Predictive Models • Supervised Learning
Prof. Dr. Carlos Ferreira
PhD in Computer Science from UFMG, with a dual degree from Politecnico di Torino and work focused on predictive models.
View profileA 360-hour lato sensu graduate program in Data Science offered by the Federal University of Ouro Preto. New cohorts are now open for the next academic term.
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A UFOP graduate program with PhD faculty, a progressive learning journey, and emphasis on real-world applications.
UFOP’s Data Science Specialization was designed to prepare professionals who can turn data into decisions, predictive models, and high-impact solutions for public and private organizations.
The program offers a complete 360-hour experience that connects statistics, computing, optimization, and decision-making.
It was built to help professionals tackle complex challenges and support intelligent decisions across multiple sectors of the economy.
Develop supervised projects and receive personalized guidance throughout the creation of your final monograph.
Faculty made up of PhD professors with extensive academic and practical experience in Data Science.
A learning approach centered on current content aligned with real market demands.
Add a UFOP qualification to your professional journey.
A fully online program that combines live synchronous classes, recorded content, and continuous academic guidance. Live classes may be recorded and made available in the program's virtual environment for consultation and review by students, in accordance with UFOP's academic and administrative rules.
Study from anywhere in Brazil without the need to travel.
Live sessions with faculty for discussion, questions, and deeper exploration of the content in real time.
Wherever you want, whenever you want.
A 100% UFOP-delivered lato sensu specialization aligned with MEC guidelines.
Meet the team responsible for the classes, supervision, and applied work in UFOP's Data Science Specialization.
Predictive Models • Supervised Learning
PhD in Computer Science from UFMG, with a dual degree from Politecnico di Torino and work focused on predictive models.
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Operations Research • Machine Learning
PhD in Production Engineering from UFMG with doctoral studies at the University of Stirling.
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Metaheuristics • Machine Scheduling
Assistant Professor with postdoctoral studies at Université Le Havre Normandie.
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Social Computing • Data Mining
PhD in Computer Science from UFMG, with research experience at the Max Planck Institute and work in social computing and data mining.
View profileIndustry 4.0 • Digital Production Management
Professor and researcher in Production Management, focused on Industry 4.0 and data-driven strategies.
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Data Science • Predictive Analytics
PhD in Computer Science working in Data Science, optimization, and predictive analytics for complex problem-solving.
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Data Mining • Social Media Analysis
PhD in Computer Science with experience in NLP and data mining.
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Operations Research • Optimization
PhD in Electrical Engineering from UFMG, with postdoctoral studies at the Université de Technologie de Troyes.
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Data Science • Machine Learning
PhD in Computer Science from UFMG, specialized in machine learning and social media analysis.
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Operations Research • Optimization
PhD in Production Engineering from UFMG, with work in optimization, algorithms, and Data Science for Industry 4.0.
View profileThe modules were organized to build a coherent learning path, from conceptual foundations to applied Data Science projects.
Data Science fundamentals, Industry 4.0, Python programming, and information retrieval from the web and social networks.
View moduleDescriptive statistics, visualization, dimensionality reduction, and unsupervised learning.
View moduleSupervised learning, neural networks, ensemble methods, and natural language processing.
View moduleDecision theory, combinatorial optimization, and reinforcement learning.
View moduleScientific methodology, technical standards, and development of the applied Data Science project.
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Taking UFOP’s Data Science specialization was an enriching experience. The program provided solid depth in optimization and predictive analytics, allowing me to apply knowledge directly. Classes were practical and based on everyday examples, making learning dynamic and effective. The specialization broadened my analytical perspective and improved my ability to make data-driven decisions.
The program was very engaging because, even with limited IT experience, it broadened my view of the importance of data processing in organizational development. A major highlight was understanding the importance of proper data collection and organization, enabling more accurate analyses and valuable insights for strategic decision-making.
The specialization gave me a deep understanding of the importance of data within organizations, enabling me to use it in analyses and complex tasks such as prediction and optimization. The differentiator was the practical approach with real examples from the company where I work. The encouragement from the professors was essential to my acceptance into a master’s program.
The specialization provided solid learning that was directly applicable to industry, combining theory and practice exceptionally well. The program allowed me to develop advanced analytical skills and apply them directly to optimize processes and improve data-driven decision-making.
I recently completed the program and noticed the care that faculty and coordination put into every detail. The subjects offer a solid foundation in databases, statistics, artificial intelligence, classification, regression, and simulation. The professors, all with PhDs, ensure excellence in the content. The program enabled me to apply machine learning techniques in several professional projects.