
Guilherme Viegas
I am a strategic data architect and systems engineer who designs and implements robust, scalable data ecosystems, translating complex information into actionable insights. My expertise spans the entire data lifecycle, from developing cloud-native infrastructure and automated pipelines to deploying advanced machine learning and geospatial models. With a foundational understanding in economics, I consistently bridge technical innovation with business objectives, empowering data-driven decisions that foster growth and efficiency.
Technical Toolkit
67 / 67 technologiesProfessional Journey
Laboratory Engineer of Digital Technologies
- Instruction and laboratory supervision in Artificial Intelligence, Modern Computing, and Cluster Computing architectures;
- Teaching applied quantitative coursework spanning Economics, Statistics, and Data Analytics;
- Managing and maintaining digital technologies laboratory infrastructure and high-performance computing clusters;
- Mentoring students through hands-on technical labs, systems engineering, and cluster deployments;
AI Engineer
- Infrastructure as Code using GCP and Terraform;
- IT Consultancy for Data Warehousing and Report Development;
- AI Engineering with feedback loop;
- Data Pipeline Development and Maintenance;
Cloud Data Engineer
- Cloud Infrastructure using GCP and Terraform;
- IT Consultancy for Databases and Report Development;
- FinOps, Cloud Migration, ETL, and Reporting;
- Data Pipeline Development and Maintenance;
Data Consultant
- Cloud Infrastructure Development and Maintaining;
- Database Administration;
- Network Analysis and Spatial Data Visualization;
- Training of Interns;
Census Agent of Administration and Informatics
- Support Census Research in Assigned Areas/Regions;
- Reviewing Field Sites and Research Reports;
- Training of Census Agents to Conduct Interviews;
- Data Collection and Supervision;
Applied Data Scientist
- Data Cleaning and Transformation;
- Statistical and Machine Learning Modeling;
- Time Series Forecasting and Anomaly Detection;
- Development of Data Pipelines;
Junior Data Scientist
- Data Cleaning and Transformations;
- Development of Analytical Dashboards;
- Statistical Modeling and Machine Learning;
- Deployment of Dashboards in Production;
Education & Academic Honors
Master of Science in GeoSpatial Technologies
Erasmus Mundus Joint Master Degree (WWU MΓΌnster, Germany; UJI, Spain; NOVA IMS, Portugal).
Bachelor of Science in Economics
Focus on quantitative economics, econometrics, regional economics, and complexity science.
Merit-based Fellowship
Awarded for outstanding academic and research performance in the Master of Science in GeoSpatial Technologies program.
Certifications & Credentials
Google Professional Cloud Architect
Google Professional Cloud DevOps Engineer
Google Generative AI Leader
Google Professional Machine Learning Engineer
Google Associate Cloud Engineer
Google Associate Data Practitioner
Google Cloud Digital Leader
Azure Associate Data Scientist
Designing and Implementing a Data Science Solution on Azure (DP-100)
Microsoft Certified: Azure Data Fundamentals (DP-900)
Microsoft Certified: Azure Fundamentals (AZ-900)
Microsoft Certified: Azure AI Fundamentals (AI-900)
Microsoft Certified: Security, Compliance, and Identity Fundamentals (SC-900)
Microsoft Certified: Power Platform Fundamentals (PL-900)
Languages
Multilingual ProfileMethodological Approach
Architecting with Human-in-the-Loop IntegrityI believe modern data architectures must place the 'Human-in-the-Loop' at the very center of technical innovation, grounding abstract algorithms in tangible human context. My methodological approach begins with collaborative discovery, where I partner closely with domain experts to translate complex business objectives into testable hypotheses, ensuring that our models capture real-world causal dynamics rather than mere statistical correlations. This foundation transitions into a defensive engineering strategy, where I architect automated, transparent pipelines that prioritize data integrity and error handling over opaque complexity. To guarantee that every insight stands up to rigorous scrutiny, I enforce a culture of radical reproducibilityβleveraging containerized environments, comprehensive documentation, and version-controlled infrastructureβto ensure that every result is traceable, auditable, and scientifically valid. The lifecycle concludes not with deployment, but with active stewardship, utilizing automated monitoring and continuous feedback loops to refine the system as market conditions evolve, thereby securing long-term reliability and sustainable business value.
Human-in-the-Loop
Grounding abstract algorithms in tangible context and human judgment.
Collaborative Discovery
Partnering with domain experts to uncover true causal dynamics.
Defensive Engineering
Architecting resilient, automated pipelines prioritizing data integrity.
Radical Reproducibility
Containerized, version-controlled environments for verifiable results.
Active Stewardship
Continuous feedback loops and monitoring for enduring reliability.
