Antti Hahto

Antti Hahto is a Researcher at the Faculty of Engineering and Natural Sciences, specializing in control systems and remote handling technologies for nuclear fusion applications. His work is integral to the ITER project, focusing on developing robust robotic systems for reactor maintenance in high-radiation environments where human access is impossible.

His primary research interests include Remote Handling Systems, Control System Architecture, and Augmented Reality for robotics. He investigates dependable control system design that enables operators to perform complex tasks remotely, with particular attention to real-time performance and operator interface design in challenging conditions like poor visibility during nuclear reactor maintenance.

Analysis of Hahto's 2009-2011 publications reveals concentrated research on ITER remote handling systems. Key themes include control architecture planning, augmented reality integration for operator situational awareness, and methods for handling unforeseen operational scenarios. His work on real-time markerless augmented reality has gained significant traction with 22 citations, demonstrating practical impact in fusion engineering.

Hahto has actively contributed to the DTP2 (Divertor Test Platform 2) project, presenting conference research on supervisory systems and augmented reality applications for remote handling operations. This indicates hands-on involvement in a specialized research team advancing nuclear robotics technology through experimental validation and system integration.