CV Lattes
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Universidade Federal de São Carlos (UFSCAR). Centro de Ciências Exatas e de Tecnologia (CCET) (Institutional affiliation from the last research proposal) Birthplace: Brazil
Doctoral candidate in the Graduate Program in Materials Science and Engineering (PPG-CEM) at UFSCAR, he works with developing hybrid nanocomposites of graphene and carbon nanotube as materials for additive manufacturing (3D printing) with electromagnetic shielding properties. FAPESP PhD scholarship holder and completed a one-year internship abroad program (sandwich doctorate) at Universo de Calgary in Canada in 2024. Master in engineering and materials science by the Postgraduate program in Engineering and Materials Science at ICT UNIFESP in São José dos Campos with FAPESP support. Previously, He graduated as a Materials Engineer and Bachelor in Science and Technology at UNIFESP and Technician in Project Design, emphasizing mechanical projects at SENAI. He was also an intern in process engineering at the multinational leader in the rolled aluminum segment Novelis ltda. of Brazil. He is knowledgeable in the processing of blends and thermoplastic polymers. In the large area of materials science, he is certified as a Green Belt in the Six Sigma methodology. He has experience with 3D computational modeling and project detailing (in CATIA, SOLIDWORKS, and AUTOCAD). (Source: Lattes Curriculum)
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Filament Fusion Fabrication (FFF) is an additive manufacturing process that presents many advantages, such as low cost, design variety, and flexibility for modifications. However, to scale this process for new industrial applications, multifunctional and processable materials are needed. In this way, electromagnetic shielding is required for electronics housing, and thermoplastics nanocom…
Development of polymeric material for electronic industrial applications is a challenge; however, it also has huge strategic importance for the growth of that sector in Brazil. The increasingly industrial of electronic devices needs for materials more competitive which have high performance is ascendant. The most important requirements include lightness, easily conformation and electromag…
Currently 35 % of the total carpet production is composed by scraps and leftovers from the manufacturing process, which are incinerated or disposed of in landfills. In this context, the production of multi-stimuli response copolymers that improve the redispersilbe of polymeric film and subsequent reuse of carpet fibers are of great industrial and academic interest. The objective of this r…
Filament Fusion Fabrication (FFF) has attracted significant attention among additive manufacturing processes due to its cost-effectiveness, parts design versatility, and efficient process modification capabilities, surpassing traditional manufacturing methods. Consequently, extensive research is underway to explore novel materials for this process, with a specific focus on thermoplastic n…
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