"v0" Jobs

Lead the development of hardware for robot learning at Mecka AI, shaping systems for data capture and validation.

Build manufacturing processes and supplier capabilities for Mecka's capture hardware in a hands-on engineering role.

Own the architecture for generating 3D objects from video in a high-impact research role at Mecka AI.

Join Mecka AI as a Robotics Sales Representative to deploy autonomous service robots across the Greater Toronto Area.

Lead experimental methods and scientific operations to ensure automated laboratory work is scientifically valid and reliable.

Build reinforcement learning environments to help researchers train models and understand their capabilities at Mecka AI.

Design electronics for data capture hardware in a robotics-focused startup.

Develop embedded Linux software for camera and sensor systems at a robotics startup.

Develop sensors for robotics to enhance data collection in a growing AI startup.

Lead the tactile gloves program from concept to production at Mecka AI, focusing on design, manufacturing, and quality.

Lead scientific programmes to produce high-quality data for AI and robotics at Mecka AI in New York.

Join Mecka AI as a Research Scientist to develop generative motion models for full-body motion capture and physics-based character control.

Build Android applications that connect hardware and guide users in capturing data for robotics and AI.

Join Mecka AI as a Technical Recruiter to build a team for robotics and embodied AI in a fast-paced startup environment.

Support robot deployments and data capture in a hands-on role at Mecka AI in New York.

Join Mecka AI as a GTM Associate to engage businesses and develop data partnerships in a growing startup environment.

Build the backend that powers petabyte-scale robotics datasets and the training pipelines that depend on them.

Lead the US commercial robotics division at Mecka AI, driving Go-To-Market strategy and revenue execution.

Join Mecka AI as a Computer Vision Engineer to enhance 3D geometry and classical computer vision for robotics and AI systems.