Joao Victor Machado Lima

Coordinate the development of data-driven processes and tools. > Data pipeline conception, implementation and improvement - ETL (extraction, transformation and load) process implementation using Python, RestAPI, AWS, SQL. > Diagnostic and predictive analysis - Algorithm development (in R and Python) for underperformance identification. > Automation of information sharing processes - Development of bots in Python and data collection R Shiny apps - Report automation in R Markdown.

> KPI calculation Development of tools in R to automatize the process of KPI calculation and reporting. > Data analysis Development of data-driven analysis to enhance the power plants' performance > Energy Yield Assessment Training and support for the assessment of potential wind projects in Brazil. > Cloud computing Development of a cloud based environment to enhance the diagnostic and predictive analysis of wind and solar plants.

> KPI calculation Development of tools in R to automatize the process of KPI calculation and reporting. > Data analysis Development of data-driven analysis to enhance the power plants' performance > Energy Yield Assessment Training and support for the assessment of potential wind projects in Brazil. > Cloud computing Development of a cloud-based environment to enhance the diagnostic and predictive analysis of wind and solar plants.

> Electricity market simulation - Collaboration in reviewing and analyzing the network development plan calculations. - Preparation and participation in web conferences to discuss calculation results with other transmission system operators. > R and Matlab tool development - Dashboard development for evaluation of market model scenarios. > Network control - Introduction to load flow calculation and to the network control system operation.

> Department of Electrical Power Supply with Integration of Renewable Energies (E5) The job concerns the development of a Python interface able to communicate with the power-system simulation software Power Factory in order to perform harmonic analysis and power flow calculations.

> Department of Mathematics, group Mathematical Modeling and Analysis (MMA) I was in charge of helping a doctoral student with his research in the area of ​​thermofluids and interfaces. The work involved the development of MATLAB and Python scripts to generate graphical visualization of numerical results (performed by a FORTRAN program) and subsequent evaluation with theoretical or reference solutions. I also learned how to organize and track team projects and manage Git code using tools like Bitbucket.

Specialization in Electrical Power Engineering > Master Thesis: "Reconstructing power wholesale market prices from operational data" > Academic Project: "Design of a Communication Protocol for the use between Digital Twins"

Specialization in Energy and Power Systems