Alexsander Valente

    AI & Software Engineer
    software and AI integrated into reliable production architectures

    I develop systems that combine software and artificial intelligence within scalable architectures, enabling AI models to operate with reliability, efficiency, and predictability in production.

    #01

    Ingestion & Processing

    Databricks, Spark and scalable data pipelines

    #02

    Intelligence & Context

    GenAI, LLMs, RAG and retrieval systems

    #03

    Architecture & Governance

    Lakehouse, data modeling and governance

    #04

    Operations & Automation

    DataOps, MLOps and AI systems observability

    #05

    Infrastructure & Cloud

    Azure and AWS for data and GenAI

    Software, Systems Engineering and AI in Production

    Alexsander Valente - AI & Software Engineer

    I am an AI & Software Engineer with more than ten years of experience building systems used in real-world environments, including distributed applications, data platforms, and solutions based on artificial intelligence.

    My path started in software engineering and naturally evolved into data systems and AI, allowing me to work across the full development of modern solutions, from architecture definition to production implementation.

    I work on designing systems that integrate software and artificial intelligence into scalable architectures, ensuring that AI models operate with reliability, predictability, and operational efficiency.

    I have experience developing APIs, microservices, data pipelines, and complex integrations, structuring solutions that allow software and AI to work consistently in corporate environments.

    My focus is to turn AI initiatives into production-ready systems, balancing response quality, operational cost, observability, and continuous architectural evolution.

    I work with cloud and distributed systems to build platforms prepared for growth, ensuring that software and AI become real business capabilities.

    What I do

    I work on the development of systems where software and artificial intelligence operate in an integrated way, from architecture definition to production implementation. These are the main areas where I contribute:

    #01

    Artificial Intelligence

    I design and build production-ready systems based on LLMs, structuring architectures that allow AI models to operate in a reliable, observable, and software-integrated way.

    Common work

    • Corporate copilots
    • RAG (Retrieval Augmented Generation)
    • AI-based agents and automation
    • Unstructured document processing
    • Conversational systems integrated with business rules
    • Response quality evaluation and improvement
    • AI integration with APIs and existing systems

    Common stack

    LLMsLangChainLangGraphCrewAIOpenAIAnthropicBedrockRAGpgvector

    #02

    Software Engineering

    Development of backend systems and modern applications that support complex integrations and continuous evolution.

    Common work

    • High-performance APIs
    • Microservices and distributed systems
    • Legacy system modernization
    • Internal operations platforms
    • Multi-tenant systems
    • Decoupled service modeling
    • Applications built for growth

    Common stack

    PythonFastAPIDjangoTypeScriptNext.jsReactPostgreSQL

    #03

    Data Engineering

    Structuring pipelines and data platforms that support analytical applications and AI systems in production.

    Common work

    • Scalable ETL and ELT pipelines
    • Lakehouse architecture
    • Datasets for machine learning
    • Structured and unstructured data ingestion
    • Data governance and quality
    • Integration of multiple data sources

    Common stack

    DatabricksApache SparkAirflowdbtDelta LakeKafka

    #04

    Systems Architecture

    Definition of technical architecture aligned with the product context and the solution's evolution needs.

    Common work

    • Distributed systems design
    • Technology stack definition
    • Event-driven architecture
    • Service modeling
    • Medium- and long-term structural decisions
    • Existing architecture review

    Common approaches

    MicroservicesEvent-driven architectureCloud-native architecture

    #05

    Systems Integration

    Integration between corporate platforms, cloud services, and AI-based applications.

    Common work

    • Integration between APIs and internal systems
    • Integration with ERPs and CRMs
    • Integration with external services
    • Data flow orchestration
    • AI integration with existing systems

    Common technologies

    RESTGraphQLWebhooksMessaging

    #06

    Cloud & Infrastructure

    Structuring environments prepared for software, data, and AI systems.

    Common work

    • Cloud environment setup
    • Containers and workload orchestration
    • CI/CD pipelines
    • Infrastructure as code
    • Environments prepared for scale
    • Application observability

    Common stack

    AWSAzureGCPDockerKubernetesTerraformGitHub Actions

    #07

    Process Automation

    Automation of operational flows using software and artificial intelligence.

    Common work

    • Repetitive task automation
    • Operational workflows
    • Automatic report generation
    • Integration between tools
    • Event-based automation
    • Automation agents

    Common stack

    PythonAirflown8nAPIsAI agents

    #08

    Architecture and Engineering Consulting

    Strategic technical support in defining software, data, and AI solutions, helping teams structure initiatives in a sustainable way.

    Common work

    • Technical diagnosis
    • Architecture definition
    • Feasibility assessment
    • Technical MVP structuring
    • Technology roadmap definition
    • Review of technical decisions

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