Senior Data Engineer
Bangalore Full-time Senior Data Engineering
At a glance
Senior Data Engineering role at Nxp. Bangalore · full-time.
Pay not stated Data Engineer salary
RoleData Engineering
SenioritySenior
LocationBangalore
EmploymentFull-time
PostedAug 27, 2026
Role brief
dataroles summary, based on the employer's posting.
What you'll do
- Build scalable data pipelines and Lakehouse solutions in Databricks
- Improve Databricks workload speed and cost through cluster sizing, query tuning and Delta Lake table design
- Apply partitioning, clustering and workload isolation, then track trends and work with source teams and users on slow loads
- Set up Unity Catalog governance for access, lineage and security, and contribute to Databricks monitoring automation
- Help maintain CI/CD delivery for Databricks assets, while building toward independent ownership of assigned workloads
What you bring
- At least three years in data engineering focused on integration, including a year or more using Databricks in enterprise environments
- Working knowledge of Lakehouse architecture, Delta Lake, Unity Catalog and workflow orchestration
- Ability to tune Spark workloads, with strong Python, PySpark and SQL skills
- Knowledge of CI/CD and DevOps for data workloads, plus experience with Databricks observability tools
- A computer science or IT degree, or equivalent relevant experience
Who this fits
This role suits a hands-on engineer who wants to deepen Databricks Lakehouse and performance-engineering skills. You’ll deliver work with guidance from senior engineers and grow toward owning pipelines independently. The role is based in Bangalore, India.
From the employer
Position Summary:
We are seeking a hands-on Data Engineer building on Databricks who is growing their Lakehouse and performance-engineering depth, with a builder's mindset for AI-assisted operations.
Key Responsibilities:
- Design and develop scalable data pipelines and Lakehouse solutions on Databricks.
- Build and tune Databricks workloads for performance and cost, including cluster sizing, query optimization, and Delta Lake table design.
- Implement and utilize best practices for partitioning, clustering, and workload isolation.
- Track performance trends, identify high-cost queries, and partner with source teams and end users to resolve long-running loads.
- Design and operationalize Unity Catalog for data governance — access control, lineage, and security.
- Build monitoring and self-healing automation using Databricks-native AI and agentic capabilities.
- Contribute to CI/CD workflows for Databricks assets, applying DevOps best practices for deployment and release management.
- Deliver assigned pipelines and workloads with guidance from senior engineers, growing toward independent ownership.
What Success Looks Like (First 6–12 Months)
- In your first 6–12 months, you'll independently build and tune production pipelines, implement Unity Catalog access controls as designed, and contribute to monitoring automation.
Required Qualifications:
- Bachelor or Master’s degree in Computer Science, Information Technology or equivalent years of relevant experience.
- 3+ years of data engineering experience (with a focus on data integration), including 1+ years hands-on Databricks in enterprise settings.
- Solid understanding of Databricks Lakehouse architecture, Delta Lake, Unity Catalog, and Workflow orchestration.
- Working ability to tune Spark workloads for cost and performance.
- Strong Python (PySpark) and SQL skills.
- Working knowledge of CI/CD practices and DevOps principles applied to data workloads.
- Experience with observability tooling for Databricks.
Preferred Qualifications:
- Experience with Databricks-native AI capabilities and agentic frameworks.
- Familiarity with Databricks Serverless Compute and DBSQL performance tuning.
- A Databricks Certified Professional is nice to have.
- Exposure to Infrastructure-as-Code is a plus.
Competencies:
- Performance-engineering mindset — measures, tunes, and re-measures.
- Curiosity for AI-native operations and continuous automation.
- Strong sense of platform ownership — quality, cost, and reliability.
- Effective communication with engineering peers, vendors, and business stakeholders.