Lead Engineer – Data Streaming
Job Description
We are seeking a Lead Data Streaming Engineer to design and implement scalable data platform solutions, including data streaming, CDC, data warehouses, data lakes, and ETL/ELT pipelines. Contribute to platform standards, best practices, and design patterns for cloud-based data technologies. Build and support end-to-end data integration pipelines from source systems through Kafka/Striim (or similar) into analytical and operational platforms. Lead technical design discussions and contribute to architecture reviews for complex data solutions. Ensure high reliability and performance of data platforms through observability, monitoring, and proactive issue resolution. Act as a senior escalation point for troubleshooting production issues and optimizing system performance. Partner with platform engineering, security, and data governance teams to align implementations with enterprise standards. Promote an automation-first mindset by implementing CI/CD pipelines, infrastructure as code, and testing frameworks. Contribute to operational resilience through robust error handling, replay capabilities, and validation strategies. Evaluate and adopt new tools and technologies to continuously improve the data platform ecosystem. Mentor and guide engineers, fostering strong engineering practices and technical growth across the team.
Qualifications
1. Bachelor’s degree in Computer Science or equivalent experience 2. 8+ years of software or data engineering experience with demonstrated technical leadership 3. Strong hands-on experience building and operating large-scale data platforms in production environments 4. Experience designing and maintaining CI/CD pipelines for data and platform engineering workflows 5. Experience with databases and data platforms such as Oracle, PostgreSQL, Redshift, Snowflake, and Kafka (or similar technologies) 6. Familiarity with containerization and infrastructure tools such as Docker, Kubernetes, Terraform, and Ansible 7. Strong programming and querying skills (e.g., Python, SQL) 8. Solid understanding of distributed systems, cloud architectures, and data engineering design patterns 9. Strong problem-solving, communication, and collaboration skills.
Benefits
- Flexible work environment - Internal mobility - Purpose and well-being focus - Work-life balance - Inclusive environment - Volunteer opportunities
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