Our team
To integrate as much as possible the accomplishment of tasks, avoiding problems caused by the lack of communication and excessive dependence between the sectors, the team is divided into cells: aerodynamics, stability and control, performance, loads and aeroelasticity, structures and structural tests, electrical design, CAD and manufacturing, and administration.
Each cell has a leader who is responsible for coordinating the project in their area. The team captain and the leaders of each area are in charge of integrating all areas of project development.
Besides students enrolled in the Aerospace Engineering course, students from other areas (Automotive, Naval, Mechatronics, etc.) of the center participate in this project due to its interdisciplinary nature.
The interdisciplinary of the aeronautical project lead the team members to deepen into the concepts studied during the course, reflecting the team’s proactivity to acquire knowledge outside of their area of expertise or in subjects not yet addressed in his academic career.
In addition to the technical knowledge required for project development, students improved their skills in other areas, like interpersonal relationships, people management, contact with sponsors, administration, and management of financial resources.
Aerodynamics
It studies the influence of the air and the forces generated by its displacement in the aircraft. Through aerodynamic analysis and CFD it’s possible to predict and design the surfaces to direct the airflow over the aircraft and maximize its efficiency.
Stability and control
This area is responsible for studying the aircraft’s tendency to return to its natural state after some disturbance to ensure pilot control in all flight conditions. In addition, control surfaces such as ailerons, elevator, and rudder are sized by this sector.
Performance
The performance area assesses aircraft behavior throughout the mission by choosing the engine, propeller, speed previsions and payload capacity. By using an embedded telemetry system, some flight parameters can be monitored.
Loads and Aeroelasticity
This area is responsible for analyzing static and dynamic loads on the aircraft, considering all critical conditions to which the aircraft may be exposed. Such analyses are also used to prevent component instability during high-speed flight.
Structures
The structural sector is responsible for sizing and testing all structural components of the aircraft, aiming to optimize them through computational analysis so that all designed components are light and resistant.
Electrical project
Responsible for choosing electronic components, such as servo motors and batteries, aiming at maximum safety during the aircraft flight.
CAD and Manufacturing
The CAD sector is responsible for the modeling of all aircraft components, as well as their assembly and the development of technical plants. Using appropriate programs it’s possible to shape the aircraft by joining the projected parts with the constructive details. This sector is also responsible for organizing the construction of the airplane, developing constructive techniques and quality control, ensuring the fidelity of the aircraft built with to the designed.
Marketing
Responsible for disseminating the team’s image to the general public, updating social media and developing marketing materials.
Financial
This area is responsible for planning and managing the team’s financial resources, monitoring cash flow and ensuring that all resources are well spent.
Commercial
The commercial sector is responsible for the team’s contact with other entities, whether student or private, the management of social projects and the fundraising of the team.
