
DevOps and Infrastructure Engineer with 15+ years building the monitoring and data infrastructure behind real-time power grid systems across eight countries. AWS Certified AI Practitioner, helping energy, utility, and industrial teams design cloud systems that stay online.
I bring the same engineering discipline used to keep national power grids online to your company's cloud infrastructure.
Telemetry pipelines and dashboards built on Zabbix, Grafana, and openHistorian — proven across monitoring systems live in eight countries, supervising 100+ real-time measurement devices.
AWS environments (EC2, S3) designed for reliability and scale — not just launch day.
VPNs and TCP/IP architecture for environments where data integrity is not optional.
Linux/Windows Server administration, Python/Bash automation, CI/CD workflows, and Docker deployments for infrastructure that runs 24/7.
For over 15 years I've designed and operated the monitoring infrastructure behind synchrophasor-based power grid systems — including an 8-country Zabbix deployment supervising 100+ real-time phasor measurement devices — where downtime isn't an inconvenience, it's a risk to grid reliability. That same discipline now shapes how I build infrastructure for clients: secure by design, monitored continuously, and documented clearly.
I hold a degree in Electrical Engineering, graduate-level coursework in Power Systems from UFSC, and an AWS Certified AI Practitioner credential — a combination that lets me speak both languages: the physical systems your infrastructure supports, and the cloud architecture that keeps the data flowing. I've built this cross-domain expertise for utilities, research institutions, and industrial R&D teams across eight countries in South America and Europe.
Federal Institute of Santa Catarina
Blockchain and Smart Contracts: Peer-to-Peer Transactions for Microgrid Electric Energy Trading · 2020
Federal University of Santa Catarina (UFSC)
27 graduate credits: Power System Dynamics, Operation Planning, Control Systems, Numerical Optimization · 2012 – 2013
Federal Institute of Santa Catarina
Use of Object-Oriented Computational Paradigm for Phasor Data Request and Acquisition · 2011
Co-author: synchrophasor-based backup protection analytics and transient instability mitigation in HVDC-integrated transmission systems. · 2026
Real-time synchrophasor analytics and protection strategies for interconnected AC/DC systems. · 2026
Remote
Build and maintain Python-based data integration pipelines for real-time telemetry ingestion and validation across distributed measurement infrastructure serving high-voltage transmission monitoring systems.
Florianópolis, SC, Brazil
Deployed and operated Zabbix monitoring across an 8-country international infrastructure (Brazil, Argentina, Chile, Uruguay, Portugal, Spain, Italy, Croatia), supervising 100+ synchronized phasor measurement devices.
Florianópolis, SC, Brazil
Developed C/C++ analytical tooling applying OOP design principles for real-time data processing and disturbance detection in synchrophasor infrastructure.
Delivered full technical implementation of the Grid Protection Alliance open-source monitoring stack at CTEEP, the largest transmission utility in São Paulo state.
8-country network (Europe & South America) supervising 100+ real-time phasor measurement devices with alerting and performance dashboards.
Data integration pipelines for real-time telemetry ingestion, quality validation, and operational reporting from distributed infrastructure endpoints.
Telemetry and data-processing infrastructure supporting synchrophasor-based protection and transient instability studies for interconnected AC/DC transmission systems — published in Electric Power Systems Research (Qualis A1) and at PSCC.
Whether you need a cloud migration, a monitoring system, or a second set of eyes on your architecture — I'd like to hear about it.
fmmantelli@gmail.com
Winter Garden, FL
Fabio Mantelli LLC · U.S. Permanent Resident (Green Card) — authorized to work without sponsorship.