CV Lattes
Universidade Estadual de Campinas (UNICAMP). Faculdade de Engenharia Civil, Arquitetura e Urbanismo (FEC) (Institutional affiliation from the last research proposal) Birthplace: Brazil
Doctor (2020) and Master (2016) in Architecture, Technology and City at the University of Campinas (UNICAMP). MBA in Building Design Management at UNICID (2014). Architect and Urban Planner at Instituto Camillo Filho (2010). Visiting Researcher at Concordia University, Canada (2018-2019). Assistant Professor at Federal University of Amapá (Unifap), teaching Architecture and Urban Planning in the Department of Exact and Technological Sciences. Professor in the Graduate Program in Sustainable Development in the Amazon, with research topics: sustainability and environmental comfort in the built environment; energy efficiency in buildings. Previous activities: Lecturer at UNIP (2017-2018), Centro Universitário UNINTA (2020-2022). Research topics include environmental comfort, energy efficiency, bioclimatic architecture, building thermal performance, computer simulation and optimization methods with genetic algorithms. (Source: Lattes Curriculum)
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The energy demand in buildings has increased considerably in recent years, and Brazilian non-residential buildings already account for a quarter of the country's total electricity consumption. Many of these buildings are considered efficient by certification and energy labeling programs, despite their high-energy consumption and little environmental conditioning strategies. In the archite…
The new commercial buildings in hot and dry climate regions often do not take into account the appropriate bioclimatic principles, which ultimately raise the building's energy consumption, and not always ensure satisfactory environmental quality for its users. Many of these buildings, although considered efficient through energy labeling and environmental certification programs, they cons…
Building energy regulations have been developed to reduce impacts on climate change. As they require quantifying energy use, simulation tools can help designers and decision makers improve buildings' energetical and environmental aspects. Decision making is a complex process in the early design stage of a high-performance building, as there are several variables to be considered that may …
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