About the role
Role Overview
We are looking for a Robotics Systems Architect who deeply understands how modern robotic and drone systems are designed and deployed.
In this role, you will help bridge the gap between real-world robotic systems and next-generation compute platforms. You will analyze the architecture of robotics and autonomous systems—from sensors and perception pipelines to planning, control, and onboard compute—and help translate these requirements into hardware and system architectures.
Your work will guide how Velaura’s compute platforms support emerging applications in robotics, drones, and embodied AI.
This role requires strong systems-level thinking, with the ability to understand complete robotics stacks and map their workloads onto efficient compute architectures.
Responsibilities
- Analyze modern robotics and drone system architectures, including sensing, perception, planning, control, and onboard compute.
- Understand how autonomy stacks process sensor data and translate those requirements into system-level compute needs.
- Map robotics and autonomy workloads onto compute platforms, identifying performance, latency, and power constraints.
- Work with hardware architects to define compute architectures optimized for robotics and embodied AI workloads.
- Evaluate real-world deployment requirements for robotics systems, including reliability, real-time performance, safety, and energy efficiency.
- Collaborate with AI model architects and silicon designers to align robotics workloads with next-generation hardware capabilities.
- Develop system-level workload models representing robotics and drone use cases.
- Help guide product direction by identifying emerging requirements across robotics, AMRs, drones, and other embodied AI systems.
