Project Update: Establishing Viable Product and Market Solutions for Hardwood Plantation Thinnings and Small Diameter Logs

Significant progress has been made on an ARC Advance Timber Hub Project which is establishing viable product and market solutions for hardwood plantation,  led by Dr Chandan Kumar from the Queensland Department of Primary Industries (DPI), as the research team continues advancing work on developing viable product and market pathways for hardwood plantation thinnings and small-diameter logs.

In recent weeks, the project team received a truckload of logs supplied by Wide Bay Water (WBW) for use in two of the ARC Advance Timber Hub’s Value-Chain Innovation Projects – Establishing Viable Product and Market Solutions for Hardwood Plantation Thinnings and Small Diameter Logs and Adaptive Building Forms for Inventory-Constrained Utilisation of Low Value Fibre. This delivery marks an important milestone and has enabled a concentrated period of hands-on assessment and early-stage processing.

Over the past fortnight, researchers have undertaken an extensive program of work, including log merchandising, cutting sample discs, capturing non-destructive measurements, and conducting the peeling study. These activities are essential for understanding log characteristics, evaluating processing performance, and building a data foundation that will inform future product development opportunities.

WBW staff visited the research facilities this week to observe the peeling operation and gain insight into the assessment and testing underway. Their visit highlights the strong collaboration at the core of this project.

With the logs now on-site, the team has progressed to the next phase of evaluation, including sample preparation for mechanical testing, heartwood–sapwood assessment, and durability analysis. These results will help determine the most promising processing pathways and potential product streams for plantation-grown hardwoods that have historically lacked clear commercial utilisation options.

The Value-Chain Innovation projects continues to build momentum, strengthening industry–research connections and generating valuable data to support the development of future markets for this important resource.

 

 

Hub PhD Candidate, Mahdi Mazhari, receives Mitacs Globalink Research Award to support International Collaboration

The ARC Advance Timber Hub is pleased to acknowledge the outstanding achievement of Mahdi Mazhari, a PhD candidate in Structural Engineering at Griffith University, who’s PhD is part of ARC Advance Timber Hub Research Node: Performance of Building Components, Project 1.1: Innovative Long-Span Timber and Wood-Based Hybrid Floors for Vibration Performance and Acoustic Compliance.

Mahdi has been awarded a Mitacs Globalink Research Award (GRA), enabling him to undertake a three-month research internship at the University of Victoria (UVic), Canada. This prestigious award supports high-calibre international research collaborations and will further strengthen the partnership between Griffith University and UVic within Hub Project 1.1.

Mahdi’s PhD research is led and principally supervised by A/Prof Hassan Karampour and Prof Hong Guan (Griffith University), with A/Prof Sardar Malek (University of Victoria) serving as his host supervisor during the internship.

The Mitacs GRA will enable deeper collaboration on the vibration performance of long-span timber and hybrid floor systems, shared experimental testing, advanced numerical modelling, and joint research outcomes across both institutions. The collaboration contributes to developing improved design guidance for next-generation sustainable timber and hybrid structures, supporting the ARC Advance Timber Hub’s mission to deliver high-performance, low-carbon building solutions.

The ARC Advance Timber Hub congratulates Mahdi on this accomplishment and looks forward to the valuable contributions that will emerge from this international research partnership.

Have Your Say on FWPA’s Draft Standard: Methods of Test for Mechanical Fasteners and Connectors

Forest & Wood Products Australia (FWPA) has released a draft industry standard “Methods of Test for Mechanical Fasteners and Connectors” providing an updated and reliable framework for testing and determining characteristic capacities of timber connections.

Developed through an FWPA-funded research project, the standard was supported by the Engineered Wood Products Association of Australasia (EWPAA) and undertaken by the ARC Advance Timber Hub at The University of Queensland. The project has been led by Professor Keith Crews, Hub Director, who has played a pivotal role in coordinating research and industry collaboration throughout its development.

The draft Standard offers an industry-led alternative to AS 1649:2001, establishing robust testing protocols for sawn timber and engineered wood products (EWPs) until AS 1649 is comprehensively revised. It reflects international best practice and provides consistent testing methods for assessing the structural performance of both new and existing connection systems including bolts, dowels, screws, and other fasteners.

