Backend & System Development
- Building APIs and backend services with .NET
- Designing maintainable system architectures
- Implementing complex business logic for pricing, rules, and workflows
About
Backend-focused full-stack engineer working with .NET, SQL, and system design to build logic-heavy applications that need to be correct, reliable, and maintainable under real conditions.
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I build backend systems that handle real-world complexity.
My work focuses on designing and implementing logic-heavy applications, systems where correctness, performance, and scalability actually matter.
I work extensively with .NET and SQL to build APIs, optimize data flows, and solve problems like pricing logic, data consistency, and system performance.
Beyond just writing code, I think in terms of systems, how components interact, where things break, and how to make them reliable under real-world conditions.
02
I have a background in Computer Science, where I developed a strong foundation in problem solving and analytical thinking.
I've always been curious about how things work under the hood, whether it's software systems, performance bottlenecks, or how data flows through an application.
Mathematics has played a big role in shaping my thinking, especially when it comes to logic, optimization, and structured problem solving.
Over time, this curiosity naturally evolved into building and improving real-world systems.
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I approach development with a focus on clarity and reliability.
I start by understanding the problem deeply, what needs to be solved, what constraints exist, and where things can go wrong.
From there, I design solutions that are not just functional, but maintainable and scalable over time.
I pay close attention to edge cases, data consistency, and performance, especially in systems that deal with real-world complexity.
I prefer simple, well-structured solutions over over-engineered ones.
The goal is always the same: build systems that work correctly, scale well, and are easy to reason about.
I'm always interested in working on systems that are challenging, meaningful, and require thinking beyond just writing code.