Code Architecture & Patterns

Writing maintainable, testable, and scalable code.

Clean Code, Better Software

I apply software design patterns and architectural principles to create codebases that are easy to understand, test, and extend. Quality code is an investment.

SOLID principles & design patterns

Clean architecture & separation of concerns

Test-driven development

Code review & refactoring

Code Quality Standards

Building software with maintainability and extensibility as core priorities.

Step 1

Architecture Planning

Defining layers, modules, and dependencies for clean separation.

Step 2

Pattern Application

Using proven design patterns (Factory, Strategy, Observer, etc.).

Step 3

Testing Strategy

Writing unit, integration, and e2e tests for reliability.

Step 4

Continuous Improvement

Regular refactoring and code reviews for quality.

Technologies & Tools

The stack I use to deliver exceptional results

TypeScript

frontend

Type safety and better tooling

ESLint/Prettier

tools

Code quality and formatting

Jest/Vitest

tools

Unit and integration testing

Design Patterns

backend

Gang of Four and modern patterns

Clean Architecture

backend

Layered architecture principles

Git & CI/CD

tools

Version control and automation

Real-World Impact

Examples of how I've applied this skill to solve problems

Legacy Code Refactoring

Refactored a 50,000-line monolithic codebase into modular, testable components.

Outcome

Reduced bug count by 70% and improved developer onboarding time.

Test Coverage Improvement

Implemented TDD practices and increased test coverage from 20% to 85%.

Outcome

Caught 90% of bugs before production deployment.

Modular Architecture

Designed plugin-based architecture allowing feature additions without core changes.

Outcome

Reduced feature development time by 50% with reusable modules.

Improve Your Codebase

Create software that developers love to work with.

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