Dr Winyu Chinthammit is a Senior Lecturer in School of ICT and the research leader of Human Interface Technology Laboratory at the University of Tasmania, Australia. His passion lies in the realm of human-computer interaction, where he has made substantial contributions. One of his core research focuses on innovative and practical approaches to forest inventory practices. By integrating immersive visualisation (Virtual Reality - VR) and machine learning, his work bridges human expertise with state-of-the-art algorithms, promising more efficient and accurate forest management.

Technologist and innovator in the forest industry. Mr Herries is very passionate about developing technology across the forest industry supply chain, including resource yield modeling and valuation, forest mensuration, log optimization systems, GIS, remote sensing, LiDAR, and carbon monitoring, translating them into impactful commercial solutions and services. Interpine aims to continually push for innovation and technology solutions to meet our client's needs, shaping today's forests with the technology of tomorrow.

Spencer is a PhD Candidate at the University of South Australia, studying at the Wearable Computer Lab at the Australian Research Centre for Interactive and Virtual Environments (IVE). His research sits at the intersection of Environmental Science and Human Computer Interaction, focused on exploring applications for Immersive Analytics tools within spheres of academic and industrial forest management. Spencers research has explored the impacts of immersion on analysis of forestry datasets, procedural and AI assisted analysis of LiDAR scans, and visualisation methodology for forestry operations.

Dr Winyu Chinthammit is a Senior Lecturer in School of ICT and the research leader of Human Interface Technology Laboratory at the University of Tasmania, Australia. His passion lies in the realm of human-computer interaction, where he has made substantial contributions. One of his core research focuses on innovative and practical approaches to forest inventory practices. By integrating immersive visualisation (Virtual Reality - VR) and machine learning, his work bridges human expertise with state-of-the-art algorithms, promising more efficient and accurate forest management.