.NET / C# Developer
Information
Languages
About
Main technologies
- C#4 yrs.
- C#4 yrs.
- ASP.NET4 yrs.
- Entity Framework4 yrs.
- C#4 yrs.
- Angular3 yrs.
- React.js3 yrs.
- Claude Code2 yrs.
- Codex2 yrs.
- Vibe coding2 yrs.
- LLM2 yrs.
- Artificial intelligence (AI)2 yrs.
Additional skills
- REST API4 yrs.
- Microsoft SQL Server4 yrs.
- CI/CD3 yrs.
- Redis3 yrs.
- TypeScript3 yrs.
- MySQL3 yrs.
- PostgreSQL3 yrs.
- Microservices3 yrs.
- Azure3 yrs.
- Docker3 yrs.
- GraphQL2 yrs.
- RAG2 yrs.
- LangChain2 yrs.
- Vector Search2 yrs.
- Amazon (AWS)2 yrs.
- Databricks1 yrs.
- Python1 yrs.
Experience
Multi-Agent Software Development System
About the Project
Distributed platform of 15 AI agents working in parallel to transform detailed software specifications into production-ready applications, orchestrated across planning, implementation, testing, review and delivery stages.
- AI
Responsibilities
- Built a distributed platform of 15 AI agents working in parallel to transform detailed software specifications into production-ready applications; - Orchestrated agents across planning, implementation, testing, code review, bug analysis, validation, and delivery stages with clearly defined responsibilities and execution boundaries; - Implemented controlled execution through staged validation, result checks, re-testing loops, and architecture review before changes could progress to delivery; - Used Azure Databricks and MLflow for model lifecycle management, experiment and execution tracking, and evaluation of AI workflows; - Used Vector Search for semantic retrieval and Model Serving for scalable model access across the agent fleet; - Created abstractions for Claude Code, Codex, Gemini, and local LLMs so providers could be selected or replaced without changing orchestration logic; - Validated the platform on two commercial projects, reducing implementation, testing, and review time;
Cox Automotive
About the Project
SaaS platform for the automotive industry built around ASP.NET Core Web APIs and a microservices-oriented architecture, serving internal services, frontend applications and external systems.
- Automotive
Responsibilities
- Contributed to a SaaS platform built around ASP.NET Core Web APIs and a microservices-oriented architecture; - Designed and implemented REST endpoints consumed by internal services, frontend applications, and external systems; - Separated business functionality from presentation and integration layers, improving maintainability and allowing services to evolve independently; - Implemented data access, validation, error handling, and performance improvements using C#, ASP.NET Core, Entity Framework Core, and MySQL; - Supported secure secrets and configuration management through Azure Key Vault and contributed to CI/CD, SonarQube quality gates, automated testing, and reliable delivery; - Collaborated with the architecture team on scalability, reliability, API contracts, and technology decisions;
Skills & technologies
MediFlow Systems
About the Project
Enterprise healthcare management platform supporting patient management, internal clinical workflows, and coordination between medical and administrative departments.
- HealthTech
Responsibilities
- Contributed to an enterprise healthcare management platform supporting patient-management and internal clinical workflows; - Developed backend modules and scalable APIs consumed by frontend applications and other system components; - Implemented business rules for patient workflows, clinical operations, and coordination between medical and administrative departments; - Separated healthcare business logic from presentation, data-access, and integration concerns to improve maintainability and reuse across interfaces; - Optimized SQL Server queries and contributed to validation, error handling, secure configuration, code reviews, and production reliability;
Skills & technologies
Betting Application
About the Project
Sports-betting and live-event SaaS platform operating in a mixed .NET Framework and .NET Core environment, gradually modernized towards API and service layers without a full rewrite.
- Gambling
Responsibilities
- Contributed to the development and gradual modernization of a sports-betting and live-event SaaS platform operating in a mixed .NET Framework and .NET Core environment; - Developed scalable REST and GraphQL APIs consumed by web applications, content-management systems, reporting services, and internal business applications; - Exposed business capabilities through API and service layers, reducing direct dependency on legacy interfaces and supporting incremental modernization without a full rewrite; - Implemented functionality for live text commentary, sports-event data, betting information, and dynamic content management for soccer and hockey events; - Used Azure Databricks for large-scale processing and aggregation of match and betting data, with analytical datasets consumed by reporting services and business applications; - Used Cosmos DB for high-scale metadata storage and Azure Key Vault for secure management of credentials and configuration;
Erasmus MC Patient Care
About the Project
European digital healthcare platform providing online consultations, diagnosis, treatment and follow-up care through web and mobile applications, undergoing gradual modernization from .NET Framework 4.8 to .NET 6.
- HealthTech
Responsibilities
- Contributed to a European digital healthcare platform providing online consultations, diagnosis, treatment, and follow-up care through web and mobile applications; - Worked across legacy .NET Framework 4.8 components and modern .NET 6 services, supporting gradual platform modernization; - Developed and maintained backend functionality and APIs using .NET, Azure Functions, Azure App Service, Azure Storage, and Azure SQL; - Separated application business logic from user-interface and infrastructure concerns and supported APIs consumed by web and mobile clients; - Monitored production health, failures, dependencies, and performance through Azure Application Insights; investigated incidents and improved logging, error handling, and reliability;
MeetPoint
About the Project
Web application for identifying optimal meetup locations for groups of users, built as a clean layered monolith with real-time sessions and external geolocation integrations.
- Management
Responsibilities
- Architected a clean monolithic web application for identifying optimal meetup locations for groups of users; - Separated business logic, data access, authentication, real-time communication, and external Google Maps integrations using a layered architecture; - Implemented REST APIs, JWT-based authentication and authorization, SignalR sessions, database schemas, caching, validation, and unit tests; - Initialized and maintained project infrastructure and participated in planning, code reviews, and team coding standards;