I am a software engineer focused on building scalable backend systems, designing clean architectures, and exploring the intersection of software engineering and scientific computing.
With 7+ years of experience in the .NET ecosystem, I specialize in creating reliable, maintainable, and high-performance applications using modern engineering practices.
I believe great software is not only about writing code β it is about understanding the problem deeply, designing elegant solutions, and continuously learning.
- ποΈ Design and develop backend systems with C# / .NET
- π§© Build scalable architectures using Clean Architecture, DDD, CQRS, and SOLID principles
- βοΈ Develop cloud-ready applications and distributed systems
- βοΈ Work with databases, caching, and performance optimization
- π¬ Explore scientific computing and physics simulations through software
- C#
- .NET / ASP.NET Core
- Entity Framework Core
- RESTful APIs
- Background Services
- Clean Architecture
- Domain-Driven Design (DDD)
- CQRS
- SOLID Principles
- Design Patterns
- System Design
- SQL Server
- PostgreSQL
- MongoDB
- Redis
- Docker
- Git
- TypeScript
- JavaScript
- Next.js
- Blazor
- Python
A scientific simulation engine built with .NET, focused on orbital mechanics, physics simulation, and space visualization.
The goal of Cosmos Engine is to combine software engineering with fundamental physics concepts:
- Newtonian physics simulation
- Orbital mechanics
- 3D space visualization
- Mission modeling concepts
- Scientific computing experiments
Building software that helps us understand the universe.
- Astrophysics & Cosmology
- Numerical Simulation
- Physics-based Modeling
- Advanced Software Architecture
- Cloud-native Engineering
"Understand the science behind the problem, then build the software."
I enjoy projects where engineering meets curiosity β from distributed systems to simulations of physical worlds.
I am interested in:
- Senior Backend Engineering opportunities
- Remote software engineering roles
- Open-source collaboration
- Scientific computing projects