“This project is an important step forward for Australia’s timber engineering and manufacturing sectors,” said Professor Keith Crews, Director of the ARC Advance Timber Hub.

“The development of this draft standard ensures that our industry continues to evolve with accurate, up-to-date testing methods aligned with international benchmarks. It’s been a collaborative effort across research, manufacturing, and engineering communities, and we encourage all stakeholders to review and provide their feedback to help refine and finalise this essential standard.”

The draft standard has undergone rigorous peer review and been road tested through an extensive experimental program by the ARC Advance Timber Hub.

The ARC Advance Timber Hub would like to acknowledge Professor Crews for his leadership and commitment to advancing this important work over the past six years of putting this draft together.

If you are interested in learning more or providing feedback on the draft standard, please click the link in the image below and submit your comments by 30 November 2025.

Novel Mass Timber System Showcased by Hub Partner Loggo

The ARC Advance Timber Hub is excited to share a recent Wood Central article highlighting the work of ARC Advance Timber Hub partner, Loggo.

The article “This Low Cost Building System Could Use Far Less Wood than CLT” explores Loggo’s  approach to developing efficient, low-cost timber building systems that optimise resource use and reduce material waste.

This work aligns with ARC Advance Timber Hub Project “Establishing Viable Product and Market Solutions for Hardwood Plantation Thinnings and Small Logs”.

The article also references the World Conference on Timber Engineering 2025 (WCTE 2025), which was hosted by the ARC Advance Timber Hub in June this year.

We encourage you to read the full article on Wood Central to learn more about Loggo’s exciting work.

WoodSolutions and Timber Insight advance sustainability

The ARC Advance Timber Hub is pleased to share an article published by Build Australia highlighting our partner Forest and Wood Products Australia (FWPA) and its WoodSolutions initiative.

The feature, WoodSolutions and Timber Insight advance sustainability, explores how WoodSolutions is supporting innovation and knowledge sharing across the timber industry to drive more sustainable construction outcomes in Western Australia.

Image courtesy of Build Australia

Timberbiz highlights new R&D funding for precinct project

The ARC Advance Timber Hub is sharing a recent article published by Timberbiz which highlights IndustryEdge’s new R&D funding for a major precinct project. This initiative aims to strengthen Australia’s timber industry through advanced data, research, and innovation — themes that strongly align with the Hub’s focus on sustainable design, advanced manufacturing, and collaboration across industry and academia.

 

We’re Not Sweden — Australia Must Do Prefab Housing Its Own Way

The ARC Advance Timber Hub would like to acknowledge an insightful article published by Wood Central, titled We’re Not Sweden — Australia Must Do Prefab Housing Its Own Way.as it aligns with our research under the Hub.

The article features commentary from Building 4.0 CRC CEO, Professor Mathew Aitchison, who highlights the opportunities and challenges facing Australia as it seeks to scale modular and prefabricated housing solutions. Professor Aitchison emphasises the importance of developing construction systems tailored to Australia’s unique environment, manufacturing capacity, and housing needs — rather than simply replicating international models.

Professor Keith Crews Featured in The Courier Mail: “Flatpack Village Could Build a Lasting Olympic Legacy”

The ARC Advance Timber Hub is proud to share that our Director, Professor Keith Crews, was recently featured in The Courier Mail (17 October 2025, page 5- to view the full article a subscription to The Courier Mail is required and can be viewed on this link), in an article highlighting innovative housing solutions for Brisbane 2032 and beyond.

In the article, titled “House About a Flatpack Village,” Professor Crews discusses the potential of rapid flatpack modular construction—a method described as “IKEA on steroids”—as a sustainable and efficient way to deliver housing for the Brisbane 2032 Olympic and Paralympic Games Athletes Village at the RNA Showgrounds.

Unlike traditional concrete construction, which can take up to a month to cure and reach full strength, modular housing can be assembled and disassembled in a matter of weeks using prefabricated materials. Professor Crews notes that this approach offers not only speed and efficiency during construction but also lasting value for the community after the Games.

