
Modern Data Stack (dbt) Pack
Builds tested, well-modelled transformations with dbt

Pipelines your business can trust.
We build data engineering capability inside organizations: the pipelines, platforms, and practices that turn raw data into reliable analytics and AI. Instructor-led programs across Spark, ETL, streaming, and cloud data platforms are how we do it, scoped to your stack and delivered wherever your teams are.
Instructor-led workshops and programsIn-house, virtual or blended10+ languagesDelivered in English, Spanish, Mandarin, German, Arabic, Portuguese, Hindi, French, Japanese, Italian, and more100+ countriesWe have delivered in United States, United Kingdom, India, Canada, Germany, France, Netherlands, UAE, Saudi Arabia, Singapore, Australia, Japan, Brazil, South Africa and 90+ more countries
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Data engineering training is instructor-led group training that builds an organization's ability to move data reliably from source to insight. It spans pipeline development, lakehouse platforms, streaming, data modeling, and DataOps, taught against the platforms your teams actually run. Programs are scoped to your stack, from Spark and Databricks to Kafka, dbt, Informatica, and Microsoft Fabric, and delivered to a closed cohort rather than sold as individual seats.
The distinction that matters commercially is between tool training and pipeline capability. Knowing Spark syntax is not the same as running data products: tested pipelines, governed models, and on-call discipline that keep dashboards and AI fed with trustworthy data. Our programs build the second, with labs on real platforms and realistic data, so engineers leave able to operate what they built.
Programs split across the major practice areas. Spark, lakehouse and big data: PySpark, Databricks, Delta Lake, and Hadoop. Enterprise ETL: Informatica, IBM DataStage, and modernization paths to cloud. Cloud data platforms: Microsoft Fabric, BigQuery, and AWS data services. Data architecture and modeling, orchestration with Airflow and dbt, streaming with Kafka and Flink, and data quality and testing.
Every engagement starts with discovery: your platforms, your data pain, and which teams carry the pipelines. Trainers are then matched from a vetted bench of data engineers and architects, and the program is tailored before delivery. Cohorts are closed to your organization, run in your timezone, and measured with pre- and post-assessments so engineering leadership can see what changed.
Eight areas carry most of the catalog. Start where your data pain is greatest.
Data Engineering programs to start with.
Build Beam pipelines with windows and triggers that run in batch or streaming mode.
Design domain ownership, data products and streaming patterns for a mesh.
Build, parameterise and schedule pipelines that move and transform data in Azure Data Factory.
Schedule, chain and monitor data pipelines as Airflow DAGs with retries.
Browse all 37 data engineering programs across 9 topics, from Spark and lakehouse platforms to ETL, streaming, and cloud data services. Filter by topic and delivery format, then request a tailored proposal.
SHOWING 1–15 OF 37 · 37 IN THE LIVE CATALOG
Schedule, chain and monitor data pipelines as Airflow DAGs with retries.
Build Beam pipelines with windows and triggers that run in batch or streaming mode.
Run graph and matrix computations with Hama's bulk synchronous parallel model.
Build Hive tables, partitions and queries for analysis on Hadoop.
Create Iceberg tables with schema evolution, partitioning and time travel.
Write Pig Latin scripts that load, transform and store large datasets.
Build Glue crawlers, catalogues and Spark jobs that clean and transform data on AWS.
Build, parameterise and schedule pipelines that move and transform data in Azure Data Factory.
Design, build and schedule CloverETL graphs that extract, transform and load data.
Define data contracts and automate quality checks across producers and consumers.
Load, transform and analyze data on BigQuery with sound cost and performance choices.
Build pipelines with Glue, load Redshift, and govern the lake with Lake Formation.
Build production pipelines and jobs on Databricks with Spark.
Design domain ownership, data products and streaming patterns for a mesh.
Design data models that serve both reporting and machine learning features.
Build your team’s capabilities in data engineering with curated training programs arranged in a clear learning sequence. Each pathway builds skills progressively, helping your workforce achieve defined milestones and apply their learning to business goals.

Builds tested, well-modelled transformations with dbt
Define data contracts and engineer data quality: schema validation, SLAs, monitoring and data observability.
Design dimensional models and star schemas that make analytics queries fast and intuitive

Moves big data workloads to open lakehouse formats
Engineer data lakehouses with Apache Iceberg: table format, schema evolution, time travel and query engines.
Build data pipelines with Apache Beam: unified batch and stream processing across runners like Dataflow and Flink.
Administer and develop on Hadoop: HDFS, YARN, MapReduce, Hive and cluster management best practices.

