- Spearhead the development of Project Zenith, the first Level 3 Rocket with a hybrid engine in Australia.- Manage and coordinate engineering efforts across seven specialized subsections, ensuring seamless project integration and successful collaboration in a high-pressure, competitive environment.- Oversee the alignment and integration of complex systems, including avionics, deployment mechanisms, and hybrid rocket engines, ensuring all subsystems work cohesively within the final product.- Coordinate the design and delivery of the rocket, adhering to the team’s systems engineering approach and maintaining all required documentation.- Present weekly updates to a diverse team of 120 members, conveying complex technical progress and fostering a collaborative and motivated team environment.- Ensure all competition requirements are met, and work closely with the management team to align the project with the overall goals and objectives of the team.

- Led the development of Project V.O.R.T.E.X, an autonomous mechanical claw designed to deploy a scientific payload that performs high-altitude atmospheric experiments. - Prototyped the claw using SolidWorks, followed by precision 3D printing to materialize the concept.- Working on a MEMS Experiment focused on isolating vibrations, temperature, and orientation across four distinct sensors, ensuring precise data acquisition.- Aiming to refine data for simulations, significantly enhancing the prediction accuracy of the rocket's apogee allowing the team to perform better in the world’s largest intercollegiate rocketry competition.

- Collaborated with Paediatric Surgeons to help develop an ultrasound device that can be used for paediatric patients to measure their bladder volume for a 24 - 48 hour time period allowing for more accurate diagnoses.- Acquired knowledge regarding multiple technical design principles, notably Design for Functionality, Safety, Reliability, Manufacturability and Human-Centered Design.- Developed expertise in international regulations for biomedical devices, leading to the creation of tailored business models for device-specific applications.- Designed and experimented with several ultrasound sensors to create an initial prototype that is being further developed.

- Responsible for conducting regular hall meetings, organizing events and activities, and enforcing university policies and regulations.- Serve as a resource and support system for my residents, providing advice and guidance on a variety of issues, from academic stress to interpersonal conflicts.

My responsibilities as the Web and Socials Director include designing and producing MAMEC publications while also developing and creating the club's newsletters.