An exhibition of work

Systems and verification: 6 exhibits.

1. Roo-ver display model

   

   Current role · Full-time · February 2026–present

   Systems Engineer at Lunar Outpost Oceania

   My contribution

   I work across mechanical, electrical and software disciplines on autonomous systems for extreme, uncertain environments. Using the V-model, I connect requirements decomposition and traceability with system architecture, implementation, integration and verification. As a test conductor, I also coordinate mobility testing.

   Work and outputs

   Requirements and architecture contributions, verification plans and test procedures, and improvements to engineering processes and workflows.

   Requirements · Traceability · Integration · Software assurance

   Previously: Robotics Software Engineer Intern

   Internship · November 2025–February 2026

   I built a software project management and assurance workflow for mission-critical robotic software. Working with the Software Project Manager, I developed traceability, verification and compliance-planning artefacts informed by NASA-style standards and helped embed assurance in the development process. I also developed verification tooling and a test client for command and telemetry protocols.

2. 

   

   Student engineering team · 2023–2025

   Bringing a rover team together

   Project Manager Team Lead · Business Team Manager

   My contribution

   I led students through the systems engineering lifecycle, developed training and helped connect requirements, interfaces and subsystem work. I also presented rover-team work.

   Result or output

   Training materials and workshops, integration and verification plans, and CAN/UART rover firmware.

   Systems integration · Technical leadership · Embedded communications

3. 

   University communications capstone

   Understanding a moving network

   My contribution

   I developed a hybrid communications simulation and benchmarked a Raspberry Pi prototype for a rural-fire response scenario.

   Result or output

   A simulation framework and prototype measurements of latency, throughput and packet loss to examine communication trade-offs.

   Simulation · Prototype testing · Communications analysis

4. 

   University robotics project

   Connecting perception with action

   My contribution

   I worked across perception, planning, communication and motion execution in an interactive UR5 system.

   Result or output

   A tic-tac-toe system connecting camera localisation and game logic with physical moves on the board.

   Computer vision · Coordinate transforms · Robot integration

5. AI-generated illustration

   

   MILO Mission Academy · Simulated mission concept · 2024

   An electrical subsystem in a mission concept

   Electrical Subsystem Lead

   My contribution

   I led electrical subsystem work, coordinated with other subsystem leads and managed team meetings, timelines and budget constraints.

   Result or output

   An electrical and power-system concept, interface documentation and verification planning for the academy project.

   Electrical systems · Interfaces · Team coordination

6. 

   i-SAIRAS · Conference attendance · Brisbane · 2024

   Learning from the space robotics community

   My contribution

   I attended the International Symposium on Artificial Intelligence, Robotics and Automation in Space in Brisbane.

   Space robotics · Professional learning