Job Description
🏢 Company: S&P Global
💼 Role: Software Engineer II (Full-Stack Developer)
🎓 Qualification: Bachelor’s / Master’s in Computer Science or equivalent
🕒 Experience: 4+ Years
🌟 Role Overview
As a Software Engineer II at S&P Global, you will design, architect, and develop client-facing applications that power critical decisions in the capital and commodities markets.
You’ll work in a collaborative, globally connected team environment, contributing to scalable systems and high-impact financial solutions.
🎯 Key Responsibilities
- Work in an Agile development environment to identify and prioritize tasks
- Develop clean, efficient, and production-ready code
- Build tools and applications that support key business needs
- Engineer reusable components and shared services
- Create system design documentation and participate in technical walkthroughs
- Collaborate with both technical and non-technical stakeholders
- Continuously improve system architecture and application performance
🛠️ Required Technical Skills
🔹 Backend
- Strong expertise in NodeJS OR Python
- Experience in distributed application programming
- RESTful services and scalable backend architecture
🔹 Frontend
- JavaScript & TypeScript
- Angular / React JS
- HTML5, Bootstrap, CSS
🔹 Cloud & Development Practices
- AWS Services experience
- SDLC methodologies (Agile, Test-Driven Development)
- System design and architectural best practices
🔹 Emerging Technologies
- Knowledge of AI, ML, and Generative AI
- Experience with Copilot or similar AI-assisted coding tools
🌍 About the Company
S&P Global is a global leader in delivering Essential Intelligence. With over 35,000 employees worldwide, the company focuses on integrity, discovery, and partnership to create meaningful insights that help businesses operate sustainably and effectively.
🚀 Why Join?
- Work on mission-critical systems impacting global financial markets
- Collaborate with international teams
- Exposure to modern AI-driven development practices
- Opportunity to contribute to large-scale, distributed systems