Engineer with 6 years of experience in high-impact industrial projects, 2 of which I have focused on the application of data management and visualization techniques to produce business intelligence by applying statistical models and ML.
Extract and clean data from public sources to load them into local databases, supporting the development and maintenance of data pipelines for unstructured data Transform and analyze data to size the market and potential users, developing and suggesting solutions and strategies to business challenges. Organize and present information using data visualization techniques such as dashboards to measure performance in areas such as marketing and finance.
Major achievementI included public data information to the business db to increase the scope and scale of the analysis throughout the country, enriching the information for decision-making in the launch of businesses, through analytics solutions based on BI and Big Data to digital transformation
Extract, clean and enrich data for use in ongoing projects, as well as investigate and analyze valuable data sources to contribute to process modeling Perform pre-processing of structured and unstructured data, contributing to the creation of predictive models and machine learning algorithms for the adjustment of user profiles to known categories. Preparation of visualization dashboards for monitoring the behavior of the models
Major achievementDeveloped dense neural networks to predict determinant user variables, with an accuracy of 96%, which allowed condensing the variables to be used for the required analysis. I implemented NLP, especially sentiment analysis and topic categorization for rapid classification
Measure the process control variables to ensure the efficient use of resources to achieve optimal results and maximum use of resources. Verify the correct operation of the production traceability system, reporting discrepancies between real inventory and inventory in the database.
Major achievementAutomate the method of measurement and reporting of descriptive variables of sucrose crystals, reducing the time per measurement from 1 hour to 15 minutes, changing the sampling from a few hundred individuals to at least two thousand per sample, through the use of a image capture software.