Acunor is hiring Data Engineer/Architect - Databricks for one of its premier clients based out of New york. This is hybrid and fulltime opportunity. Interested candidates are encouraged to apply with the most recent resume to

Role: Data Engineer/Architect - Databricks

Location: NYC, NY

Fulltime

Role & Responsibilities Overview:

• Develop and optimize ETL pipelines from various data sources using Databricks on cloud (AWS, Azure, etc.)
• Experienced in implementing standardized pipelines with automated testing, Airflow scheduling, Azure DevOps for CI/CD, Terraform for infrastructure as code, and Splunk for monitoring
• Continuously improve systems through performance enhancements and cost reductions in compute and storage
• Data Processing and API Integration: Utilize Spark Structured Streaming for real-time data processing and integrate data outputs with REST APIs
• Lead Data Engineering Projects to manage and implement data-driven communication systems
• Experienced with Scrum and Agile Methodologies to coordinate global delivery teams, run scrum ceremonies, manage backlog items, and handle escalations
• Integrate data across different systems and platforms
• Strong verbal and written communication skills to manage client discussions

Candidate Profile:

• 8 years experience in developing and implementing ETL pipelines from various data sources using Databricks on cloud
• Based out of US
• Some experience in insurance domain/ data is must
• Programming Languages SQL, Python
• Technologies - IaaS (AWS or Azure or Google Cloud Platform), Databricks platform, Delta Lake storage, Spark (PySpark, Spark SQL).
  • Good to have - Airflow, Splunk, Kubernetes, Power BI, Git, Azure Devops
• Project Management using Agile, Scrum
• B.S. Degree in a data-centric field (Mathematics, Economics, Computer Science, Engineering or other science field), Information Systems, Information Processing or engineering.
• Excellent communication & leadership skills, with the ability to lead and motivate team members
• Ability to work independently with some level of ambiguity and juggle multiple demands