Co-Inventor of two international patent applications (PCT), both progressing with confirmed novelty and inventive step:
These technologies address a validated Defence capability gap in shipboard firefighting and damage control, enabling indirect attack of compartment fires while maintaining boundary integrity.
Research, prototyping, and testing have been conducted in collaboration with academia, industry partners, and third-party facilities, supporting ongoing capability development.
Featured in the maritime industry journal Professional Mariner:
Technology, innovative designs advance maritime firefighting, training – Professional Mariner.

Published and presented research at the International Maritime Conference (IMC) during the Indo-Pacific International Maritime Exposition (2022 & 2023), focusing on naval survivability and innovative firefighting capability.
Delivered a case study and capability proposal titled:
“How to Survive a Hypersonic Hit”, introducing novel approaches to compartment survivability and indirect attack fire suppression systems.
Selected to present as a keynote for the Civil Defence (CIVDEF) proceedings, engaging Navy, industry, and international stakeholders on emerging maritime threats and improved lifesaving responses.

Active contributor and facilitator within Navy Warfare Innovation (WIN) workshops and think tanks (2020–2022).
These contributions led to participation in the National Innovation Policy Forum at Parliament House (2022).

Engineering intern supporting advanced manufacturing and rapid prototyping at University of Technology Sydney, ProtoSpace and Tech Labs (2020–2022).
Worked within multidisciplinary R&D teams delivering next-generation manufacturing capability, developing hands-on experience across:
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