高级数据工程师

This is a remote position.
Summary:

Role:Senior Data Engineer
Experience:8+ Years
Mandatory/Core:Python, PySpark, Snowflake, dbt, Apache Iceberg, AWS, SQL
Preferred:AWS Glue, S3, EMR, Lambda, Airflow, Snowpipe/Snowpark, CI/CD, Terraform, Data Modeling
Role Type:Senior hands-on Data Engineer
Focus:Cloud Data Engineering, Lakehouse, Data Transformation, Performance Optimization and Production EngineeringDetailed information:

Senior Data Engineer:

Experience: 8+ years of overall Data Engineering experience, with strong hands-on experience building enterprise-scale cloud data platforms and pipelines.

Primary Skills:

• Python

• PySpark / Apache Spark

• Snowflake

• dbt (Data Build Tool)

• Apache Iceberg

• AWS Data Services

• AdvancedSQL

• Data Engineering / ETL / ELT

• Data Lake / Lakehouse architecture

Secondary / Preferred Skills:

• AWS services such as:
• S3

• AWS Glue

• EMR

• Lambda

• Step Functions

• CloudWatch

• IAM

• Apache Airflow or other workflow orchestration tools

• Snowflake performance optimization and cost optimization

• Snowpipe / Snowpark

• Spark performance tuning

• Data modeling and dimensional modeling

• Parquet and other columnar data formats

• Data quality frameworks and automated validation

• CI/CD for data pipelines

• Git / GitHub / GitLab

• Infrastructure as Code such as Terraform or AWS CDK

• Docker / containerization

• Data governance, lineage, security, and access control

• Agile/Scrum delivery experience

Job Description:

We are looking for aSenior Data Engineerwith strong hands-on expertise inPython, PySpark, Snowflake, dbt, Apache Iceberg, and AWSto design, develop, and maintain scalable enterprise data solutions.

The candidate should have strong experience working with high-volume data processing, cloud-based data platforms, modern lakehouse architectures, ETL/ELT pipelines, data modeling, performance optimization, and production-grade engineering practices.

The ideal candidate should be capable of independently owning complex data-engineering components, contributing to technical design and architecture decisions, troubleshooting production issues, and providing technical guidance to other engineers.

Key Responsibilities:

1. Data Pipeline Engineering

• Design, develop, test, and maintain scalableETL/ELT data pipelines.

• Develop production-quality data-processing solutions usingPython and PySpark.

• Build reusable frameworks and components for ingestion, transformation, validation, and publishing of data.

• Process large structured, semi-structured, and distributed datasets.

• Implement incremental and batch-processing patterns where appropriate.

2. Snowflake Development

• Design and develop scalable data solutions usingSnowflake.

• Develop complex SQL transformations, data models, views, and reusable data structures.

• Optimize Snowflake workloads for performance, scalability, and cost.

• Implement appropriate data-loading and transformation patterns between AWS data platforms and Snowflake.

• Troubleshoot performance and data-quality issues across Snowflake workloads.

3. dbt Development

• Build and maintain transformation pipelines usingdbt.

• Develop modular, reusable, maintainable dbt models.

• Implement dbt tests and documentation.

• Follow appropriate development practices for source, staging, intermediate, and business-layer transformations.

• Support automated deployment and CI/CD practices for dbt projects.

4. Apache Iceberg / Lakehouse

• Design and implement data-lake and lakehouse solutions usingApache Iceberg.

• Build scalable table structures for large analytical datasets.

• Work with partitioning, schema evolution, incremental processing, and table-maintenance strategies.

• Integrate Iceberg-based datasets with Spark and AWS-based data-processing services.

• Ensure efficient storage and query patterns for high-volume datasets.

5. AWS Data Engineering

• Design and implement cloud-native data solutions onAWS.

• Build data-processing workloads leveraging services such asS3, Glue, EMR and Lambdawhere appropriate.

• Implement secure access patterns using AWS IAM.

• Monitor data workloads and troubleshoot operational issues.

• Participate in designing scalable, reliable, secure, and cost-efficient cloud data architectures.

6. Performance & Scalability

• Diagnose and optimizeSpark/PySpark jobs, SQL queries, Snowflake workloads, and data pipelines.

• Identify bottlenecks involving compute, storage, partitioning, data skew, transformations, and queries.

• Design solutions capable of supporting increasing data volumes without unnecessary infrastructure cost.

7. Data Quality & Governance

• Implement automated data-quality checks across ingestion and transformation layers.

• Establish proper logging, monitoring, exception handling, and reconciliation mechanisms.

• Follow organizational standards for data security, governance, lineage, and access controls.

• Ensure production pipelines are reliable, auditable, and maintainable.

8. Engineering Best Practices

• Write clean, modular, reusable, testable, and maintainable code.

• Perform code reviews and enforce engineering standards.

• Implement unit, integration, and data-validation testing.

• Use Git-based version control and CI/CD practices.

• Create and maintain appropriate technical documentation.

9. Senior-Level Responsibilities

• Independently drive technically complex data-engineering requirements from design through production deployment.

• Participate in solution design and architecture discussions.

• Evaluate alternative implementation approaches and recommend appropriate solutions.

• Troubleshoot complex production and performance issues.

• Mentor junior and mid-level data engineers.

• Collaborate with Architects, Product Owners, Business Analysts, Data Scientists, QA, DevOps, and application teams.

• Translate business/data requirements into scalable technical solutions.

• Identify technical risks and proactively recommend improvements.

Core Skills Expected

A strong candidate should demonstratedeep hands-on capability, not merely theoretical exposure, in the following areas:

Area

Expected Capability

Python

Advanced, production-quality data engineering development

PySpark

Large-scale distributed processing, optimization and troubleshooting

Snowflake

Development, modeling, optimization and performance tuning

dbt

Models, tests, macros, documentation and deployment practices

Apache Iceberg

Lakehouse/table design, partitioning, schema evolution and optimization

AWS

Hands-on cloud data platform development

SQL

Advanced SQL, query optimization and analytical processing

Data Engineering

ETL/ELT, batch/incremental pipelines, data quality and orchestration

Data Architecture

Data Lake, Data Warehouse and Lakehouse concepts

Engineering Practices

Git, testing, code reviews, CI/CD and production support

Preferred Qualifications

• Bachelor's or Master's degree in Computer Science, Information Technology, Engineering, or a related discipline.

• Strong experience deliveringenterprise-scale cloud data platforms.

• Experience migrating legacy data workloads to modern AWS/Snowflake architectures.

• Experience working with very large datasets and distributed processing.

• Knowledge of data security and governance practices.

• Experience working in Agile delivery environments.

• AWS and/or Snowflake certification is an added advantage.

Originally posted on Himalayas