Jan Staschulat

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About

Jan Staschulat is a leading researcher at the intersection of robotics, real-time systems, and embedded computing. His work focuses on making the Robot Operating System (ROS) deterministic and predictable for resource-constrained microcontrollers—a critical need as robots increasingly rely on heterogeneous networks of powerful processors and tiny embedded devices. Staschulat’s most influential contribution is the **rclc Executor**, a domain-specific scheduling mechanism that brings deterministic execution to ROS 2 applications on microcontrollers (26 citations). This work addresses a fundamental gap: while ROS 2 offers quality-of-service and security, it lacks real-time guarantees for safety-critical robot reactions. He further advanced the field by combining **model-driven development with performance analysis** (8 citations), enabling engineers to predict timing behavior before deployment. His **budget-based real-time Executor for Micro-ROS** (3 citations) introduces resource budgeting, allowing developers to enforce timing constraints on severely limited hardware. Staschulat’s research is pivotal for the next generation of dependable, real-time robotic systems—from industrial manipulators to autonomous service robots—where predictable reaction times are not just desirable, but safety-critical.