Discover the future of sustainable construction as we explore the latest Mass Timber projects and innovations from around the world in this week's episode! We discuss Hines Development's successful opening of their flagship T3 development in Collingwood, Melbourne, Australia, and celebrate the University of Melbourne's incredible third-place win in the recent CTBUH competition for their Sense Scraper New York City design.
Join us as we uncover Mortensen's ambitious plans to create a zero-carbon facility in Washington State, and marvel at the first Australian Passive House nursing and midwifery hotel in Melbourne. Don't miss this opportunity to gain insights from industry experts and learn how Mass Timber is revolutionizing the global construction sector. Make sure to subscribe, like, and comment on our podcast to stay updated with all the latest happenings in the world of Mass Timber Construction.
Production by Deeelicious Beats
Music "Game Play" by Quality Quest
Podcast is a Mass Timber Construction Journal Production
Sponsors of the Podcast:
International Association for Mass Timber Construction (IAMTC)
The International Association for Mass Timber Construction aims to promote and deliver value to its members and associated stakeholders through an all-encompassing approach to advocacy, thought-leadership, development for the architecture, engineering, construction, manufacturing sectors, provide education, training/teaching and research in establishing a global mass timber construction sector across the five contents of the world.
We hope this week has been great for you and we've got some interesting news to give you. But before we do that, make sure you hit the subscribe button or like or comment on posts on our social media feed, and we do appreciate you following all the activities as we bring you the latest news from around the world in Mass Timber Construction Land, don't forget we have very special guest episodes that are interspersed with these weekly updates And you can catch up with all the in-depth insights on how people are making it and changing the global construction sector by using Mass Timber as a core construction system. Let's have a look at what's making news around the world this week in Mass Timber Construction Land And the global developer that is the Hines Development cohort has had a successful opening of their flagship T3 development in a place called Collingwood in Melbourne in Victoria in Australia. The tour was recently held at the T3, which stands for Timber Transit and Technology, and the Mass Timber building is one of the finest buildings in the Asia Pacific region within the Heinz portfolio group. The Collingwood office is located at 36 Wellington Street, around 3km north-east of the Melbourne CBD, and is a 15-story heavy timber building spanning 18,200 square metres, and the University of Melbourne in Australia has had great representation for its Sense Scraper New York City third-place winning design, and the Financial District of Manhattan is best known for its fast-paced lifestyle. Now, despite all of its popularity, the area is often criticised for having half the limited green spaces and contributes to less stress and anxiety when these are available for residents to enjoy. So the Sense Scraper is a mixed-use building that incorporates mass timber construction, explores concepts of biofilia, and the building was designed as the third-place overall urban OASIS winner in the recent CTBUH competition for the 2022 Student Tour Building Design Competition. So congratulations to everyone on the team from Melbourne University. If you'd like to see all the entrance, please head to the Mass Timber Construction Journal LinkedIn feed and you'll be able to catch up on all the news around that competition.
And Mortensen's is looking to target zero carbon on its $74 million engineered building in Washington State. The four-story, 54,000 square feet facility targets zero carbon zero energy certifications through the International Living Future Institute. According to Mortensen's project page, combining a green building guidelines with mass timber and cross-laminated timber structure will reduce the environmental impact of the project. It's been incredibly rewarding to be part of their team collective efforts to reduce embodied and operational carbon for this facility throughout the design and construction. According to Jennifer Kim from Mortensen's, we love making collaborative approaches with clients and WWU who provide value-added solutions for identifying the best sustainable, focused opportunities early on, and we can't wait to start the building as the first of its kind facility, while we're also tracking our own personal sustainability efforts on site. Congratulations to the team at Mortensen's. It's going to be an epic build And the Passive House Australia Association is reporting the first Australian Nursing and Midriffery Federation Hotel, located in Victoria and Connell Streets in Queen Victoria Market in Melbourne, australia, adjacent to the AMF headquarters.
The eight-level 29-room hotel sits behind a fully restored Heritage Facade and applies the Passive House techniques. Congratulations to all of the team members, including multiplex WSP structures, hip V, hype, stantech and X-Lam who supplied the material. And so that's it, folks. That's all we've got time for this week. Thank you for joining us on the Mass Timber Construction podcast, once again for a weekly update. Don't forget to subscribe. Never miss an episode. Make sure you hit that like button, leave a comment, follow us on social media And we will look forward to bringing you the news again next week. Don't forget the special guest episodes and you can really get involved in an in-depth look at what's happening around the world from listening to experts as we transform the way that Mass Timber Construction changes and transforms building for the better. Good morning, good afternoon All, good evening, wherever you are in the world today. My name is Paul Kremer and signing off on the Mass Timber Construction podcast. Mass Timber Construction.