I work as a tutor for the third year of the distance learning undergraduate program in Information Systems. In this role, I provide guidance and support to students, helping them navigate their academic journey and succeed in their studies.

In my current role as a university professor at FIAP, I have the privilege of instructing students in the fields of mechatronics engineering and computer engineering. Within these courses, I deliver comprehensive lessons on pivotal subjects including digital circuits, analog electronics, materials technology, and critical and aerospace engineering.To cultivate an engaging and empowering learning environment, I actively employ active learning methods such as project-based learning, flipped classroom, and meaningful learning.

I am focused on creating impactful online courses, lectures, digital content, and training programs within the realms of Back-end and DevOps.With a deep understanding of these areas, I leverage my expertise to design and develop comprehensive educational materials that empower learners to excel in the field.

As a Professor at Alura.tech, I have had the opportunity to prepare online disciplines for students in the course of Analysis and Development of Computer Systems. I have also been actively engaged in conducting impactful research in the exciting fields of Artificial Intelligence and Cyber-Physical Systems.

I created computer architecture instructional materials for Bachelor courses, employing hands-on activities and pedagogical approaches like inquiry-based learning, problem-based learning, and meaningful learning.

I specialize in developing software solutions for driving the digital transformation of cities and industries. My focus lies in leveraging cutting-edge technologies such as Internet of Things, Artificial Intelligence, and Cyber-Physical Systems to design innovative solutions.Proficient in programming languages like C# and Python, I create robust and scalable software applications to address complex challenges. Additionally, I utilize modeling languages such as SysML and UML to develop comprehensive system models and ensure seamless integration.

I developed technological solutions for engineering education, including remote laboratories, educational platforms, and robotics. This involved a multidisciplinary approach, utilizing skills in electronics (hardware design) and computer science (software development).Additionally, I actively contributed to national programs focused on disseminating and popularizing Science and Technology, such as the Brazilian Science and Engineering Fair (FEBRACE), STEAM TechCamp Brazil, and the 3M Innovation Challenge. Through my work, I have consistently demonstrated a passion for leveraging technology to enhance engineering education and promote scientific engagement.

I conducted research on Internet of Things (IoT) technologies to develop comprehensive courses for undergraduate students, professionals, and technology enthusiasts seeking technological training.

As a member of the Engineering Committee responsible for reviewing ABNT NBR 7821, the Brazilian standard code for storage tanks, I had the accountability of producing concise and comprehensive reports. These reports captured and summarized the discussions, meetings, and decisions made during the committee's proceedings.

I conducted structural integrity assessments for static equipment in oil rigs and refineries, following international codes (ASME, API) and employing Solid Mechanics and Finite Elements models with Ansys software. I have had the opportunity to develop instructional materials on construction, inspection, and maintenance of pressure vessels and storage tanks for engineers and technicians.

I have had the experience to create budget planning tools in Microsoft Excel.In this role, I played a crucial part in analyzing and reviewing financial performance reports to ensure accuracy and effectiveness.Proficient in Office Suite (Word, PowerPoint, Access, Excel).

I performed analysis on the mechanical structure of power generating units to evaluate and improve maintenance planning. I gained hands-on experience in conducting maintenance tasks on mechanical equipment while assessing associated risks for each task.