“What we’ve been saying to the state government is this is a great opportunity to build some high-quality apartments that have a legacy life for Queensland,” Professor Crews said. “The conversion from athletes and officials’ accommodation into high-quality apartments is a relatively simple thing to do.”

As Director of the Australian Research Council’s Research Hub to Advance Timber for Australia’s Future Built Environment, Professor Crews leads more than 30 research projects exploring timber’s potential as a sustainable alternative to traditional materials such as concrete.

“Our mission is to get timber into the built environment for environmental and sustainability reasons,” he said.

The article also highlights the growing success of prefabricated construction in Australia, referencing a recent nine-storey apartment project in Spring Hill completed in just nine months; less than half the time it would take using concrete.

Professor Crews’ insights reflect the Hub’s ongoing commitment to advancing sustainable, innovative, and scalable construction solutions that support Queensland’s housing future and the nation’s transition to a low-carbon built environment.

 

Image courtesy of Emma Cross 

Queensland Future Timber Plan Charts Long-Term Vision for a Sustainable Timber Industry

The Crisafulli Government has unveiled the Queensland Future Timber Plan — a long-term strategy designed to provide certainty for the forestry and timber industries while supporting regional jobs, sustainable growth and infrastructure needs.

Developed in collaboration with key industry, research, and community stakeholders, the Plan outlines a 25-year vision to secure the timber needed for the government’s target of one million new homes by 2044.

The ARC Advance Timber Hub has been closely involved in this process through membership of the Timber Supply Chain Ministerial Stakeholder Roundtable and direct engagement via Hub Director, Professor Keith Crews.

“It has been a great privilege for me to represent the ARC Advance Timber Hub in contributing to this significant policy development, which has been developed to ensure a sustainable timber supply to meet future housing needs for Queensland,” Professor Crews said.

The roundtable also included representatives from Timber Queensland, AgForce, Queensland Farmers’ Federation, the Housing Industry Association, Forestry Australia, HQPlantations, Australian Forest Contractors Association and leading timber companies (such as Hub Partners, AKD & Hyne).  

The Hyne Group CEO, Jim Bindon stated, “Our industry and its products are not only essential for building family homes and much needed infrastructure, but also for their by-products used in the manufacture of pallets, particle board, packaging, commercial scale potting mix to grow fresh food – to name a few.

“The Government is acutely aware, that as the population increases, demand for these products is only increasing, as is the need to provide employment amidst thriving, regional communities such as the Wide Bay.

“The need for secure, plantation pine volumes goes hand-in-hand to meet this demand which needs to be planned for now. As stated in the report, ‘The decisions we make today will shape timber supply well beyond 2050’.

“On behalf of the Hyne Group, we congratulate the Queensland Government and its collaborative approach in developing and delivering the Queensland Future Timber Plan.”

The Queensland Future Timber Plan focuses on five key pillars:

  • Supply — securing sustainable timber resources for housing, construction and industry.
  • Supply chain and market development — enhancing competitiveness on an international scale.
  • Regulatory framework — modernising regulation in a way the community supports.
  • Workforce — building and retaining a fit-for-purpose workforce in rural and regional economies.
  • Research, development & extension (RD&E) — leveraging innovation to modernise the forestry and timber sector.

Among its major commitments, the Plan sets a target to expand Queensland’s plantation estate by 25,000 hectares by 2050, modernise forest management systems, and maintain both plantation and native forest resources to meet ongoing housing and infrastructure demand. Sustainable selective harvesting of native hardwoods will continue in state-owned and privately owned forests, while no reintroduction of harvesting will occur within the South East Queensland Regional Plan area.

 “The Plan provides the certainty and direction needed to rebuild confidence across the sector”, Minister for Primary Industries Tony Perrett said. “The Queensland Future Timber Plan will help rebuild Queensland’s forestry and timber industry to build more homes for Queenslanders. Timber is the ultimate renewable resource—it captures and stores carbon and requires less energy and carbon emissions than materials like concrete and metal.”

Timber Queensland Acting CEO, Clarissa Brandt, welcomed the Plan as a balanced and forward-looking strategy that provides long-overdue certainty for the sector and regional communities, “This plan is a major step forward for Queensland’s forest and timber industry. For the first time in decades we have a long-term strategy that recognises the essential role our industry plays in housing, construction, regional jobs and environmental outcomes, setting a clear direction for growth and sustainability.”