Stops bad data and broken pipelines from reaching the business
Runs pipelines on schedule, transforms data with tested code, and keeps it reliable
Define data contracts and engineer data quality: schema validation, SLAs, monitoring and data observability.
Test ETL pipelines systematically: data validation, reconciliation, regression testing and defect tracking.

Builds real-time event pipelines from messaging to stream processing
Moves and processes data in real time for operational and analytics use
Design data mesh topologies with real-time streaming for domain-oriented data ownership

Designs a federated, governed data architecture
Design modern data architectures and data mesh: domain ownership, self-serve platforms and federated governance.
Model data for analytics and AI workloads: dimensional modelling, feature stores and semantic layer design.
Deploy Denodo for data virtualisation: connect sources, build virtual views and optimise query performance.
Define data contracts and engineer data quality: schema validation, SLAs, monitoring and data observability.

Keeps legacy ETL running while moving it to cloud and modern platforms
Build ETL workflows in Informatica PowerCenter and IDMC: mappings, transformations and migration strategies.
Integrate data with Informatica IDMC: cloud mappings, taskflows, connectors and data quality rules.
Administer and develop on Hadoop: HDFS, YARN, MapReduce, Hive and cluster management best practices.
Test ETL pipelines systematically: data validation, reconciliation, regression testing and defect tracking.
Explore data engineering training aligned with your teams’ functions, job roles, industry and tools. Help your teams build the knowledge and practical skills to apply data engineering across your organization, supporting your business priorities and evolving needs.
Define source-to-consumer contracts, ownership and change handoffs across enterprise systems. Align engineering, operations and data owners around freshness, quality and incident expectations.
Turn raw operational data into reusable models for business reporting. Strengthen transformation logic, data validation and handoffs so different reports use consistent definitions.
Prepare reproducible datasets for model development and ongoing inference workflows. Address freshness, quality and pipeline dependencies before data issues reach model consumers.
Operate shared processing environments with visibility into failures and resource use. Establish runbooks, monitoring and recovery practices for business-critical data workloads.
Build pipeline implementation skills through SQL, Python and distributed-processing exercises. Practice writing, testing and debugging transformations so individual engineers can maintain production-quality code.
Evaluate storage, processing and integration patterns against analytical and operational requirements. Make explicit tradeoffs around latency, interoperability and maintainability before teams commit to a platform design.
Develop batch and streaming data workflows on a lakehouse platform. Apply ingestion, transformation and operational practices that make downstream analytical data easier to maintain.
Connect lakehouses, notebooks and pipelines into a consistent data workflow. Learn how processing choices and data organization affect downstream analysis and team handoffs.
Transform large datasets through SQL and DataFrame-based processing. Build practical judgment around streaming, execution performance and deployment rather than treating every workload the same.
Build traceable data flows across fragmented banking systems and reporting needs. Improve aggregation quality and timeliness while preserving clear ownership and evidence of controls.
Training a role that is not listed, or a mix of them? Tell us who you are training and what they need to do, and we build the shortlist
Where data engineering teams most often cross-train, based on how these courses are classified.
Domain-level outcomes, not course objectives. These are the capabilities enterprises usually buy this training to build.
Build pipelines that ingest, transform, and serve data on schedule, with retries, lineage, and monitoring built in.
Run Spark and Databricks workloads in production: tuning, partitioning, and lakehouse patterns that scale.
Move events with Kafka and Flink: exactly-once semantics, schema evolution, and backpressure handled.
Model data for analytics and AI: dimensional models, data mesh domains, and contracts that hold.
Automate with Airflow and dbt, and run DataOps practices that catch breakage before stakeholders do.
Modernize Informatica, DataStage, and Hadoop estates onto cloud and lakehouse platforms without breaking production.
Embed contracts, tests, and observability so every dataset ships with a trust guarantee.
Onsite, live virtual, or hybrid, every program is instructor-led and built around your teams.
A trainer comes to your office and works face to face with your team, using your policies and your examples.
For small teams or enterprise-wide training, across one site or multiple global locations, in one language or multiple languages.
Get a QuoteExpert-led live online sessions delivered anywhere, with consistency and easy scheduling. Training tools such as Zoom or Microsoft Teams are selected subject to your organization's approval and compliance requirements.
For small teams or enterprise-wide training, across one site or multiple global locations, in one language or multiple languages.
Get a QuoteCombine in-person sessions with live online training in a coordinated instructor-led program, with the mix planned around your team's needs.
For small teams or enterprise-wide training, across one site or multiple global locations, in one language or multiple languages.
Get a QuoteEdstellar helps data teams turn fragmented sources into dependable data products. Our role-based, instructor-led training is customized for engineers, architects and platform teams, connecting pipeline design, data modeling and orchestration with business requirements. Practical exercises develop judgment around reliability, access and processing tradeoffs, while adaptable learning supports new architectures, changing data volumes and the needs of downstream users across the enterprise.

