Analyst, Talent Acquisition Operations
Databricks · Belgrade, Serbia · Recruiting
About this role
Databricks is hiring a mid-level Network Engineer in the operations function based in Belgrade, Serbia. The posting calls out experience with Spark, Databricks, MLflow, Automation.
- Role
- Network Engineer
- Function
- operations
- Level
- mid
- Track
- Individual contributor
- Employment
- Full-time
- Location
- Belgrade, Serbia
- Department
- Recruiting
More roles at Databricks
Job description
from Databricks careersGAQ327R184
We’re looking for a detail-oriented and execution-focused TA Operations Analyst to support the day-to-day operations of our global recruiting function. This role will help maintain and improve the processes, tools, and reporting that enable efficient and scalable hiring across Databricks, including the use of AI and automation to streamline workflows and enhance data quality.
As an Analyst, Talent Acquisition Operations, you will play a key role in supporting our global talent organization by ensuring smooth operations and efficient, tech-enabled processes. You will assist in executing projects, maintaining data accuracy, and supporting system enhancements, while leveraging AI and automation tools to optimize the recruitment lifecycle. This role requires strong organizational skills, attention to detail, and a collaborative mindset to contribute to team success.
The Impact You Will Have
- Lead the execution of small initiatives while contributing to larger initiatives with moderate to high level of direction from leadership
- Respond to and resolve Tier 1 inquiries, handling system and process issues that require detailed investigation and troubleshooting
- Assist in improving, administering, and testing updates to our ATS and recruiting tech stack under guidance from senior team members.
- Contribute to process improvement efforts by collaborating with cross-functional teams on defined tasks.
- Help with TA onboarding, offboarding, training, and enablement for talent systems to ensure smooth transitions.