Humberto Andrade
ELECTRICAL ENGINEERING
Renewable Energies Researcher
Federal Rural University of the Semi-arid Region
Department of Engineering and Technology
Email: humbertodionisio@ufersa.edu.br
Lattes: lattes.cnpq.br/1253785596446469
Degree in Electrical Engineering from UFRN (2004), Master in Electrical Engineering (2010) and PhD in Electrical Engineering from the Federal University of Rio Grande do Norte (2013). He is currently Associate Professor II at the Federal Rural University of Semiárido, of the Electrical Engineering Course at UFERSA and Full / Permanent Professor, for 12 years of the Postgraduate Program in Electrical Engineering (PPGEE / UFERSA) and Research Productivity Scholarship – Level C, since 2018 (CA-Microelectronics from CNPq). Effective Associate, for 11 years (n 661) of the Brazilian Society of Microwaves and Optoelectronics (SBMO), Effective Associate of the Brazilian Society of Microelectronics (SBMicro) and Senior Member of the IEEE Microwave Theory and Technology Society, MTTS. He also currently holds the position of Vice Coordinator of the Graduate Program in Electrical Engineering (PPGEE/UFERSA). He is the creator and leader of the Study and Research Group in Applied Electromagnetism and Telecommunications/GEPEAT at UFERSA. Founder and tutor, since 2021, of the student chapter of IEEE – MTT-S – Microwave Theory and Techniques Society, at UFERSA. Coordinator of PPGEE/UFERSA (2017-2020 – 02 terms); Coordination of Undergraduate Courses in Electrical Engineering (2013-2014) and coordinator of several research projects and leadership capacity expressed in several master’s degree supervisions, postdoctoral supervision and initiation. He has experience in the following research areas at undergraduate and postgraduate levels: Antennas, development of planar microwave devices, characterization and electromagnetic applications of materials, application of device miniaturization techniques, device manufacturing for communications, Modeling and simulation of electronic devices for communications, data acquisition systems, embedded solutions through the use of IoT technology, biosensors for IoTH applications, circuit designs for RF communication, electronic instrumentation, numerical and computational methods and propagation of electromagnetic waves. He has won several awards for best paper at national and regional events. He participated in the organization of several international, national and regional events (IMOC, SBMO, MOMAG, PPGEE/UFERSA Workshops). Coordinator of the Microwave Laboratory (LabMicro) at UFERSA, located at the Integrated Center for Technological Innovation of the Semiarid Region CITED and the Telecommunications Laboratory (LabTel). He has an H-index of 11 Scopus.
– [2023 – Atual] Consolidação da Pesquisa em Engenharia no Semiárido Brasileiro;
– [2022 – Atual] Desenvolvimento Tecnológico de Sensores e Dispositivos de Rádio Frequência para a Agricultura de Precisão na Região do Semiárido Nordestino;
– [2022 – Atual] Projeto de dispositivos de RF aplicados na Agricultura de Precisão, através de Tecnologias Sem Fio;
– [2022 – Atual] Substratos dielétricos para sistemas de medição e monitoramento;
– [2021 – Atual] Desenvolvimento de Sistema Integrado de Antenas, Dispositivos de RF e Sensores;
– [2021 – Atual] Medição e Análise de radiação eletromagnética não-ionizante em sistemas de comunicação e sistemas de energia;
– [2021 – Atual] Desenvolvimento de dispositivos para a internet das coisas;
– [2016 – Atual] Estudo, análise e controle de geradores eólicos CC de baixa potência;
– [2020 – Atual] Pesquisa e desenvolvimento no semiárido potiguar em microrredes, energias renováveis e sistemas de controle e telecomunicações.
– [2024 – 2024] Projetos de sistemas embarcados com RF, UFERSA (1h);
– [2023 – 2023] Plataforma Sucupira/Capes e Gestão da Pós-Graduação, UFERSA (16hs);
– [2022 – 2022] Caracterização Experimental de Filtros e Antenas em Micr. Utilizando o LiteVNA, SBMO (4hs);
– [2021 – 2021] Curso de Capacitação sobre Projetos de Subestações e Estudos de Proteção, Mesh Engenharia (3hs);
– [2021 – 2021] Projeto de FSS em Microfita utilizando o Software ANSYS Electronics Desktop, IECOM (2hs).