Practice moving and transforming data around real consumption needs
Align engineers, architects and platform teams on shared delivery challenges
Evaluate quality checks, failure recovery and access throughout pipelines
Explore processing patterns as sources, scale and requirements change
Training experience across industries informs practical data engineering learning
Company-wide delivery experience informs learning for data platform teams
Company-wide trainer network connects data engineering with complementary disciplines
Edstellar's certified quality and information-security management systems underpin data engineering training delivery
Every engagement runs the same five stages, from capability baseline through delivery to sustained measurement.
We meet your stakeholders and L&D team to baseline what your people can do today against the Data Engineering capability you need.
Weeks 1–2
Programs are assembled against your policies, obligations, and team levels, then trainers are shortlisted from the vetted bench.
Weeks 2–4
Closed-cohort instructor-led sessions in your language and timezone, with labs, exercises, and materials shipped alongside.
Scheduled to your calendar
Pre- and post-assessments establish a measurable change in capability, benchmarked against role frameworks.
Immediately after delivery
Retrospectives, refresher modules and skill-refresh tracking keep the investment from decaying, and the measured gaps feed the next cycle.
Quarterly
Stage 05 feeds the next cycle: the gaps it measures become the next Discover.
Also from Edstellar
Psychometric, behavioral, leadership and 360-degree assessment.
Needs analysis, gap identification, and a training roadmap.
Learning strategy, content, technology and ROI measurement.
Org design, succession planning and cultural change.
Training outsourcing, vendor management, logistics and administration.
Executive and manager coaching that keeps skills in use.
Data engineers, analytics engineers, data architects, platform engineers, BI teams, and engineering leaders. A foundations track covers teams new to the discipline.
Instructor-led and live, as a closed cohort for your team, onsite, virtual, or hybrid. Labs run on real data platforms and pipelines, not slides. You choose the format, schedule, and timezone.
Yes. Programs are tailored to the platforms you run: Spark, Databricks, Kafka, dbt, Informatica, DataStage, Microsoft Fabric, and the cloud data services. Tell us your stack in the discovery call.
Most programs run 16 to 32 hours across several sessions. Platform programs like Databricks and Fabric follow the tool syllabus; bundles and rollouts are scheduled around your calendar.
Cohorts run from a single small team up to enterprise rollouts of hundreds, with one trainer per cohort for hands-on lab quality.
Yes. Every program includes labs on live environments: pipelines you build, lakehouses you query, and streams you operate. Exercises use realistic data scenarios.
Pre- and post-assessments benchmark each participant against role frameworks, with a completion report showing measured change per cohort.
Yes. Labs and case studies can run against your pipeline definitions, schemas, and data quality rules, so teams train on their reality.
Yes. Programs align to Databricks, Microsoft Fabric, and AWS data paths, with exam-style labs and practice assessments built in.
Yes. Dedicated tracks cover data contracts, testing, observability, and governance so pipelines stay trustworthy in production.
Yes. Migration tracks cover moving Informatica, DataStage, and Hadoop estates to cloud and lakehouse platforms without breaking production.
A room or virtual setup, participant list, and access details for lab environments. We ship lab guides, exercises, and completion evidence.
Discovery to delivery typically takes two to four weeks, depending on customization depth and trainer matching for your stack.
Yes. You can sit in on a trial session with the shortlisted trainer before committing, to check fit with your team and level.
Pick the scale that matches your rollout. Every quote is tailored to your teams and timeline.
Team size
1–25 PARTICIPANTS
One or two programs for a single team, delivered as a closed cohort. The usual entry point for a first Data Engineering engagement.
26–150 PARTICIPANTS
Multiple cohorts or programs for larger teams, with delivery structured around your workforce and training requirements.
151–1,000 PARTICIPANTS
A coordinated rollout across business units, with role-based tracks and central reporting for L&D.
1,000+ PARTICIPANTS
Data Engineering capability at organizational scale, with dedicated management and measurement from pilot to rollout.
Tell us which teams you are training and what they need to be able to do. Anything you filtered in the catalog comes through with your message.