Full Stack Developer

Job Code: 117900-72-1

Title: Full Stack Developer

Location: Berkeley Heights, NJ / Alpharetta, GA (5 days onsite)

You will be part of an agile squad dedicated to the "Feature-First" modernization of our banking platform. Your goal is to take existing business logic—often locked in legacy Java, .NET, or LAMP environments—and migrate it into a modern, Cloud-Native architecture. You are expected to be an early adopter of AI-assisted development (GitHub Copilot/Cursor) to accelerate delivery while maintaining the rigorous precision required for financial transactions. 

Key Responsibilities 

• Feature Evolution: Enhance existing banking applications by refactoring legacy code into modern, maintainable patterns (e.g., transitioning from a monolith to a modularized service). 

• AI-First Development: Utilize GitHub Copilot, Cursor, or similar LLM tools for 80% of your boilerplate, unit testing, and documentation. You should be able to "vibe code"—iterating quickly with AI to find the best architectural path. 

• Full Stack Implementation: Develop and maintain end-to-end features, from UI components (React/Angular) to API logic and database schemas. 

• Cloud Integration: Deploy features into AWS/Azure/Google Cloud Platform environments, following established CI/CD pipelines and Infrastructure-as-Code (Terraform) standards. 
• Banking Logic Guardrails: Ensure every line of AI-assisted code meets banking security standards (OWASP) and handles financial data with 100% integrity. 

Technical Requirements 

• Experience: 5–8 years of professional software engineering. 

• Core Stack (One of the following): 

• Java: Spring Boot, REST APIs, Microservices. 

• .NET: C#, .NET 6/8, Web API. 

• MEAN/MERN: Node.js, Express, React/Angular. 

• LAMP: Modern PHP (8.x), Laravel/Symfony, transitioning to containers. 

• Modern Patterns: Familiarity with Cloud-Native principles (Docker, Serverless) and Event-Driven Architecture. 

• AI Proficiency: Demonstrated ability to prompt and iterate with AI coding assistants to solve complex logic problems.