Kamile Fuchs, M.Eng Email & Phone Number

Florianópolis, Santa Catarina, Brasil

Desenvolvimento de projetos de P&D na área de gestão e monitoramento de ativos em sistemas elétricos de potência.

Curitiba, Paraná, Brasil

Projeto de pesquisa e desenvolvimento de ferramenta baseada em Inteligência Artificial (Automação Cognitiva e Similarity Matching) aplicada a Estudos Elétricos exigidos pelo ONS para elaboração de Projetos Básicos de Transmissão e Geração para eficiência e confiabilidade na gestão de obras.Equipe: COPEL G&T, Instituto GNARUS e UFPR

Curitiba, Paraná, Brasil

Desenvolvimento de estudos elétricos de proteção e coordenograma para ampliação de carga em subestações convencionais e exigidas para minigeração fotovoltaica, cálculo e dimensionamento de equipamentos, simulações em softwares para análises de sistemas elétricos, desenvolvimento de projeto de proteção e controle em subestações e acompanhamento para aprovação junto às concessionárias.

Curitiba, Brazil

As a professor and coordinator, I developed a new Electrical Engineering Undergraduate Program (e-learning and in-person modalities) at UNINTER International University Center, Brazil. My responsibilities varied through new Electrical Engineering curriculum and laboratory implementation, course legalization, staff administration and all aspects of project management, including resources and finance, stakeholder relations and long-term strategy. Through these experiences, I developed multiple and diverse competencies in technical and management in Engineering Education. Here are some notable achievements:• Elaborated and Implemented a new curriculum to Electrical Engineering Undergraduate Program (e-learning and in-person modalities).• Projected, budgeted and implemented laboratories activities in Electrical Engineering in-person Undergraduate Program. In addition, developed applied learning activities in the Electrical Engineering e-learning Program through virtual and customized portable labs for distance education.• Built and managed a qualified and committed team who contributed in many strategical and technical aspects to maintain the quality and feasibility of the program.

Curitiba Area, Brazil

I was involved in a research project on Electric Power and Energy Systems supported by LACTEC Institute. With the development of this project I also conducted my Master’s research in the Electrical Engineering Graduate Program in Federal University of Parana, Brazil. The research focus was in the analysis of optimal operation of distribution systems with synchronous generators via Transient Stability Constrained Optimal Power Flow (TSC-OPF). • Determined an efficient algorithm to provide the optimal dispatch of synchronous generators connected in distribution systems solved by Transient Stability Constraints Optimal Power Flow (TSC-OPF). • Developed a new approach for optimization problem with distributed generation in order to ensure an adequate steady-state network operation and also a satisfactory transient response of the generators with incidence of severe perturbations in distribution systems. This new method in stability of the first oscillation peak was quite efficient in terms of reduction of the sizing in the variables of the optimization problem as well as reflected a significant reduction of the computation and memory consumption.

Curitiba Area, Brazil

I deepened my technical and conceptual knowledge in the evaluation of polymeric materials performance specifically in silicone insulators and polyethylene spacers located in distribution systems. The performance of these materials was assessed in laboratory tests and analyzed in high aggression environments such as pollution and high salinity levels.

Doutorado Em Engenharia Elétrica, Sistemas De Potência

Pesquisa: Metodologia para Análise de Transitórios Eletromagnéticos e Dimensionamento de Equipamentos em Subestações e Linhas de.

Master Of Electrical Engineering, Energy And Power Systems

Thesis title: Optimal Operation of Distribution Systems with Synchronous Generators via Transient Stability Constraints Optimal Power.

Bachelor Of Electrical Engineering