ConEd Credits: 1 BOMI CPD; AIBC 1 Core; BC Housing 1 CPD (Construction technology); 1 IDCEC General Hour
Location: Tradeshow Floor: TECHCENTRIC (Booth 1603)
Building Type: Civic / Infrastructure, Commercial, Industrial, Institutional, Mixed-Use, Residential: Multi-Unit, Residential: Single-Unit
Emerging technology is moving quickly from hype to practice in the AEC sector. This session brings together practitioners from leading firms to present real-world case studies of how emerging technology such as AI is being applied today. Each study will highlight a distinct use case: from generative design workflows, to automated code compliance, to predictive analysis, to smaller operational efficiencies. The panel will move beyond abstract discussion to share tangible lessons learned, implementation challenges, and measurable outcomes. Attendees will gain insight into how to evaluate opportunities and limitations for their own organizations.
Xun Liu is Assistant Professor at the School of Architecture and Landscape Architecture at the University of British Columbia. Her research explores computational design with a focus on generative AI, representation and digital media, data-driven methods, and environmental sensing. She investigates how emerging technologies can inform design processes, bridge quantitative analysis and creative practice, and operate across both architectural and landscape scales.
Xun holds a Ph.D. in Constructed Environment from the University of Virginia. Her dissertation, AI+ Landscapes: Deep Learning in the Generation and Analysis of Landscape Form, investigates the theories and applications of AI in landscape architectural design and research. She also holds a Master of Landscape Architecture from the Harvard Graduate School of Design—where she received the Jacob Weidenman Prize and the Irving Innovation Fellowship—and a Bachelor of Architecture from Tongji University.
Sahar is a computational designer with a strong interest in digital fabrication. She holds a Master of Advanced Studies in Architecture and Digital Fabrication from ETH Zurich and a Master of Architecture and Landscape from Shahid Beheshti University. For over 2 years, Sahar was involved in geometry rationalization and making CNC production files in Switzerland. Parallel to her studies, she worked as an architect and technology resident in several offices.
At StructureCraft, Sahar leads our computational design team on freeform projects, involving such duties as leadership of internal computational teams, schedule maintenance, issue correction, and collaboration with the 3D department. When she finds a free moment, latte art, augmented reality, and cooking occupy her interest.
Robert Jackson is a structural engineer and Partner at Fast + Epp, in Vancouver, BC. He offers a unique skill set due to his hands-on experience as a carpenter and fine woodworker. He is a designer with expertise in timber, steel, and concrete in both Canada and the US. Over his career, Robert has developed a particular specialization in mass timber design, having contributed to the success of many of the firm’s most innovative timber projects across North America including the TallWood House at Brock Commons, Limberlost Place, The Hive, 981 Davie Street, and the PNE Amphitheater. He is a contributing author on many articles, papers, and journal publications relating to timber research and development and is passionate about sharing lessons learned.
Jason is a sought-after subject matter expert for project delivery and a known leader in building performance and analytics. His deep understanding of building system principles allows him to use cutting-edge technology to conduct sophisticated analyses that fundamentally inform design decisions and improve the sustainability and functionality of the built environment. With experience throughout all phases of architectural production, from initial concept to detailed delivery, Jason understands how to transform high-level strategies and ideas into design and construction solutions.
As building performance lead, Jason applies advanced analytical techniques to perform building analysis and optimize building efficiency and intelligence across many building typologies. With his well-rounded and blended perspective of architecture and mechanical engineering, he brings a unique approach to each project with attention to detail, weaving together factors such as thermal comfort, energy usage, and indoor air quality to deliver innovative solutions.