João Vitor Campos Email & Phone Number

São Carlos, Sp, Br

São Carlos, São Paulo, Brazil

As a Postdoctoral Researcher at Federal University of Sao Carlos, I am dedicated to developing advanced materials for next-generation energy storage systems. Specifically, my research focuses on the design and fabrication of glass-ceramic-based solid electrolytes for all-solid-state lithium batteries.One of my significant contributions during my postdoc was the development of a unique setup that allows for the rapid crystallization of glasses at low temperatures, using a thermal runaway event as the primary source of power. This innovative approach enables the production of high-quality glass-ceramic materials in just seconds, significantly reducing production time and costs.My expertise in flash sintering of ceramics and ultrafast crystallization of glasses is reflected in my extensive publication record. I am committed to advancing the field of materials science through innovative research and collaboration with industry and academic partners.

São Paulo, Brazil

As a PhD holder in ceramics, I developed and implemented the first fully automated flash sintering setup in Brazil. My research focused on understanding the phenomenological aspects of flash sintering and scaling it up for manufacturing applications. I have authored more than 10 publications in this area, showcasing my expertise in the field. My thesis was recognized with the Best Thesis award (second place) from Universidade de Sao Paulo.

São Paulo, Brazil

As an Undergraduate Student Researcher in Biosystem Engineering, I have gained valuable knowledge and experience in the field of renewable energy during my one-year sandwich abroad program at the University of Azores. With a Summa Cum Laude distinction and ranking first among a class of 59 students, I have demonstrated a high level of academic excellence.In addition to my academic achievements, I have also actively participated in extracurricular activities such as serving as a physics class monitor, working as a Junior Researcher at a ceramics laboratory for three years, and serving as a Project Manager at Biossistec Jr., a startup within my course.Through my research and extracurricular activities, I have developed a strong skill set in problem-solving, critical thinking, and teamwork. As an undergraduate student researcher, I am committed to utilizing these skills to contribute to the field of Biosystem Engineering and make a positive impact on society.

Boulder, Co

As a research scholar at the University of Colorado, my work focused on the development and application of flash sintering, a novel technique for rapidly densifying ceramics and other materials. Working in Professor Rishi Raj's group, I investigated the phenomenology of flash sintering and explored its potential applications in a variety of materials, including yttria-stabilized zirconia, hydroxylapatite, and high-entropy oxides.One of my key contributions was to address the challenges associated with scaling up flash sintering for industrial applications. I investigated issues such as thermal gradients, hotspot formation, and the use of platinum paste as electrodes, and developed strategies for overcoming these obstacles. Through these efforts, I helped to demonstrate the potential of flash sintering as a viable technique for large-scale manufacturing.During my time in Boulder, I also had the opportunity to conduct in situ X-ray diffraction experiments at the synchrotron facilities of Brookhaven National Laboratory. These experiments provided critical insights into the mechanisms underlying the ultrafast densification observed during flash sintering. Based on this work, I published a paper in a top-tier scientific journal and was honored with the Acta Student Award in 2022.Overall, my work as a research scholar has given me deep expertise in the field of flash sintering and a strong foundation in materials science and engineering. I am excited to continue pursuing research in this area and to contribute to the development of new materials and manufacturing techniques that can drive innovation and progress in a range of industries.

Louveira, São Paulo, Brazil

During my internship at Procter and Gamble's baby-care engineering department, I worked to improve safety in the manufacturing site of baby-care products. My primary focus was on NR12 standards, and I carefully studied each issue found by the consulting company that was hired. Through my research and analysis, I proposed a solution that not only addressed the safety concerns but also resulted in a significant cost savings for the company.Specifically, my proposed solution reduced the initial pricing given by the contractors by US$ 400k. I achieved this by leveraging my understanding of engineering principles and my ability to think creatively. I collaborated closely with other members of the team to ensure that our solution aligned with the overall goals of the department.In addition to my work on NR12 standards, I also had the opportunity to learn from and contribute to other projects within the baby-care engineering department. I worked closely with experienced engineers and gained valuable hands-on experience that will serve me well as I continue to pursue my career in this field.Overall, my time as an intern trainee at Procter and Gamble's baby-care engineering department was a valuable learning experience. I am proud of the contributions I made to the department and grateful for the opportunity to work with such a talented and dedicated team.

Pirassununga, São Paulo, Brasil

Gerir projetos de inovação para o agronegócio.

Doutorado Direito, Engenharia E Ciência De Materiais, Scientiae Doctor Na Área De Engenharia E Ciência De Materiais

- Projeto, construção e automação de um forno tubular para executar a técnica de flash sintering; - Medidas acuradas da temperatura da.

Bacharelado Em Engenharia, Engenharia Biológica/De Biossistemas

Activities and Societies: Tênis, futsal, monitor de física III, iniciações científicas, intercâmbio acadêmico, etc... Trabalho de.

Técnico Em Mecatrônica, Mecatrônica, Robótica E Engenharia De Controle E Automação

Trabalho de conclusão de curso voltado a robótica e controle automático, criação de um robô para manutenção e limpeza de dutos de ar.