Let's Fly Together and Build A Rocket that achieves our apogee
The University of Rochester Rocketry Club is dedicated to competing in the NASA Student Launch competition in Huntsville, Alabama. Our mission is to design and construct a high-powered rocket, working collaboratively across various disciplines such as avionics and electronics, 3D modeling of rocket components, structural construction, and more. We aim to inspire and educate students about rocketry, giving them to pursue their passion for space exploration!
Our organization is dedicated to inspiring and educating students in the field of rocketry by offering hands-on experience in designing, building, and launching model rockets. Through these practical applications, students gain a deeper understanding of engineering principles, aerodynamics, and propulsion systems, fostering their technical and creative abilities.
Beyond technical skills, we focus on creating a collaborative and inclusive community where members can enhance their teamwork, communication, and problem-solving capabilities. This supportive environment prepares students for professional careers in engineering, physics, and aerospace by simulating real-world challenges and providing mentorship opportunities.
Whether you're passionate about aerospace design, electronics, or project management, our organization offers a unique platform to explore, learn, and thrive in a field at the forefront of innovation.
Teams and Responsibilities
The Electronics and Structures Team is responsible for the design and implementation of critical electronic components within the rocket. This includes creating circuit boards and schematic designs to ensure robust and reliable operations. Key areas of focus are:
Development of systems like altimeters to measure altitude accurately.
Integration of GPS modules for precise tracking and recovery.
Design and testing of the apogee detection system, which triggers key rocket events like parachute deployment. Additionally, this team oversees the structural integrity of the rocket, ensuring that all components are securely assembled and capable of withstanding extreme forces during launch and flight.
The 3D-Modeling Team specializes in translating conceptual designs into detailed 3D models. These models serve as the blueprint for constructing the rocket and allow for precise adjustments before manufacturing. Key responsibilities include:
Designing every rocket component with accuracy using CAD (Computer-Aided Design) software.
Collaborating with other teams to ensure that designs meet aerodynamic, structural, and electronic requirements.
Simulating the rocket's performance in various conditions to identify potential issues early. This team plays a vital role in visualizing the final rocket and ensuring all components work together seamlessly.
The Avionics Team focuses on the rocket's onboard electronics and flight control systems. This team ensures that the rocket can collect, process, and transmit data throughout its flight. Responsibilities include:
Programming microcontrollers and sensors for tasks such as telemetry and data logging.
Developing software for real-time monitoring of the rocket's performance.
Testing communication systems that allow ground control to track and receive data from the rocket during its mission. This team ensures the rocket operates autonomously and performs all planned maneuvers accurately.
President
3D Modeling and Simulation Lead
Business Manager
Publicity Manager
Secretary
Safety and Compliance Lead (with Propulsion Systems)
Avionics Systems Lead
Electrical Systems Lead
3D Modeling and Simulation Lead
Vice President
