About Us
Temporal is an open source programming model that can simplify code, make applications more reliable, and help developers focus on the important things like delivering features faster. We are on a mission to be the reliable foundation of every developer’s toolbox, and are building the team that will make that happen.
Our values guide us —they are present in how we show up, make decisions, and work together to make an impact. We’re curious, driven, collaborative, genuine and humble.
Temporal is growing and we are looking for those who share our values, challenge 'standard' thinking, and want to influence our future. If you have a passion for improving the developer experience, building world-class open-source software and communities, and want to be a part of our amazing team, we'd love to hear from you!
Summary
We have an opening for a Senior Software Engineer on our Infrastructure Team, with specific focus on Observability - both internal and customer-facing. This is an opportunity to join a mission-critical engineering team that is driving the productivity and reliability of Temporal’s developers and core platforms, respectively. We are a passionate team of talented developers who truly care about our mission and enjoy working deeply across the entire Temporal ecosystem to be a force multiplier across the organization.
What You'll Do
Build
- Lead the end-to-end Software Development Lifecycle: goals & requirements solicitation, design & review, implementation, operationalization & deployment, support & maintenance.
- Formulate feature designs, review with stakeholders, iterate to incorporate feedback and drive consensus.
- Clearly document design choices and operational knowledge to successfully deploy and manage the software you develop.
- Provide appropriate test and production readiness coverage for unit, integration, and performance of your feature ownership area.
Own
- Set a high bar for technical excellence and take pride in the software you develop.
- Design and build multi-component, distributed systems that operate at scale.
- Investigate issues with a methodical approach to identify a root cause.
- Understand performance and reliability implications of design option