Patrick Rocha Email & Phone Number

Belo Horizonte, Minas Gerais, Brasil

As part of the software verification and testing team, I ensure the integrity and compliance of embedded software for aeronautical applications, adhering to stringent standards such as RTCA DO-178B/C. My key responsibilities include: - Developing and debugging software, for testing purposes, in bare-metal and RTOS environments using C and Python. - Utilizing integrated development environments (IDEs) for precise low-level debugging. - Overseeing test bench assembly for software testing. - Conducting in-depth code analysis and verification to ensure reliability. - Collaborating with hardware and firmware teams to deliver high-quality embedded software solutions.

São José Dos Campos, São Paulo, Brazil

As a Propulsion Systems Engineer, I was responsible for designing, developing, and testing propulsion systems, focusing on control engineering. This involved maintaining system requirements, designing and testing propulsion systems with analytical tools, and developing control logic to optimize system performance.I collaborated with engineers and stakeholders to ensure system integration and compatibility, maintained documentation, and provided technical support. Additionally, I applied data science and mining techniques for engine health monitoring and ensured compliance with regulatory requirements and industry standards.

São José Dos Campos, São Paulo, Brasil

I was responsible for performing tasks of research, calibration, monitoring, development and deploy of pipelines for mapping and localization applied to a complete aerial and ground robotics systems. To develop these activities, I used computer vision techniques, neural network training and optimization, mathematical modelling of kinematic models and 3D geometry, as well as odometry and photogrammetry techniques and tools.

Belo Horizonte, Minas Gerais, Brasil

- Experience programming autonomous UAVs, using ROS and Python, to perform tasks such as mapping, detecting objects, landing on bases and transporting items.- Conducted research on control strategies for multiple robots for path tracking and anomaly monitoring tasks.

Praga, República Tcheca

The project consisted of establishing a digital avionics network for communication between modules by means of standardized industry protocols, namely CAN and ARINC 429.

Master Of Engineering - Meng, Space Engineering And Technology

Subjects: - CAP-421-3: Deep Learning

Bacharelado Em Engenharia, Engenharia Aerospacial, Aeronáutica E Astronáutica

Língua Inglesa