Teaching @ Macquarie University
My mission in education is to make autonomous systems approachable and engaging, helping students see the creative thinking behind complex theory. Through close work with student groups, I’m committed to mentoring teams in the MQ Robotics Club, Drone Society, MARS Rover, and the Advanced Drone Systems Research Centre at MQ—connecting research with meaningful real-world impact.
This unit teaches the principles of IoT and Embedded Systems using RTOS and the STM32 dev board.
Co-designed and co-taught an advanced undergraduate course focused on hands-on experience designing, building, and programming mobile robots using ROS. Lab sessions aim to develop student skills in ROS, computer vision, motor control, sensor integration, mapping, localization, and navigation.
Co-designed and co-taught an advanced course that provides hands-on experience in designing, building, and programming sensor networks and IoT projects. Lab sessions focus on skill development in sensor integration, web design, data analysis, and machine learning in IoT applications.
Co-supervise undergraduate and postgraduate students, providing mentorship and support in their research projects.
More InfoWorked as a lab tutor for the sixth SPINE unit, a curriculum designed to cultivate professional acumen, transferable competencies, and employability. The unit blends online modules with hands-on, project-based learning activities and is co-facilitated by a team of academic experts.