Vitor Domingues

Devised the robotic platform structure with CAD software, ensuring high durability and efficient operation in complex environments. Simulated and optimized robot performance in a 3D environment using CoppeliaSim, enhancing operational reliability. Implemented and optimized software on ROS, achieving a 33% improvement in robot navigation and operational efficiency.

Architected and programmed circuit schematics and embedded software for seamless IoT hardware integration on solar power stations. Orchestrated and verified station telemetry systems using MQTT, ensuring accurate real-time data transmission. Successfully implemented and rolled out hardware and software on solar power station, significantly enhancing monitoring and operational efficiency.

Engineered the robotic platform structure using CAD tools, optimizing design for space conditions. Simulated and fine-tuned robot performance in a 3D micro-gravity scenario with CoppeliaSim, boosting system power efficiency by 21.47%. Developed a state-of-the-art AI model for cubesat classification leveraging YOLOv8, enhancing detection accuracy.

Designed and deployed advanced embedded software for LoRa communications, streamlining the cubesat recovery process. Conceived and implemented a sophisticated mechatronics system for satellite tracking at ground stations, improving tracking accuracy.

Completed a Master's degree focusing on advanced topics in aerospace engineering and sciences. This program provided in-depth knowledge and research opportunities in the field.

Graduated with a Bachelor's degree in Control and Automation Engineering, specializing in Mechatronics. The curriculum covered a wide range of topics including robotics, embedded systems, and automation.

Completed a technical program in Telecommunications with a specialization in Aeronautics. This education provided foundational knowledge in telecommunications systems relevant to the aviation industry.