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Through experimentation and analysis, develop a deep understanding of the dynamic performance of a wide range of large industrial robots. Develop new models of physical interaction between robots and humans. Architect and implement highly reliable control algorithms optimized for high performance CPU and GPU computing platforms. Work directly with robot manufacturers on interface development. Keep up with relevant developments in robot dynamics and controls through literature searches, networking, conferences, etc.

Manage our software team, including software, DevOps, and SQA engineers; day-to-day, this means developing processes, making plans and tracking progress, managing the software development schedule, contributing to budgeting efforts, and regularly engaging one-on-one with your direct reports. Work with our software and system architects to define technical direction, review code, implement small features to gain understanding of code base, development environment, and tools. Define hiring needs for the software team, help define our software hiring process, help recruit new team members, and coach existing team members in their career development. Identify and evaluate vendors, and work with Veo management to negotiate pricing for external services and products. Collaborate with the rest of the management team to help set company direction and address key challenges.

Be a core architect and implementer of our high-performance computing hardware. This will include custom PCB design, FPGA firmware design, and working with external vendors/contractors. Take the hardware from concept all the way through to production. Evaluate, select, and qualify new vendors and partners. Develop a deep understanding of IEC 61508 functional safety requirements as they relate to hardware deployment.

We’re looking for software engineers with both the creativity and the rigor needed to develop novel methods of robotic perception that meet real-world reliability requirements. You’ll use 3D camera data to help robots see the humans and workpieces they need to interact with, and develop user tools to visualize and interact with 3D scenes.

Our software provides industrial robots with the perception necessary for them to collaborate safely and effectively with human workers. We’re looking for software engineers with both the creativity and the rigor needed to develop software that meets real-world reliability requirements.