
Our Activities
We offer a variety of activities to help students learn, network, and grow in the field of rocketry.



Our Story
From humble beginnings to launching rockets that reach new heights.



Meet The Team
Meet the dedicated leaders driving UARC forward with their passion for rocketry and aerospace engineering.

President
I am a 4th Year Mechanical Engineering student who serves as the current president of UARC. I am passionate about aerospace and aerospace education , looking to create a platform for students to get hands on experience and learn in a club environment.
Visit ProfileVice President
I am a final year mechatronics student and founding member of the rocketry club. I am responsible for managing a variety of projects within the club to help ensure that we continue to grow into the future. I initially joined the club due to my interest in aerospace, and the rocketry club has helped me grow that interest into being able to build and launch actual rockets.
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Treasurer
Hi my name is Daniel and I’m the treasurer for UARC. I am a Part IV Mechatronics engineering student also do a Bachelor of Commerce. I manage all things finance in the club and have a keen interest in rockets and aerospace.
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Secretary
Hi, I'm Kenneth, a second-year Mechatronics student and the Secretary of UARC. I keep the club organised behind the scenes, managing meeting minutes, room bookings, and coordinating our Level 1 rocket build events.
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Structural Team Lead
I am a Final year Mechanical Engineering student, leading the structural subgroup. I oversee the designing and manufacturing of components and their integration with other subgroups for our rocket builds.
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Control Systems Team Lead
I am a final-year Mechatronics Engineering student at the University of Auckland passionate about building systems where software, electronics, and mechanics converge. Driven by a goal to create a hands-on aerospace platform on campus, I co-founded the UoA Rocketry Club alongside peers to design, build, and launch high-powered rockets. As the Control Systems Team Lead, I manage a cross-disciplinary team of seven developing an active drag control system for the 2026 Australian Universities Rocket Competition, focusing on multi-subsystem integration and mentoring peers through complex technical challenges.
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Lead Avionics Engineer
PIII Computer Systems, Lead Avionics Engineer presiding over all Flight Computer Systems. Principal Engineer in the development of an SRAD for the purposes of Rocketry Telemetry and Control. Passionate about Radio and Embedded Systems firmware with my expertise being levied for the development of a successful flight computer
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Social Lead
I’m UARC’s Social Lead and part of the recovery team. We love to plan technical events teaching students on how to build amateur rockets by applying engineering knowledge!
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Sponsorship Director
Hi! I'm Brandon, a 4th year mechatronics engineering student and I reach out to secure new sponsorship opportunities for the club! I joined UARC because I'm passionate about control systems, and helping build student communities where we can do fun things!
Visit ProfileMarketing Lead
I am a part 4 Mechanical Engineering student with a passion in media.

Average Software Engineer
Hi! I'm Jerry, a Part 4 Software Engineering student and my role in the club involves dipping my hands into pretty much anything remotely software-related, like developing this website or just jumping in to help wherever I can because I love rockets + space.
Visit ProfileBy The Numbers
Milestones that showcase our commitment to excellence in rocketry.
Rockets Launched
Members
Maximum Altitude
Competition
How We Work
Organised teams working together to achieve our rocketry goals.
Manage launch operations, tracking systems, and communication with rockets during flight.
Develop parachute systems and recovery mechanisms to safely return rockets to the ground.
Design and manufacture rocket airframes, ensuring structural integrity and aerodynamic efficiency.
Handle all electronic systems including flight computers, sensors, and communication systems.
Design and implement guidance, navigation, and control systems for rocket stability and trajectory.
Whether you're an experienced engineer or just starting your journey in aerospace, there's a place for you in UARC.