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SparkPySparkSpark SQLSpark StreamingDelta LakeDatabricks

Apache Spark Engineering

Distributed data processing for batch ETL, streaming ingestion, ML feature engineering, and lakehouse architecture on Delta Lake with query optimization, memory tuning, and cost-controlled Databricks deployments.

What you get back

  1. 1. Diagnosis What works, what is blocked, and why.
  2. 2. Recommendation Audit, advisory, sprint, or pause.
  3. 3. Scope Next action, boundaries, and timing.
// Spark cluster job status
$ spark-submit --status --master yarn --deploy-mode cluster
Active jobs: 3 · Executors: 48/48
Shuffle read: 2.4 TB · Write: 1.1 TB
Delta Lake: 340 tables · Compaction: healthy

Large-Scale Data Processing Infrastructure

We architect and optimize Apache Spark platforms for batch ETL, streaming ingestion, ML feature stores, and lakehouse pipelines where distributed processing is justified.

What We Build

CapabilityWhat We Deliver
Batch and streaming ETLPySpark pipelines for structured and semi-structured data ingestion from S3, HDFS, Kafka, and JDBC sources with idempotent write patterns and recovery controls
Lakehouse architectureDelta Lake tables with ACID transactions, time travel, schema enforcement, and Z-ORDER optimization for analytical workloads
ML feature engineeringSpark ML and Spark SQL pipelines that compute features at scale, feed feature stores, and integrate with MLflow experiment tracking
Query performance tuningpartition pruning, broadcast joins, AQE configuration, and shuffle optimization that reduce waste in long-running jobs
Cost-controlled Databrickscluster policies, spot instance strategies, and job scheduling that reduce compute waste while preserving workload expectations

Engineering Standards

StandardWhy It Matters
Medallion architectureBronze, silver, and gold layers keep raw, cleaned, and serving data responsibilities separate
Structured Streaming controlsWatermarks and stateful aggregation design keep late-arriving data explicit
Memory and shuffle tuningExecutor sizing, spill behavior, and shuffle plans are inspected before jobs become expensive to operate
Lineage trackingUnity Catalog and metadata tagging make ownership, source, and downstream use easier to review
Spark job CI/CDParameterized jobs, Databricks Asset Bundles, and integration tests reduce release risk
Job monitoringSpark UI metrics and observability exports expose failures before downstream users find them

When to Use This

If Your Situation IsThen We Recommend
Large batch ETL, complex transformations, ML feature engineeringApache Spark / Databricks: this page
Low-latency streaming with stateful processingApache Flink: streaming-first processing, not micro-batch
Event streaming, message queues, real-time ingestionApache Kafka: transport layer, not processing
Cloud data warehouse for BI and analyticsSnowflake: SQL analytics, not Spark jobs
Lightweight ETL without distributed compute overheadPython + dbt: Spark is over-engineering

Depth of Practice

We maintain published articles on PySpark internals, Delta Lake patterns, Spark performance tuning, and Databricks operations on the ActiveWizards blog. Our engineers operate Spark platforms for teams that need distributed processing, lakehouse discipline, and job behavior they can debug under production load.

Next Step

Discuss your Apache Spark Engineering path

Send the system context, constraints, and pressure. A Principal Engineer reviews it and recommends the next step.

No SDRs. A Principal Engineer reviews every submission.