Software Engineer II - Web Engineering - Payments 3P

Software Engineer II - Web Engineering - Payments 3P Department: Engineering Team: Frontend Location: Bangalore, India Type: Full-Time **About the Role** 3P or (third party integrations) are critical to Uber’s broader company strategy, and Payments plays a central role in enabling it. In the 3P (third-party) integration landscape, Payments is one of the major building-blocks for a successful integration. Integration of Payments in 3P has evolved significantly, requiring a shift from bespoke, high-touch engineering efforts to a scalable, building-block approach. This is critical to Uber’s broader company strategy, and Payments plays a central role in enabling it. As part of the Payment 3P team, you will have direct responsibility for those systems and processes. You will take ownership of key features and initiatives in crafting and building high quality, scalable systems in making paying on our platform reliable and efficient. Your work will directly impact the lives of Uber’s users across the globe. This role is specifically targeted towards Web engineering where you’ll help to build modern web API and deep integrations with mobile and other 3P systems. **What the Candidate Will Need / Bonus Points** \-\-\-\- What the Candidate Will Do ---- 1. Contribute to the Web monorepo on core Uber flows enabling Payment 3P team, but also within the overall ecosystem of Payments. Write quality, well-tested code and documentation. 2. Be part of the decision-making process for the business, in collaboration with Product, Design and Data Science, and building the technical capabilities to support them. 3. Work closely with backend engineers and cross platform developers to build our users’ Payment experiences. 4. Apply and drive methodologies in code health, testing, and maintainability. 5. Come up with the right architecture and design for ideas and experiments to scale quickly. 6. Solid understanding of software experimentation philosophy in the earlier work with understanding of setting up A/B experiments for hypothesis testing. 7. Build instrumentation in the experiments, understand and mine insights a