Learn how innovative timber and sensor technologies can enhance building resilience and reduce environmental impact.
Learn how innovative timber and sensor technologies can enhance building resilience and reduce environmental impact.
1.00 RIBA - The Royal Institute of British Architects Points 2.00 Australian QLD - NSW - VIC - TAS - WA Points 2.00 Australian CPD ACT-SA-NT Points 20.00 NZ Registered Architects Board Points
Abodo Wood
Abodo educational content is recognised under the ARB, Architectural Registration Board competencies, Environmental Sustainability and Fire and Life Safety.
Ben Sharples | Technical Solution Specialist | Tector
Synopsis: How to use sensors and AI to prevent water ingress
Ben will take you through an innovative, low-effort solution that helps prevent water from damaging your project, whether it be timber, brick or concrete. He will cover the hidden financial and environmental costs of water ingress, with the many challenges and delays it adds to projects. You’ll come away with an understanding of what causes the issue and how to prevent it in future projects.
Ben will give you specific examples of real-life damages and cases where sensor technology has prevented that type of damage. The presentation will also touch on how the sensors are installed, how the software interface works, and how the underlying algorithm allows critical conditions to be detected automatically at scale.
Learning outcomes:
Speaker Bio: Ben Sharples has over 20 years of experience in the construction industry, having worked with reputable organisations such as National House Building Council, BM TRADA, and New Homes Customer Care. His career has spanned various roles, including 10 years as a Timber Expert Consultant and Technical Manager, where he specialised in timber construction, quality assurance, and technical solutions supporting designers, specifiers and contractors through the build process. Ben joined Tector last year, driven by a passion for advancing technology in construction. His focus is on promoting innovative solutions that detect moisture early, helping to safeguard buildings and enhance long-term durability. With his deep industry knowledge and forward-thinking approach, Ben is committed to bridging the gap between traditional construction practices and modern technological advancements.
Alex Webb | Timber Specialist | Glenalmond Timber & Intelligent Wood Systems
Synopsis: Thermally Modified Laminated Timber
In this presentation, Alex will share insights into the versatility of Thermally Modified Laminated Timber exploring its benefits, performance characteristics, and expanding role in the built environment. He will take you through a garden room that has been built using Abodo Vulcan Flatsawn timber that Glenalmond helped to design.
Learning outcomes:
Speaker Bio: With nearly three years of hands-on experience at Glenalmond Timber & IWS, Alex has developed a deep understanding of thermally modified laminated timber and its applications in modern construction. Working closely with architects, engineers, and manufacturers, Alex has played a key role in implementing innovative wood solutions that enhance durability, sustainability, and design flexibility.
About Abodo:
New Growth Feature Timbers that Protect the Forests We Can’t Replace
Abodo exists to create feature timbers that stand for something, a movement toward better forestry practices and sustainable innovation. Their New Growth, rapidly renewable timbers offer the natural beauty and performance of old growth, made durable through innovation and crafted with care to protect the forests that we can't replace. Abodo timbers sequester more carbon than is used in their production, and by eliminating harmful chemicals their thermally modified wood is safe for both people and the planet.