I am a Staff Software Engineer and Tech Lead with over 10 years of experience designing, scaling, and modernizing high-throughput distributed systems for banking, enterprise, and mission-critical environments. My expertise lies in Java 17/21, Spring Boot 3, microservices, event-driven architecture, cloud-native platforms, and AWS infrastructure optimization. I have a proven track record of delivering low-latency, fault-tolerant, and high-availability systems processing more than 1 million daily transactions under strict regulatory and SLA constraints.
I specialize in system design, scalability engineering, resiliency, observability, distributed tracing, performance optimization, and technical leadership. Throughout my career, I have led architecture evolution, mentored engineering teams, driven modernization initiatives, and aligned engineering execution with business strategy to deliver impactful results.
In my current role as a Staff Software Engineer and Tech Lead at Minsait (Indra) for Santander Brasil, I lead backend architecture initiatives for high-availability banking systems with 99.9% uptime and strict regulatory compliance. I drive modernization efforts including migrations from Java 11 to newer versions and implement event-driven solutions that significantly reduce system latency.
I am experienced in implementing observability solutions using OpenTelemetry, Grafana, and Dynatrace, which have reduced mean time to recovery by 30%. I also lead production incident response, root cause analysis, and long-term resiliency improvements for distributed systems. Collaboration with cross-functional teams to define technical strategy, architecture governance, and engineering standards is a key part of my role.
Previously, I have worked as a Senior Backend Engineer at BRQ Digital Solutions and Minsait (Indra), where I developed cloud-native Java/Spring Boot services on AWS, applied domain-driven design and hexagonal architecture principles, optimized AWS infrastructure usage, and improved deployment reliability through CI/CD automation. Earlier in my career, I led migrations from monolithic systems to distributed microservices architectures and built scalable backend services supporting enterprise operational workloads with high availability requirements.
I hold a B.Sc. in Systems Analysis and Development from Universidade Metodista de São Paulo and have earned certifications in Spring Framework, Advanced Secure API Development, Oracle Database, and Camunda BPM / Workflow Automation. I am fluent in Portuguese and English and open to global remote opportunities.
Leading backend architecture initiatives for high-availability banking systems with 99.9% uptime and strict regulatory compliance requirements. Driving modernization initiatives including migration from Java 11 to Java 17/21/25 across mission-critical enterprise platforms. Engineered event-driven solutions using Kafka and RabbitMQ, reducing end-to-end system latency by 45% through asynchronous processing and service decoupling. Implemented distributed tracing and observability solutions using OpenTelemetry, Grafana, and Dynatrace, reducing MTTR by 30%. Leading production incident response, Root Cause Analysis (RCA), and long-term resiliency improvements for distributed systems. Collaborating with cross-functional teams to define technical strategy, architecture governance, and engineering standards.
Developed cloud-native Java/Spring Boot services on AWS focused on scalability, resilience, and operational excellence. Applied DDD and Hexagonal Architecture principles to modernize legacy systems and improve maintainability. Optimized AWS infrastructure usage across EC2, API Gateway, and S3, reducing operational costs by 25%. Improved deployment reliability through CI/CD automation and infrastructure-as-code practices.
Designed and maintained enterprise-grade RESTful and SOAP APIs using Spring Boot for banking integrations. Implemented automated CI/CD pipelines and testing frameworks to improve software delivery quality and release velocity. Contributed to system design decisions focused on scalability, performance optimization, and fault tolerance.
Led migration from monolithic systems to distributed microservices architecture using Docker, Kafka, and AWS. Improved system throughput by 15% through asynchronous processing, load balancing, and performance tuning. Built scalable backend services supporting enterprise operational workloads with high availability requirements.
Developed enterprise applications using Java EE, Hibernate, and Oracle SQL. Supported software development lifecycle activities including implementation, testing, debugging, and maintenance.
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