Tech Stack: Python, C++, Simulink, Matlab

Expert’s cases:

1. Worked at Flight dynamics & control systems department. Participated in the development of working application.

2. Working in a Mission Control Center position providing flight control to the International Space Station (ISS) Operations in the area of mission timeline development.

3. Planning and design of imaging experiments and validation data. Development and formalization of computer vision algorithms, including image processing and analysis techniques, such as mathematical morphology and machine learning. Critical and formal analysis of results, formal scientific documentation.

4. Development of Artificial Vision systems. Image processing algorithms implementation. Creation of the UAV navigation system model with Matlab/Simulink environment, code generation, and verification.

5. Investigation in the field of applied mathematics developing optimal algorithms for the efficient calculation of routes for UAVs. Applying artificial intelligence techniques such as neural networks or reinforcement learning to allow autonomous trajectory calculation real time in flight.

   Essential remarks / wishes from expert:

   1. Currently pursuing a PhD in Mathematics at the University of Seville. Research focuses on the intersection of mathematical optimization problems and robotics, specifically in drone path planning and mapping.

   2. Studies the applications of artificial intelligence in robotics, including SLAM (Simultaneous Localization and Mapping) and image recognition, among others. Has experience and knowledge with deep learning and machine learning frameworks such as pandas, scikit-learn, PyTorch, TensorFlow, etc.

   3. Available for any AI project related to computer vision, not only in robotics but also in other areas. Open to both short and long-term projects.