The Project: Internal Support Tools Evolution   You are joining an initiative focused on the evolution, modernization of the Internal Application Landscape. This project involves the strategic transition of well-known cloud services and legacy .NET architectures into a next-generation, AI-augmented, and cloud-native software landscape.  Our goal is not simply to "maintain" the existing system, but to proactively transform it—ensuring sovereignty, high-performance scalability, and seamless handover readiness through disciplined engineering.  Our Engineering Philosophy  We operate at the intersection of Legacy Stability and Modern Innovation. Our approach is defined by:  AI-Augmented Engineering: We utilize advanced AI development environments (such as Cursor, Windsurf, and Claude Code) and cutting-edge model families to accelerate code comprehension, refactoring, and documentation.  Disciplined SDLC Patterns: We move beyond traditional development by implementing repeatable, evidence-based SDLC patterns. Every change is backed by structured engineering evidence and rigorous automated testing.  The "Strangler Fig" Modernization: We prioritize risk-mitigated evolution, using sophisticated patterns to wrap, refactor, and eventually replace legacy components.  High-Seniority Autonomy: We operate as a lean, highly autonomous unit. We value "technical detectives" who can navigate ambiguity and perform deep reverse engineering.  Mission To drive the technical execution of both high-impact feature development and the deep-dive modernization of our legacy .NET ecosystem. You will be a specialist who finds satisfaction in solving complex puzzles, utilizing AI-assisted tools to accelerate the modernization of our core systems.  Role Focus This role focuses on high-complexity coding, deep reverse engineering, and AI-augmented productivity. You will work in the trenches of the legacy codebase, extracting logic and implementing modern, testable solutions using the latest AI-powered development environments.  Key Responsibilities  Complex Feature & Refactoring: Design and implement sophisticated new functionalities within the existing .NET ecosystem, ensuring seamless integration with legacy components.  Deep Reverse Engineering: Analyze and deconstruct complex, undocumented, or "spaghetti" legacy code to understand underlying business rules and technical flows.  AI-Augmented Coding: Proactively utilize AI coding assistants and advanced environments (e.g., Cursor, Windsurf, Claude Code, or VS Code extensions) to accelerate code comprehension, documentation, and refactoring.  Robust Testing & Stability: Write high-quality unit and integration tests to "wrap" legacy modules, providing a safety net for all refactoring efforts.  Technical Troubleshooting: Act as a high-level escalation point for complex bugs and performance bottlenecks within the legacy environment.  Internal Tooling: Utilize Microsoft PowerApps to build rapid, lightweight administrative or maintenance utilities to support the development and operations lifecycle.