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Sandro Augusto Magalhães

Sandro Augusto Magalhães

Investigador Auxiliar

Sandro Augusto Costa Magalhães, Ph.D. born in Porto, Portugal, in 1995. In 2018, he graduated and got his master's degree in Electrical and Computers Engineering - Automation from the University of Porto, Faculty of Engineering (FEUP). His M.Sc. dissertation was entitled Trajectory Control for an Omnidirectional Robot, in the scope of the robot soccer team 5DPO from FEUP/INESC TEC. In 2024, he got a Ph.D. in Electrical and Computer Engineering from FEUP, with his Ph.D. thesis entitled Harvesting with Active Perception for Open-field Agricultural Robotics, funded by FCT through the Ph.D. scholarships program.

During his Ph.D. studies, Sandro Magalhães had an ERASMUS+ internship at Nottingham Trent University (NTU) in the Neuroscience Computing and Cognition Robotics group, researching topics for the optimization of AI algorithms using FPGAs.

He has been a researcher at INESC TEC since 2018 at the TRIBE Lab - Laboratory of Robotics and IoT for Precision Agriculture and Forestry. His main research topics are focused on challenges related to the active perception of fruit and other plant organs in open-field agricultural environments and manipulation strategies for agricultural operations. During his research experience, he has actively participated in various research projects that aim to identify the varieties of Vitis Vinifera using leaves' visual cues, such as the INCAFO project, or to identify unoccluded and occluded fruits under open-field environments, using planar visual cues, for precision monitoring using spectroscopy, in projects such as MetBots, PhenoBot, ROBOCARE and others.

Sandro Magalhães, Ph.D. is an Invited Assistant Professor at the School of Engineering, Institute Polytechnic of Porto (ISEP - IPP), lecturing laboratory classes related to circuit theory topics. He also co-supervised a couple of Master theses and some Bachelor projects.

He has contributed to the literature with more than 30 scientific papers related to the challenges previously introduced and 1 patent.

Publicações

3D tomatoes' localisation with monocular cameras using histogram filters

Magalhães, SC;dos Santos, FN;Moreira, AP;Dias, J;

2023

CoRR

Automated Infield Grapevine Inflorescence Segmentation Based on Deep Learning Models

Moreira, G;Magalhães, SA;dos Santos, FN;Cunha, M;

2023

IECAG 2023

Tethered Unmanned Aerial Vehicles-A Systematic Review

Marques, MN;Magalhaes, SA;Dos Santos, FN;Mendonca, HS;

2023

ROBOTICS

Benchmarking Edge Computing Devices for Grape Bunches and Trunks Detection using Accelerated Object Detection Single Shot MultiBox Deep Learning Models

Magalhães, SC;dos Santos, FN;Machado, P;Moreira, AP;Dias, J;

2022

CoRR

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Centros

Robótica Industrial e Sistemas Inteligentes

É no Centro de Robótica Industrial e Sistemas Inteligentes que florescem soluções inovadoras para alavancar a robótica no contexto industrial, agrícola e florestal e impulsionar a transformação digital da indústria. Seguimos uma abordagem prática – da conceção à implantação – para ensaiar a navegação e localização de robôs móveis, testar avanços na visão industrial 2D/3D e deteção avançada, sem descurar a robótica industrial e colaborativa, e interfaces humano-robô. O nosso TRIBE LAB é terreno fértil para ideias inovadoras sobre a agricultura do futuro. Ali desenvolvemos protótipos e tecnologia de excelência em robótica agrícola e IoT: com protótipos, sensores avançados (LiDAR, câmaras AI) e ferramentas de prototipagem rápida, aceleramos o desenvolvimento de soluções para o setor agroflorestal. Marcamos ainda presença no iiLab, onde unimos investigação aplicada, demonstração tecnológica e testes em ambiente controlado, promovendo a integração de tecnologias emergentes na indústria. Desde células robóticas inteligentes e sistemas ciberfísicos até à análise de dados e IA, é um espaço de inovação onde as empresas podem experimentar e validar soluções para a fábrica do futuro. Com uma equipa multidisciplinar e alinhado com agendas europeias, o nosso trabalho de investigação combina ciência fundamental e aplicação com impacto no desenho de soluções para a indústria 4.0, promovendo a competitividade e a transformação digital do setor.

Robótica Industrial e Sistemas Inteligentes

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