Advancing biocomposite-based infrastructure requires rigorous research, interdisciplinary collaboration, and independent verification. Over the past several months, Umbrellus has partnered with RMIT University’s Fungineers (Advanced Manufacturing & Mechatronics) to undertake material investigations into mycelium paste additive manufacturing, fire behaviour, thermomechanical response, and early composite performance using agricultural byproducts. This collaboration contributed to: - Controlled fire–response observations across multiple mycelium composites - Additive manufacturing trials using paste-extruded mycelium-based formulations - Prototype material characterisation - Practical demonstrations of scalability and production workflows - Foundational data points informing our broader LCA and FEA studies with RMIT The work presented at the Engenius Exhibition reflects the commitment of these emerging engineers to exploring regenerative materials with scientific discipline and curiosity. We extend our thanks to Jade, Omar, Rishi, Sam, and RMIT Advanced Manufacturing and Mechatronics Professor Dr Shadi Houshyar for their technical diligence and for contributing meaningful early-stage insights to the Umbrellus material pipeline. As we move into field prototyping with Victorian growers, this research collaboration continues to strengthen the scientific basis of our design decisions and our pursuit of resilient, low-impact infrastructure systems for agriculture and beyond.
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