
Hi, I'm Jorge 👋
Senior Staff Engineer | Systems Design & Applied AI Architecture
I design and integrate resilient, large-scale platforms across distributed systems and production-grade, AI-driven architectures. My work focuses on building systems that scale predictably, remain observable under load, and evolve without disrupting the business.
- Zero-downtime migrations: Led incremental transitions from legacy monoliths to modular, frontend and service-oriented architectures.
- Performance engineering: Delivered up to 8× throughput improvements (7,500+ tasks/min) through system-level optimizations.
- IoT at scale: Supported 150k+ concurrent devices.
- Applied AI: Integrating RAG patterns and multi-agent systems into production codebases with reliability and maintainability in mind.
My approach is pragmatic and grounded in systems engineering, ensuring emerging AI patterns remain resilient, scalable, and operable within real enterprise environments.
Let's Connect
Current Stack
Technologies I'm actively working with
Technologies I've worked with
Projects
Selected projects focused on applied AI systems and resilient, cloud-native platform architectures.
DIPDeal Intelligence Platform
AI Reasoning & Strategic Intelligence
A cognitive engine that synthesizes strategic intelligence from complex, unstructured data. It orchestrates specialist agents for market research, competitor analysis, and institutional knowledge retrieval, using an advanced RAG architecture with multimodal inputs (sales calls, financial visuals).View ProjectPythonLangChainLLMsGraphRAGMulti-Modal AIAgentic OrchestrationVector SearchStrategic Synthesis
OREOptimal Routes Engine
Advanced Algorithms
Advanced graph-based optimization engine for complex city-scale network navigation. Supports multi-criteria routing, including shortest-path and cost-optimized strategies, using high-performance data structures to enable efficient large-scale pathfinding.AVL Trees, B-TreesTriesAdvanced graphs (Dijkstra, A*, Floyd-Warshall)RecursionDynamic ProgrammingGreedy AlgorithmsAdvanced backtrackingAdvanced Divide & Conquer
DOPDistributed Orders Platform
Distributed Architecture
Resilient microservices architecture for high-volume transaction processing. Uses event-driven communication, distributed caching, and circuit breakers to manage failure modes and maintain eventual consistency across a complex service ecosystem.Microservices (REST, gRPC, GraphQL)Message Brokers (RabbitMQ, Kafka)Cloud-native messaging (SQS, Cloud Tasks), At-least-once deliveryEvent streaming (Pub/Sub, SNS), Fan-out messaging patternsCaching (Redis, Memcached)Circuit Breakers (Hystrix, Resilience4j)Eventual consistency
C-AWEConectaPelu2 - Animal Welfare Ecosystem
Full-Stack Product Architecture
Digital ecosystem connecting animal shelters and adopters through automated workflows. Currently architected as a robust monolith supporting pet management, secure authentication, and institutional memory tracking. The roadmap includes integrated micro-donations, social media automation, and a multi-platform mobile presence.View ProjectNext.js 15Drizzle ORMPostgreSQLDockerKubernetesGitHub ActionsTerraform
Professional Experience
A journey through my professional career, showcasing key roles and achievements.
Overview
Design and implement the company’s core distributed systems across multiple microservices, driving architectural decisions and new adoption of event-driven and microfrontend patterns, defining cross-team technical standards, and building robust third-party integrations with a focus on reliability and consistency.
Key Achievements
- Shaped frontend direction by leading a zero-downtime migration from a legacy architecture to microfrontends, establishing new standards for scalability and maintainability.
- Designed and implemented core fulfillment workflows in Go, including schema-driven validation and graph-based traversal utilities to ensure data integrity.
- Led the development of an event-driven backend service integrating with external accountant partners, enabling scalable delivery of tax-related products.
- Built and operated services integrating third-party APIs, implementing robust error handling, rate limiting, and security controls to manage external dependency failures at scale.
- Contributed to company-wide architectural standards through reusable packages and shared service patterns adopted across multiple teams.
- Supported enterprise API initiatives by designing secure, public-facing APIs that exposed internal capabilities while enforcing business constraints.
Tech Stack
ReactNode.jsTypeScriptGCPDockerKubernetesGraphQLPostgreSQLPythonGolangDjangoFirebaseTerraform





