I am a highly motivated computer scientist passionate about solving real-world problems using disruptive technologies like artificial intelligence, machine learning, computer vision, and robotics. With expertise in robotics, I've honed skills at both software and hardware levels, including embedded systems, sensor networks, and mechanical and electrical design. My involvement in numerous R&D projects for the industry has allowed me to develop prototypes of teleoperated robotic systems and algorithms for detecting and tracking objects and people. These experiences have not only expanded my technical capabilities but also enhanced my interpersonal communication, organization, and leadership skills.
With 6+ years of dedicated research experience in robotics and computer vision, I've spearheaded R&D innovative projects at the forefront of technology. My expertise spans robot control, SLAM, computer vision techniques and deep learning driving impactful advancements in the field.
Enhance the industry by crafting innovative solutions through the utilization of both traditional computer vision techniques and cutting-edge deep learning algorithms.
Tech leader of a Petrobras-sponsored project, I led the development of a system to detect human actions during industrial painting, using advanced deep learning methods.
Robot swarm control using probabilistic modeling with ROS middleware; Development of simulation environment for robot swarms using Gazebo; Papers published and presented at top robotics conferences (IROS, ICRA, RAL).
Low-cost robot design and construction using Autodesk F360 and Eagle; Practice in additive manufacturing using 3D printer; MCU firmware implementation for embedded systems; Robot integration with ROS middleware.
Practice in mobile robot control (Ackerman robot) and advanced robot vision; skilled in filtering and sensor fusion techniques (Kalman filter); experienced in simultaneous localization and mapping (SLAM) and navigation.
Practice with embedded computer executing OS Yocto; Firmware implementation and hardware protocol; Development of a camera-based localization system; Robotic system integration with ROS middleware.
P Rezeck, H Azpúrua, MFS Correa, L Chaimowicz
Below is a selection of scientific publications.
P Rezeck, H Azpúrua, MFS Correa, L Chaimowicz
A. R. Da Silva, P. A. F. Rezeck, G. S. Luz, T. R. Alves, D. G. Macharet, L. Chaimowicz
P Rezeck and L Chaimowicz
Rezende, A. M. C., Miranda, V. R. F, Rezeck, P. A. F., Azpurua, H., Santos, E. R. S., Goncalves, V. M., Macharet, D. G., Freitas, G. M.
Pires, A. G., Rezeck, P., Chaves, R. A., Machret, D. G., Chaimowicz, L.
Rezeck, P., Assuncao, R. M., Chaimowicz, L.
Rezeck, P., Assuncao, R. M., Chaimowicz, L.
Santos, V. G., Pires, A. G., Alitappeh, R. J., Rezeck, P., Pimenta, L. C. A., Macharet, D. G., Chaimowicz, L.
Santos, E. R. S., Azpurua, H., Rezeck, P., Correa, M. F. S., Vieira, M. A. M., Freitas, G. M., Macharet, D. G.
Carvalho, L., Rezeck, P., Lima, M., Pinto, L., Freitas, G., Nascimento, E., Macharet, D., Chaimowicz, L., Pessin, G., Campos, M.
Chaves, R., Rezeck, P., Chaimowicz, L.
Azpúrua, H., Potje, G. A., Rezeck, P. A., Freitas, G. M., Uzeda Garcia, L. G., Nascimento, E. R., ... & Campos, M. F.
Lima, M., Cid, A., Cadar, F., Pinto, L., Rezeck, P., Grabe, T., Freitas, G., Macharet, D., Pessin, G., Chaimowicz, L., Campos, M.
Santos, E., Azpurua, H., Rezeck, P., Corrêa, M., Freitas, G., & Macharet, D.
Rezeck, P., Frade, B., Soares, J., Pinto, L., Cadar, F., Azpurua, H., ... & Campos, M. F.
Rezeck, P., Cadar, F., Soares, J., Frade, B., Pinto, L., Azpurua, H., ... & Campos, M. F. M.
Rezeck, P. A., Azpurua, H., & Chaimowicz, L.
Macharet, D., Perez-Imaz, H., Rezeck, P., Potje, G., Benyosef, L., Wiermann, A., ... & Campos, M.
Edwards, V., Rezeck, P., Chaimowicz, L., & Hsieh, M. A.
Perez-Imaz, H. I., Rezeck, P. A., Macharet, D. G., & Campos, M. F.
Perez-Imaz, H. I., Rezeck, P. A., Macharet, D. G., & Campos, M. F.
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