Chandima Fernando

Papers

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About

Chandima Fernando is a leading figure in the automation of scientific user facilities, specializing in the integration of robotics and advanced software architectures for high-throughput experimentation. His work centers on developing adaptive, autonomous systems that streamline sample management and data collection at synchrotrons and other large-scale research infrastructures. Fernando’s major contribution is the design and implementation of the “robotic beamline scientist” concept, which seamlessly connects sample databases, ROS2-based action services, and Bluesky tooling to enable real-time, adaptive robotic sample handling. His most cited paper, “Robotic integration for end-stations at scientific user facilities” (2025, 3 citations), provides a schematic blueprint for this system, demonstrating how to replace manual workflows with intelligent, automated pipelines. This work is pivotal for accelerating materials science, structural biology, and chemistry experiments, reducing human error and increasing throughput. Fernando’s achievements include pioneering the use of open-source robotics frameworks in beamline environments, setting a new standard for facility automation. His research is essential for students and engineers aiming to build the next generation of self-driving laboratories, where robots and AI collaborate to push the boundaries of scientific discovery.