SYSTEMS ENGINEERING AND ANALYSIS

Having raised a fresh new over-subscribed round of venture capital, our team is looking to grow its world class team of engineers.

We are transforming an age old industry with intelligent robotics that can be deployed in less than a day. We have already won the largest national customer in this multi-billion dollar industry. You’ll architect a mission-critical autonomous robotic system and drive decisions at the intersection of hardware, software, business and customer needs. You’ll guide cross-function teams through a systems lens - using rigorous, data-driven analysis to sharpen execution. Own the end-to-end architecture, defining requirements, interfaces, and performance budgets

Act as the technical integrator across hardware, software, controls, manufacturing, and operations

Resolve ambiguity through structured analysis and clear decision making

Balance performance, reliability, manufacturability, cost, and customer/unit-economic constraints

Build and maintain system-level models for performance, throughput, reliability and cost.

Update assumptions and margins as manufacturing and field data come in.

Architect for high-volume manufacturing and nationwide deployment, driving system-level DFM/DFA.

Design for variability, serviceability, logistics, and field reliability

Define V&V strategy, lead integration, bring-up, FMEA, and root-cause analysis

6+ years of engineering experience on complex products, with a track record of shipping systems that carry real operational and economic consequences. aerospace, automotive, medical devices, industrial automation)

Experience planning and executing V&V campaigns for complex systems

Fluency across hardware, software, controls, and operations, with deep knowledge in one or more of: electronics, embedded software, distributed software, mechatronics, or mechanical systems

Ability to reason rigorously about cost, scaling, and unit economics

First-principles thinker who is data-driven, decisive under uncertainty, and operates with high ownership and low ego

Experience working directly with customers or regulators during development and delivery

Hands-on experience testing complex electromechanical and software systems in the lab or in the field

Experience owning regulatory compliance activities (e.g., Like Rmix serves communities, we serve our teams. Do the Hard Things – Healthcare, hardware, and company-building are all hard. Convenience for us is life-changing for those we serve.

Early-stage equity in automated pharmacy dispensing at scale

Hard problems: distributed systems, safety-critical software, regulatory compliance, real-time hardware integration

Meaningful early-stage equity