Mrs Brandt added that the Plan’s five core focus areas align with the priorities raised by industry during consultation, including the need for long-term resource security, plantation investment, and support for private native forestry. “This Queensland Future Timber Plan is a strong foundation. With the right investment and collaboration, we can ensure Queensland’s most renewable resource continues to deliver for future generations.”

Over 1.35 million Queenslanders were reached through consultation, with more than 350 people directly engaged and 550 ideas gathered to inform the Plan’s first five-year action agenda. This broad consultation underscores the Plan’s collaborative nature and the shared commitment between government, research, and industry to ensure Queensland’s timber future remains sustainable and globally competitive.

The Queensland Future Timber Plan strongly aligns with the mission of the ARC Advance Timber Hub, to foster innovation across Australia’s timber value chain through collaborative research and partnerships with government, industry, and academia. The Hub’s contribution to the Plan reflects its commitment to ensuring Queensland’s timber future is both sustainable and forward-looking. Through ongoing research in areas such as engineered timber systems, circular economy design, and advanced manufacturing, the Hub will continue to support the Plan’s objectives and the broader goal of delivering low-carbon, renewable materials for Australia’s built environment.

For more information and to download the plan, visit the Queensland Government website:
Queensland Future Timber Plan

 

Adam Faircloth’s Gottstein Fellowship Study Tour – Exploring the Global Understanding of Timber Vibration and Acoustics

Queensland Department of Primary Industries (DPI) researcher and ARC Advance Timber Hub PhD Candidate Adam Faircloth was awarded a prestigious Gottstein Fellowship in 2024 to investigate global approaches to vibration and acoustics in timber structures.

His project, “The Global Perception and Understanding of Vibration and Acoustics in Timber Structures”, explored how different regions design, test, and perceive mass timber buildings — particularly their performance in managing low-frequency vibration and sound transmission.

As part of the fellowship, Adam embarked on an ambitious study tour across 13 countries, engaging with 112 practitioners including researchers, designers, builders, manufacturers, and consultants. His findings draw on perspectives from Europe, North America, Asia, Australia, and New Zealand, providing valuable insight into international best practice and opportunities for innovation in Australia’s mass timber sector. The research is of valuable use for the Hub with Project 1.1 – Innovative Long-Span Timber and Wood-Based Hybrid Floors for Vibration Performance and Acoustic Compliance and Project 2.3- Influence of CLT Manufacturing Variables on Vivration and Acoustic Performance in which Adam currently works on.

The study highlighted that while mass timber construction is gaining rapid momentum globally, challenges remain in achieving design confidence around vibration and acoustic performance. These challenges often lead to overly conservative designs, increasing material use and costs. Adam’s work identified the need to refine standards and bridge the gap between laboratory testing and real-world performance, as well as better integration of occupant comfort into design approaches.

Key outcomes of the fellowship included:

  • A clearer understanding of global design standards and how they differ regionally.
  • Identification of three key research priorities: developing long-span mass timber floor systems, improving understanding of material properties, and linking measured vibration data with occupant perception.
  • Enhanced collaboration between researchers and industry, encouraging innovation in sustainable building design.

The findings will continue to inform Adam’s PhD research with Griffith University, focusing on improving vibration and acoustic prediction methods for mass timber floors — helping to build a more confident and resource-efficient timber construction industry in Australia.

Adam’s fellowship exemplifies the value of the Gottstein Trust’s mission: to support emerging leaders in forestry and wood products research, and to strengthen Australia’s position in sustainable building innovation.

To read Adam’s full report please click on the link, and for more information about the Gottstein Trust, visit www.gottsteintrust.org

The Gottstein Trust Fellowship, awarded annually, supports innovation and professional development within Australia’s wood products and forest industries. For decades it has provided opportunities for leaders like Crews and Faircloth to advance the science and application of timber in the built environment.

Applications for the 2025 Fellowship round are now open until 27 October 2025, inviting project submissions from professional’s keen to contribute to the future of Australia’s forest and wood products industries. To apply please click on the link.