Jobs at Flexion Robotics

Lead Flexion’s commercial strategy and execution, converting robotics proof-of-concepts into multi-year enterprise and OEM contracts. Build the company’s first repeatable go-to-market model, including segmentation, qualification, pricing, packaging, forecasting, CRM, and commercial governance. Personally manage strategic customer relationships, proposals, negotiations, and partnerships while hiring and developing the initial commercial team. The role requires frequent travel across Europe and the US.

Develops human-data capture and integration pipelines for robotics foundation models and reinforcement learning. Responsibilities include reconstructing 3D objects and environments, creating simulation-to-real training environments, designing multimodal policy architectures, evaluating robot foundation models, and transferring human manipulation skills to dexterous hands and humanoid robots.

Own the design, provisioning, operation, and optimization of cloud-based GPU clusters supporting large-scale model training and inference. Partner with AI engineers to improve training performance and hardware utilization, contribute to ML libraries and infrastructure tooling, develop GPU compute strategies, optimize multi-cloud capacity and costs, and improve reliability, testing, documentation, and engineering practices.

Build and own infrastructure platforms, tooling, APIs, SDKs, and customer-facing applications that support large-scale humanoid robot deployments. Lead projects from design through rollout, shape architecture across teams, operate reliable backend systems, and improve testing, documentation, and engineering practices. Partner with research, robotics, and deployment teams while advancing AI-assisted development tooling.

Manage the product roadmap for developer tools connecting Flexion's AI software with robots, working closely with engineering and customers to enhance integration workflows.

As a Forward Deployed Engineer, you will lead technical integrations for customer accounts, manage software lifecycle, and resolve field issues, with hands-on robotics software development.

The intern will develop humanoid robot motion generation techniques using generative models, focusing on trajectory generation and perception in 3D environments.

The Research Engineer will develop VLA models for humanoid robots, focusing on dexterous manipulation and bridging human actions with motor control using large-scale video datasets.