Key Responsibilities
1. End-to-End Product Engineering Own software features from requirement gathering through architecture, development, testing, deployment, production support, and continuous improvement. Deliver production-ready software with accountability for quality, scalability, security, and maintainability. Drive engineering solutions that balance business priorities with long-term architectural sustainability. 2. Architecture & Technical Design Participate in architecture discussions and technical design reviews. Design modular, scalable, maintainable, and cloud-native software solutions. Apply asynchronous programming techniques to build resilient distributed systems. Ensure solutions adhere to modern secure engineering practices. 3. Full Stack Software Development Develop high-quality software using: Node.js TypeScript JavaScript Angular React REST APIs Micro Frontends SQL & NoSQL Databases Build reusable, maintainable, and well-tested software using engineering best practices and responsible AI-assisted development. 4. Software Quality & Testing Practice Test-Driven Development (TDD). Build and maintain high unit test coverage. Improve automated API and UI test coverage. Ensure every code change is validated through automated quality gates. Enable seamless integration with CI/CD pipelines. 5. Production Engineering & Operational Excellence Support UAT and Production deployments. Own production issue resolution and Root Cause Analysis (RCA). Improve application observability through monitoring dashboards and alerting. Optimize application performance, scalability, reliability, and system uptime. Collaborate with DevOps to ensure successful production releases. 6. Technical Leadership & Mentoring Mentor junior and intermediate engineers through code reviews, pair programming, and technical coaching.
Establish engineering standards and coding best practices. Lead technical discussions and influence engineering decisions. Promote engineering excellence and continuous learning across teams. 7. Technical Debt & Continuous Improvement Identify, prioritize, and reduce technical debt. Keep dependencies secure and up to date. Improve maintainability through modular design and refactoring. Drive engineering productivity through automation and AI-assisted development practices. 8. Cross-Functional Collaboration Collaborate closely with: Product Owners Solution Architects Engineering Leads QA Teams DevOps Engineers Scrum Masters Business Stakeholders to deliver high-quality customer-focused software solutions. Must--Have Qualifications Experience 5–8+ years of software engineering experience in product engineering environments. Proven ownership of complete software features from architecture through production support. Solid experience building cloud-native, enterprise-grade applications. Experience collaborating across Agile product engineering teams. Programming Languages TypeScript JavaScript Node.js Frontend Technologies Angular React Single Page Applications (SPA) Micro Frontend Architecture Backend Technologies RESTful APIs Microservices Asynchronous Programming Databases Relational SQL Databases NoSQL Databases Cloud & Platform Engineering Distributed Systems Cloud Computing Fundamentals Containerization CI/CD Git Dependency Management Software Engineering Practices Test-Driven Development (TDD) Secure Coding Practices Design Patterns Code Reviews Pull Request Governance Technical Debt Management Branching Strategies Production Support AI-Assisted Engineering Experience using AI-assisted development tools for: Code Generation Code Review Test Generation Developer Productivity while maintaining engineering ownership and code quality.