Final Year Student • Propulsion • Fluids • Manufacturing
I focus on propulsion and fluid systems engineering for rockets and experimental test rigs. My work combines industry internship experience, student leadership and hands-on development of real, tested hardware.
Job ready experience from years leading student teams, working in industry and developing propulsion and mechanical systems.
Lead Monash High Powered Rocketry as Team Lead, guiding operations, sponsor engagement and technical delivery through launch campaigns.
Propulsion lead for IREC entry that earned 2nd place in the 10k ft SRAD category and overall winer of the Jim Furfaro Award for Technical Excellence from 140+ teams internationally. Led the development of the most powerful hybrid rocket engine in Australia and UK, 10kN+ thrust, first student LOX hybrid engine in Australia.
Rocket Lab internship on Neutron Thrust Module hardware, supporting structural analysis, design, test planning and execution. Development of manufacturing skills, lab skills and additive manufacturing from working at Titomic.
I design, simulate, manufacture, test and iterate rocketry and aerospace hardware. Developed through my technical experience in industry, student teams and personal projects. I have worked as a leader managing the systems engineering processes, managing groups of student engineers from 10 to 150+ taking projects from concept to competition.
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Fuel and oxidiser systems, hybrid and liquid engines, injectors, valves, regeneratively cooled nozzles, composite overwrapped pressure vessels and everything in between. I design and lead projects that meet team and personal goals, taking a safe and practical approach to propulsion design.
High pressure fill systems, feed systems, pneumatics and instrumentation. I build these using COTS and inhouse components, designing through P&ID and CAD, then assembling and commissioning these fluid systems. I have made custom DAQ hardware including PCBs, networking and software for remote control and data logging of rocket engines.
Design for manufacture, fabrication, assembly and functional use. I make sure components are practical to build, easy to assemble and ready for real world testing. Leveraging my experience in machining from student engineering and work as a machinist.
I have written thermodynamic simulations for all rocket engines I have worked on and performed extensive FEA campaigns on structural components, with industry backed experience from Rocket Lab. Strong foundational understanding of supersonic CFD from my nozzle research project.
Core tools I have gained proficiency in.
Please reach out with any opportunities or questions, I am always keen to chat, even if you just want to talk about rocketry!