Payload Scientist
CurrentIn mid-2020 I was part of a team of 12 undergrad students from Monash Nova Rover Team who designed and submitted a Lunar rover payload for NASA's 'Honey, I Shrunk the NASA Payload' competition. We are extremely honoured to have placed SECOND out of over 130 teams from around the world.Our challenge was to design a Lunar rover payload that weighed less than 0.4kg, was about the size of a soap bar, and could survive Lunar conditions for up to 30 days. The payload was required to collect valuable information about the Lunar surface in preparations for the upcoming sustained human presence on the Moon as part of the Artemis Program. The payload won a second place award and the team were invited to the next stage of the program - developing a proposal to NASA to build the payload. During the Christmas and New Year period of 2020-2021, we expanded our team to almost 20 members comprised of both Nova Rover members, and industry advisors from CSIRO Data61, Neumann Space and NASA. I worked alongside Daniel Ricardo and Xavier Andueza to develop a complete project plan and timeline to develop and three complete payloads in one year. Through liaising and working with the engineering teams, I developed a comprehensive Lunar environmental testing plan (temperature, radiation, static acceleration etc.), and success criteria for the prototype rover. Additionally, I helped design a 5 phase engineering timeline adapted from NASA's Systems Engineering Handbook. Our proposal was incredibly competitive for a student team - winning an Honourable mention and almost receiving seed funding to join the Artemis missions NASA Referee: Dr Andrew Shapiro, Technology Formulation at Jet Propulsion Laboratory, California Institute of Technology