Light House Project #6: Malvern East Apartment Development
Although significant claims exist with regards to the benefits of utilising offsite construction, often, these are anecdotal, context-specific, and challenging to quantify in comparison to business-as-usual. Previous CRC project findings suggest that the benefits of offsite construction are often not realised because the design consultants, developers, and builders do not effectively collaborate to deliver integrated solutions.
This project will document, benchmark, and suggest improvements to realise the benefits in offsite construction using an offsite timber pilot project in Malvern East in order to quantify benefits and recommend improvements.
Research streams will focus on Integrated Design (Design for Manufacture and Assembly -DfMA) considerations, Life Cycle Analysis, Building Performance (Acoustic, Vibrations and Indoor Environmental Quality), Market Perceptions and Digital Project Management (10D-Building Information Modeling) to holistically demonstrate the value of the off-site timber approach in building construction.
Researchers on this project include: Sahar Soltani (Project Lead), Ali Rashidi, Duncan Maxwell, Victor Bunster, Camilo Cruz Gambardella, Jean-Paul Rollo, Jenny Zhou, Victor Chang, Mohaimeen Islam, Miyami Sinhala Pathiranag, Dilshi Dharmarathna, Tuan Ngo, Lu Aye, Tuan Nguyen, Xuemei Liu, Bernard Gibson, Alireza Chiniforush, Richard Nero, Siddhesh Godbole.
Date commenced and duration
December 2022 - December 2024Lead researcher
Industrialisation
- Property Development
- Customers and Markets
- Indoor Environmental Quality
- Life Cycle Assessment
- Sustainable Materials & Products
- Platforms and Process
- Building Design and DFMA
- Prefabrication & Advanced Manufacturing
- Product & Process Efficiency
Life Cycle Assessment
Theme coordinator
Dr Victor Bunster
Projects
#65 European Research Tour 2023: Berlin – Copenhagen – Malmö
Light House Project #6: Malvern East Apartment Development
#59 Innovative Steel–Timber–Concrete Composite StrongFloor
#28 Componentised Internal Wall Systems for Multi-residential Applications
#27 Environmental Decision-Support for Structures
Sustainable Materials & Products
Theme coordinator
Dr Philip Christopher
Projects
#104 Development of a solution for high-rise mass timber residences through a Post & Plate system – Phase 2 Numerical and experimental investigation
#84 Feasibility study of recycling excavated clay materials in full-scale concrete applications
#86 Sustainable 3D printed concrete for bespoke infrastructure
#95 The Homes NSW MMC Program
#93 US Research Tour 2024: San Francisco and Greater Bay area
Platforms and Process
Theme coordinator
Dr Duncan Maxwell
Projects
#90 Evaluating the effectiveness of roofing work inspection using remotely piloted aircraft systems
#95 The Homes NSW MMC Program
#93 US Research Tour 2024: San Francisco and Greater Bay area
#53 Process Engineering, and Design and Estimating Automation of Fleetwood’s Product Platform
#61 Building Productivity – Product, Process, People
Building Design and DFMA
Projects
#71 Automated decision making for interdisciplinary coordination during early-stage building design
#95 The Homes NSW MMC Program
#61 Building Productivity – Product, Process, People
Light House Project #13: Mixed Reality Carpentry Demonstration
Light House Project #3: NCHA Independent Living Lab
Prefabrication & Advanced Manufacturing
Projects
#104 Development of a solution for high-rise mass timber residences through a Post & Plate system – Phase 2 Numerical and experimental investigation
#84 Feasibility study of recycling excavated clay materials in full-scale concrete applications
#95 The Homes NSW MMC Program
#93 US Research Tour 2024: San Francisco and Greater Bay area
#68 Development of a solution for high-rise mass timber residences through a Post & Plate system – Phase 1 feasibility study
Keywords
- 10D BIM
- Building Information Modelling
- Construction Management
- Construction Monitoring
- Industrialised Construction
- Integrated Design
- Prefabrication
- Visualisation