross-functional collaboration

Cost modeling

Job description

Queue is building the world’s first fully autonomous robotic pharmacy. We’re seeking a Senior Systems Architect to own end-to-end architecture, drive decisions across hardware, software, and operations, and scale robotics for nationwide deployment.

You will guide cross-functional teams using data-driven analysis, balance performance with manufacturability and unit economics, and push for safety, reliability, and real-world robustness in high-volume production.