Structural
The Structural subteam is responsible for the overall design and construction of the rocket, as well as its launch rails. In addition, it is actively involved in the manufacturing of the rocket, performing machining operations on metallic and composite materials. The team also works on the dynamic analysis of the rocket in collaboration with the Aerodynamics subteam, studying its response to external excitations.
Key Skills: Understanding of mechanics, 3D CAD Design, Manufacturing Experience, Familiarity with Composites, Basics of FEA analysis, Attention to Detail
Aerodynamics
The Aerodynamics subteam is responsible for modeling the aerodynamic forces and analyzing the flow fields generated by the rocket, using CFD simulation software and conducting wind tunnel tests. The team also participates in the dynamic analysis of the rocket in collaboration with the Structures subteam, focusing on its response to excitations. Aerodynamics plays a key role in defining the optimal geometry of the rocket's airframe, fins, and nose cone.
Key Skills: Interest in fluid mechanics and physics, Analytical thinking, Programming (Matlab), Familiarity with CFD concepts and simulations, Curiosity and experimentation mindset
Recovery
The Recovery subteam is responsible for the design, production, and testing of all systems that ensure the safe landing of all launched equipment. The main objectives of this subteam include the development of the drogue and main parachutes, as well as the design and implementation of the ejection mechanisms.
Key Skills: Mechanical Design Mindset, Precision and reliability-oriented thinking, 3D CAD Design, Programming, Basics of FEA analysis, Safety focused approach, Risk analysis
Avionics
The Avionics subteam handles the design, implementation, and testing of the rocket's control algorithms and electronic systems. This includes guidance and navigation systems, telemetry, communications, and sensor integration. The team develops both software and hardware, including PCB systems, often involving work with microcontrollers, telemetry transmission, and sensor management.
Key Skills: Programming skills (C++, JavaScript), Familiarity with microcontrollers, Control algorithms, PCB Design, Sensor Integration, RF Communication, Telemetry
Airbrakes
The Air Brakes subteam is responsible for the design and management of systems that contribute to achieving the target apogee accuracy and controlling the rocket's trajectory. The team frequently collaborates with the Avionics subteam to ensure that the air brake system adapts dynamically to real-time conditions, optimizing flight stability and ascent safety.
Key Skills: Mechanical Design Mindset, Precision and reliability-oriented thinking, 3D CAD Design, Programming, Basics of FEA analysis, Precision and performance-oriented mindset
Payload
The Payload subteam is responsible for the design and development of the rocket's payload, which includes experiments or specific missions that the rocket must carry out during flight. The team focuses on integrating scientific instruments or custom equipment into the rocket.
Key Skills: Creativity and problem-solving skills, Interest in experimental design, Ability to work with sensors and custom hardware, Programming, 3D CAD Design
Communications
The Communications subteam is responsible for the visibility and promotion of the team's work, managing relationships with suppliers, and attracting sponsors and, more broadly, stakeholders who could support the project. The responsibilities of the subteam include social media management, creation of audiovisual material, website management, liaison with media outlets, event organization, logistics management, and sponsor outreach.
Key Skills: Strong Communication and Storytelling skills, Creativity and visual sense, Social Media management experience, Basic graphic design, Organizational and event-planning skills, Networking mindset
