The Systems Engineering Lead will oversee the architecture and integration of Mytra's robotic platform, ensuring system reliability and alignment across disciplines while managing technical roadmaps and high-stakes decisions.

The Staff Software Integration Engineer will develop motion control software for robots, manage firmware development, and work with hardware teams on prototypes.

Build and maintain a simulation platform for robotics, focusing on multi-axis motion, integration with robotics software, and delivering reliable tools for developers.

The Quality Engineering Manager will build and lead quality strategies, manage supplier quality processes, and drive continuous improvement initiatives across operations.

Manage global sourcing and procurement of steel and structural components, drive supplier relationships, and align strategies with construction plans and demand forecasting.

The Supply Chain Analyst will establish systems for tracking supply chain performance, develop KPI dashboards, and ensure data alignment across PLM and ERP systems.

The Controller will oversee financial operations, manage audits, implement ERP systems, and build an internal accounting team to drive business improvement in a hardware manufacturing environment.

As a Deployment Engineer, you will handle system deployment, assist in assembly and testing of robotic systems, and ensure effective user experience with hands-on support and documentation.

Lead the debugging and operational support for autonomous robotic systems, ensuring their performance in warehouse environments and enhancing infrastructure for fleet operations.

The Robotics Controls Engineer will develop advanced motion control systems for robotics, integrating software and hardware across multiple disciplines while implementing effective control algorithms and ensuring safety and efficiency.

Develop software for motion control and safety management of robotic systems. Collaborate with teams, contribute to the software lifecycle, and lead prototype integration.

Develop firmware for sensing, motion control, and safety management of a robotic fleet. Collaborate with multidisciplinary teams and ensure high-quality software releases.

The Sustainment Engineer ensures reliability and support readiness for robotics solutions, analyzing system performance, performing root cause analyses, and collaborating with engineering teams for product improvements.

Lead the development of wireless systems architecture for robotics, ensuring performance and reliability in warehouse environments through collaboration and technical guidance across teams.

Develop and scale backend systems for simulation environments, focusing on high-performance Python applications, multi-threading, and collaboration with robotics teams. Responsibilities include system design, performance optimization, mentoring, and developing SDKs.