Operations Professional → Workflow Automation → Software Engineering

I build practical automation tools, study modern software architecture, and explore Human-AI Collaboration to improve operational workflows through structured engineering.

With more than 12 years of frontline retail operations experience, I developed a practical approach to solving operational problems through process optimization, structured thinking, and continuous improvement.

Today I am extending that experience into workflow automation, software engineering, and AI-assisted technical collaboration through independent study and hands-on project development.

My primary interests include software architecture, defensive programming, workflow automation, and understanding how complex systems operate beneath the surface.

• Workflow Automation
• Java Library Development
• C# Library Development
• PowerShell Engineering
• Software Architecture
• Domain-Driven Design (DDD)
• Clean Architecture
• Defensive Programming
• Error Taxonomy & Observability
• Human-AI Collaboration

• Java
• C#
• PowerShell
• JavaScript
• TypeScript
• Node.js

• Git / GitHub
• Playwright
• REST APIs
• Nginx
• SSH

• Clean Architecture
• Domain-Driven Design (DDD)
• Vertical Slice
• CQRS
• SOLID
• Modular Design

A Java 21 architecture study demonstrating practical software engineering concepts through a framework-independent Anti-Corruption Layer implementation.

Highlights:

• Anti-Corruption Layer (ACL)
• Domain-Driven Design
• Clean Architecture
• Boundary Validation
• Defensive Programming
• Error Taxonomy & Observability

Repository: https://github.com/johnny60904/java-legacy-platform-acl

Portfolio: https://johnny60904.github.io/landx-portfolio/projects/java-legacy-platform-acl.html

• Understand systems before optimizing them.
• Design explicit boundaries and predictable behavior.
• Prefer maintainability over unnecessary complexity.
• Automate repetitive work whenever possible.
• Continue learning through real projects and practical implementation.

I transitioned into software engineering through independent study, technical documentation, open-source projects, and extensive Human-AI Collaboration.

Rather than following a traditional academic path, I focus on understanding engineering principles through practical implementation, iterative refinement, and real-world workflow improvement.

Understanding how systems work—including their limitations and constraints—is the foundation for building reliable software and continuously improving operational workflows.