•Lead a cross-functional team in defining and executing the product’s vision and strategy•Conduct market research and competitive analysis to identify customer needs and product opportunitiesDevelop and maintain product roadmap and backlog•Communicate product requirements and priorities to engineering and design teams•Manage and prioritize product backlog based on business and customer impact•Lead agile development process and facilitate sprint planning, stand-ups, and retrospectives•Define and track key performance metrics to measure product success•Analyze data to make data-driven product decisions•Demonstrate strong leadership, communication, and problem-solving skills•Possess knowledge of UX/UI design, agile methodologies, and financial management.

I have extensive experience in Software Asset Management (SAM), having been part of teams that successfully implemented and maintained robust SAM programs. During this period, I was actively involved in inventorying and tracking software licenses, negotiating and acquiring new licenses and support contracts, and implementing SAM policies and processes. This experience has honed my leadership, negotiation, and project management skills, which have been essential in ensuring the effectiveness and efficiency of SAM programs. I am dedicated to staying current with trends and best practices in software asset management to provide effective and efficient solutions for organizations.

During my mechanical engineering internship, I was responsible for performing maintenance tasks on large-scale equipment, which allowed me to acquire valuable skills in this field. I participated in the development of maintenance plans, the inspection and repair of mechanical components, the diagnosis of failures, and the implementation of corrective actions. In addition, I was involved in the analysis of operational data, which helped me to identify trends and take proactive measures to prevent failures. Through these activities, I gained knowledge and experience in the maintenance of large-scale mechanical equipment.

In the field of Fluid Dynamics, I conducted research on the development of a simulation software for tracking the variation of operational parameters over time, specifically for pumping systems that utilize centrifugal pumps. This involved working with software development tools such as Matlab and Python. My work in this field has not only enabled me to develop an expertise in Fluid Dynamics and software development but has also given me experience in project management, research methodologies, and technical problem-solving. I am committed to using my knowledge and experience in this field to contribute to innovative and impactful projects in the future.

2018 - Monitoria remunerada na unidade curricular Resistência Dos Materiais I – Integral;2019/1 - Monitoria remunerada na unidade curricular Termodinâmica I – Integral;2019/2 - Monitoria voluntaria na unidade curricular Resistência Dos Materiais II – Integral;2019/2 - Monitoria remunerada na unidade curricular Resistência Dos Materiais II – Noturno.2020/2 - Monitoria remunerada na unidade curricular Eletrotécnica - Noturno

My research involved the determination of the loads acting on unmanned aerial vehicles (UAVs) during flight and while on the ground. I also focused on identifying and validating the absence of undesired aeroelastic phenomena within the flight envelope. Through this work, I have gained expertise in the areas of aerospace engineering, structural mechanics, and numerical methods. In addition to my technical skills, I have also developed strong project management and collaboration abilities, which I have applied to effectively manage complex projects involving multidisciplinary teams. I am eager to use my skills and experience in the aerospace field to contribute to cutting-edge projects that push the boundaries of what is possible in this exciting and dynamic field.