We're seeking an exceptional Senior Staff Backend Engineer to lead the design and implementation of next-generation platform infrastructure for Uber's Driver Pricing systems. This is a high-impact role where you'll architect and build the real-time distributed systems that power pricing decisions for millions of drivers across 70+ countries around the world. You'll tackle some of the most complex infrastructure challenges in the industry: building sub-50ms latency systems that handle 1M+ requests per second, designing platform abstractions that enable rapid iteration on pricing algorithms, creating developer-friendly APIs that multiple engineering teams can build upon, and handling complex marketplace dynamics with strategic agent behavior. Your infrastructure will directly enable breakthrough ML innovations while maintaining the reliability standards critical for tens of billions of dollars in marketplace transactions. As a Senior Staff Backend Engineer reporting directly to the Engineering Director, you'll drive technical architecture decisions, mentor senior engineers, and establish platform engineering excellence across the Driver Pricing organization while building systems that serve as the foundation for Uber's marketplace optimization. Your work will involve a combination of backend engineering, platform development, analytics, experimentation infrastructure, developer tooling, and optimization. We are looking for a strong generalist who can adapt to various technical challenges and bring innovative solutions to our dynamic team.
Technical Architecture & Leadership
Platform & Developer Experience
Cross-Functional Impact
Team Development
Bachelor’s degree in Computer Science, or equivalent technical education
10+ years of experience building and scaling distributed systems in large-scale production environments
Expert-level proficiency in backend technologies including Go, Java, or Python with deep understanding of high-performance system design
Deep expertise across multiple areas including:
Proven track record of leading complex infrastructure projects from architecture through production with significant measurable impact
Proven experience building high-throughput systems handling millions of requests per second with strict latency requirements
Technical leadership experience including mentoring senior engineers and driving cross-team technical initiatives
Real-time marketplace platform experience with understanding of consistency, reliability, and performance requirements
Platform engineering expertise building developer tools and abstractions used by multiple engineering teams
Streaming systems experience with Kafka, Flink, or similar real-time data processing frameworks
Database and caching expertise with systems like MySQL, Redis, Cassandra, or distributed data stores
Cloud infrastructure experience with GCP, OCI, containerization (Kubernetes), and infrastructure-as-code
Observability and monitoring expertise building comprehensive logging, metrics, and alerting systems
Experience building and migrating to hardened interfaces for data access and API design
Proven examples of dramatically improving developer velocity through platform abstractions
Required:
Preferred:
Your platform infrastructure will directly enable:
Come join our team and help Uber's Driver Pricing platform scale into the future as we continue to grow exponentially with a global footprint, millions of drivers, and continued marketplace expansion! As one of Uber's world-class engineers, you will be empowered to push the envelope in scalability, distributed systems, reliability, and more.
Exceptional technical depth in distributed systems combined with practical platform engineering skills
Developer empathy and platform thinking focused on enabling other teams to move faster
Strategic architecture mindset for building systems that evolve and scale with business growth
Collaborative leadership building consensus around technical decisions across multiple engineering teams
Operational excellence with focus on reliability, performance, and maintainability of critical business systems