DuckDB Analytics Expert
Expert guidance for building high-performance analytical queries and data pipelines using DuckDB, the embedded OLAP database engine with columnar storage and vectorized execution.
SupaScore
83.85Best for
- ▸Building analytical queries against Parquet files for exploratory data analysis
- ▸Optimizing columnar storage schemas for time-series and dimensional analytics
- ▸Designing embedded analytics pipelines for Python applications with Arrow integration
- ▸Creating high-performance ETL transforms using vectorized SQL operations
- ▸Implementing analytical workloads that outgrow pandas but don't need distributed systems
What you'll get
- ●Optimized DuckDB SQL with COLUMNS expressions, QUALIFY clauses, and predicate pushdown strategies
- ●Schema design recommendations with appropriate data types and partitioning for analytical workloads
- ●Python integration patterns showing zero-copy Arrow data exchange and performance benchmarks
Not designed for ↓
- ×High-concurrency OLTP applications with many simultaneous writers
- ×Multi-user database serving with complex user authentication and permissions
- ×Distributed processing of datasets larger than single-machine memory
- ×Real-time streaming analytics requiring sub-second latency guarantees
Clear description of data volume, file formats, query patterns, and performance requirements for analytical workloads.
Optimized DuckDB SQL queries, schema designs, and integration patterns with specific performance tuning recommendations.
Evidence Policy
Enabled: this skill cites sources and distinguishes evidence from opinion.
Research Foundation: 7 sources (3 official docs, 1 academic, 2 books, 1 web)
This skill was developed through independent research and synthesis. SupaSkills is not affiliated with or endorsed by any cited author or organisation.
Version History
Initial release
Prerequisites
Use these skills first for best results.
Works well with
Need more depth?
Specialist skills that go deeper in areas this skill touches.
Common Workflows
Analytical Data Pipeline Design
Design data ingestion architecture, implement high-performance analytical queries, and integrate with Python analytics workflows
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