Development of software aimed at Manufacturing Engineering.Responsibilities:• Backend development focused on Python, using the Flask framework to create and maintain REST APIs• Development of automations to improve workflows• Modeling and management of relational databases

The program aims to support the university and the Faculty of Electrical Engineering by carrying out activities that work in Research, Teaching and Extension, which constitute the pillars of education at the university.Developed activities:• Social Hazing (reception for freshmen from the Faculty of Electrical Engineering at UFU)• Basic Electronics Mini-Course• PCB Mini-Course• English and french conversations• VIII and IX TUR (University Robotics Tournament)• XVIII JEEL (Electrical Engineering Conference)

Payload is the subsystem responsible for the rocket's mission. Thus, the main objective is to carry out avionics tests or biological studies through a satellite inserted in the vehicle, which is independent of the other sections of the vehicle.Responsibilities:• Creation and organization of the area• Participation in team management meetings• Holding of meetings described in ATAs• Training and management of area members• Participation in satellite competitions (OBSAT and CubeDesign)• Study and development of missions in order to innovate and improve the avionics subsystem, such as: - Camera attached to the rocket to record the flight with real-time transmission - Testing of a new telemetry system with STM32 in conjunction with LoRa radio - Thermal analysis of the rocket• In carrying out projects, the same tasks assigned in Avionics

The avionics subsystem is responsible for triggering the recovery of the rocket, acquiring flight data and performing telemetry. Thus, a system composed of the structural module, the electronics and the programming logic is developed that is capable of fulfilling the established requirements.Responsibilities:• Project schematic drawing• Design and manufacture of printed circuit boards (PCB)• PTH Welding (Pin Throught Hole)• Bench instrumentation• Development of a radio-activated ignition system• Development of software for receiving data from peripherals by the microcontroller, performing flight telemetry and apogee detection for parachute release

Participation in the 1st and 2nd OBSAT MCTI, developing the following project proposals:• Remote sensing applied for detection and control of fires• Air quality analysis in industrial park areas

Research development in the area of Autonomous Robot Navigation, focusing on Computer Vision (image and video processing, object detection and classification, Structure from Motion and SLAM).