Lead and expand the robotics engineering team to develop next-generation industrial robot arm control and vision-first manipulation algorithms. Translate company vision into a technical roadmap while fostering a high-performance culture and cross-functional collaboration.
You will own the deployment environments, cloud provisioning, and security practices to ensure reliable robot operations at scale. This involves automating workflows, managing infrastructure, and leading incident response to eliminate operational friction.
Lead the design and development of high-fidelity simulation environments and physics-based assets to validate robotic control algorithms. Develop digital twins and simulation-based validation systems to bridge the gap between virtual and real-world manufacturing.
The role involves capturing and translating customer manufacturing processes into structured data and analytics to inform the product roadmap. You will act as the technical liaison between customer engineers and internal product teams while maintaining the data infrastructure.
Own the end-to-end Cell Experience (CX) by designing software interfaces and physical signals for robotic cells. Establish the company's design language and interaction models to ensure autonomous systems are safe and intuitive for diverse users.
Lead and mentor a multidisciplinary simulation team to build high-fidelity virtual environments for AI training and robot behavior validation. Define the simulation roadmap and ensure seamless sim-to-real transfer for customer production systems.
Develop and customize robotic behaviors and integrate systems using ROS2 for live production environments. Own the full deployment lifecycle from understanding customer requirements to technical sign-off and field performance.
This role involves designing and building high-quality web interfaces using React and Tailwind that interact with robotics systems, while also implementing full-stack features across Node.js services and PostgreSQL databases. The engineer will translate complex robotics capabilities into clear user experiences and collaborate with product teams to define and execute technical solutions.
The team works at the intersection of hardware, software, autonomy, and operations to deploy robots that solve meaningful, practical problems. Individuals will be expected to identify leverage, take ownership, and materially improve how the company builds, deploys, and operates.
