Gwyllim Jahn

Gwyllim Jahn is a Lecturer in Architectural Design at RMIT University, working within the School of Architecture, Urban Design (AUD). His academic position focuses on bridging traditional architectural practices with cutting-edge digital technologies, particularly in the realm of augmented and mixed reality applications for design and construction.

Dr. Jahn's research spans multiple disciplines including Architecture, Design, Artificial Intelligence, and Human-Centered Computing. His work demonstrates a consistent focus on integrating digital technologies with physical construction processes. Key areas of investigation include:

• Augmented Reality applications for precision construction
• Mixed Reality interfaces for collaborative design and fabrication
• Digital fabrication techniques for timber and steel structures
• Holographic construction guidance systems
• AI-assisted design processes

Analysis of his recent publications reveals a strong trajectory toward practical applications of mixed reality technologies in architectural construction. His 2022-2024 works demonstrate increasing sophistication in using AR for high-precision fabrication, with measurable accuracy improvements achieving tolerances as low as 0.97mm. The research shows a clear evolution from theoretical exploration to practical implementation with quantifiable results in construction efficiency and precision.

Dr. Jahn has collaborated with numerous researchers including Newnham C, van den Berg N, and others, indicating an active research network. His work has been presented at prestigious conferences including CAADRIA and ACADIA, suggesting successful acquisition of research funding for projects focused on digital architectural technologies.

His research appears to involve laboratory or workshop settings for testing digital fabrication techniques, with documented real-world applications such as using holographic construction methods with expert bricklayers who completed wall sections in a fraction of expected construction time while maintaining industry-standard tolerances.