About this role
DDN is hiring a full-time Staff Engineer for the Infinia Core team based at the Santa Clara office. This hands-on technical position blends distributed-systems engineering with direct customer engagement to support production AI storage environments.
Role Overview
The Staff Engineer acts as a technical authority for DDN's next-generation software-defined storage platform, Infinia. This role centers on managing complex technical escalations, conducting root-cause analysis, leading incident responses, and driving product reliability. Candidates must possess a genuine interest in working directly with customers, communicating with executive audiences, and participating in an on-call rotation for after-hours support.
Key Responsibilities
Requirements
Nice to Have
Skills and Tools
Salary and Benefits
About the Company
DDN builds advanced data storage solutions tailored for high-performance computing, accelerated computing, and enterprise environments. The company develops Infinia, a software-defined storage platform engineered from the ground up to support modern AI workloads with sub-millisecond latency, multi-tenancy, and all-flash performance.
How to Apply
Interested candidates should visit the official DDN careers page to submit an application for this position.
Skills and tech stack
Questions candidates ask
What is the salary range for the Staff Engineer role at DDN?
The annual salary for this full-time position ranges from $185,000 to $275,000 USD.
Where is this job located?
This position is based at the DDN Santa Clara Office and is not a remote role.
What programming languages are required?
Applicants must have strong coding ability in either Python or C++.
Does this role require on-call duties?
Yes, this position requires participation in an on-call rotation to provide after-hours support when needed.
What is DDN's Infinia platform?
Infinia is DDN's next-generation, software-defined storage platform built specifically for accelerated computing and AI workloads, featuring all-flash performance and sub-millisecond latency.
