Software Engineer II — Merchant Platform & Onboarding

Uber; San Francisco (CA); On-site; USD 171,000 - 190,000; Full time

Benefits offered by this job

Bonus program

Equity award

401(k) plan

Benefits

Job summary

Uber is seeking a Software Engineer for the Merchant Selection Team on the Eats marketplace in San Francisco. You will technically lead a team building systems enabling local businesses to onboard and integrate with Uber Eats, driving immediate value while shaping long-term scalability and reliability.

Collaborate with Product, Design, Analytics, Operations and ML to co-own engineering strategy, prioritize merchant-focused features, and ensure high availability in a fast-paced, multi-terabyte

Qualifications

• 2+ years of experience with common web technologies (HTML5, CSS, JavaScript, TypeScript)
• Proficiency in JavaScript and UI frameworks (React, Angular, Vue)
• Experience with Node.js, React-Query, GraphQL or similar server-side JS tech
• Excellent written and verbal communication, ability to gather requirements and draft design documents

Responsibilities

• Work through the full software engineering lifecycle from requirements to launch and maintenance
• Collaborate with Product, Design, Analytics and GTM to build a scalable platform
• Oversee prioritization of capabilities and architectural improvements to maximize value
• Ensure operational excellence across support, on-call, deployments and incidents
• Champion engineering best practices across the team

Skills

HTML5

CSS

JavaScript

TypeScript

Tools

Node.js

React

React-Query

GraphQL

Job description

Uber is seeking a Software Engineer for the Merchant Selection Team on the Eats marketplace in San Francisco. You will technically lead a team building systems enabling local businesses to onboard and integrate with Uber Eats, driving immediate value while shaping long-term scalability and reliability.

Collaborate with Product, Design, Analytics, Operations and ML to co-own engineering strategy, prioritize merchant-focused features, and ensure high availability in a fast-paced, multi-terabyte