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I am Münircan Soysal, a .NET & Angular Software Developer focused on building enterprise-grade web applications, API integrations, SQL-driven workflows, and scalable frontend architectures. I work with systems where backend, frontend, data flow, integrations and operational reliability need to move together. My goal is not only to build software that works; I aim to build systems that remain understandable, maintainable and production-ready after deployment. What I value while developing:
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Name Münircan Soysal
Role .NET & Angular Developer
Focus Enterprise Software
Stack .NET • Angular • SQL Server
Mindset Clean • Traceable • Scalable
Location Kocaeli, Türkiyepublic string BuildStyle =>
"Clean architecture, clear flow, reliable delivery";
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Internal tools, admin panels, role-based screens, business workflows and production-oriented management surfaces. |
REST/SOAP services, external system communication, data mapping, response processing and traceable request flows. |
SQL Server, stored procedures, query optimization, reporting support and data synchronization workflows. |
Logs, traces, metrics, OpenTelemetry, Jaeger and production behavior visibility for real debugging. |
Controller
↓
Application Service
↓
Business Rule
↓
Repository / Integration
↓
Database / External APII prefer backend code where responsibilities are clear and business logic does not disappear inside controllers. I focus on:
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Feature
↓
Page
↓
Facade
↓
Data Access
↓
Component
↓
UI StateI prefer Angular structures where components focus on UI and orchestration is handled through clear boundaries. I focus on:
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public sealed class DeveloperProfile
{
public string Name => "Münircan Soysal";
public string Role => ".NET & Angular Software Developer";
public string[] CoreStack =>
[
".NET",
"C#",
"Angular",
"TypeScript",
"SQL Server",
"REST API",
"SOAP",
"OpenTelemetry",
"Docker"
];
public string[] FocusAreas =>
[
"Enterprise APIs",
"Angular UI Systems",
"SQL Server Workflows",
"System Integrations",
"Scheduler Jobs",
"Observability",
"Clean Architecture",
"Performance Optimization"
];
public bool WritesReadableCode => true;
public bool CaresAboutMaintainability => true;
public bool ThinksInSystems => true;
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Code should explain the business flow instead of hiding it behind complexity. |
A system should be traceable, debuggable and reliable after deployment. |
Good architecture allows the next developer to continue safely. |
Problem → Flow → Data → Cause → Fix → VerificationI mostly work around enterprise production scenarios.
| Area | Example Focus |
|---|---|
| Admin Panels | Management screens, role-based flows, reusable UI |
| API Refactor | Service layer, business rule separation, cleaner endpoints |
| Integrations | REST/SOAP, data mapping, external service flows |
| SQL Workflows | Stored procedures, query optimization, reporting support |
| Job Systems | Scheduler, background workers, recurring operational tasks |
| Observability | Trace, metric, log and exception visibility |
| Frontend Architecture | Angular features, facades, shared components |
| Legacy Improvement | Understanding existing flows and reducing complexity |
My portfolio is designed as an engineering interface, not just a static personal page.
munircan.dev
├── Portfolio Page
├── Blog Module
├── Project Cards
├── Skills Surface
├── Experience Timeline
├── Contact Section
└── Interactive Developer Card- Angular SSR
- prerendered SEO pages
- feature-based structure
- portfolio module
- blog module
- route-aware navigation
- JSON-LD schema
- sitemap and robots setup
- Netlify deployment
- responsive media strategy
- SEO-focused H1 and metadata
A system is not production-ready only because it works.
It should also be visible.
Request received
↓
Service started
↓
External dependency called
↓
Database operation completed
↓
Business result produced
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Response returnedWith proper tracing, logging and metrics, debugging becomes a system capability.
I prefer solving problems from the root.
1. Reproduce the issue
2. Understand the flow
3. Identify the failing layer
4. Validate the data source
5. Inspect logs and traces
6. Fix the root cause
7. Test the full scenario
8. Document the resultI continuously improve myself in:
- advanced .NET architecture
- Angular SSR and frontend performance
- OpenTelemetry and distributed tracing
- enterprise integration patterns
- SQL Server optimization
- clean code and refactoring
- system design thinking
- AI-assisted development workflows
Write clean.
Think deeply.
Trace everything.
Avoid hidden complexity.
Own the problem.
Fix the root cause.
Build for maintainability.