Data Lakehouse Training explores modern architectural approaches for storing, processing, and analyzing large volumes of data in a cost-effective, reliable, and scalable manner.

The Data Lakehouse architecture combines the analytical capabilities of traditional Data Warehouses with the flexibility of Data Lakes. This approach enables organizations to manage data from multiple sources, perform analytics through different query engines, and build more efficient data processing workflows.

The course covers technologies including S3-compatible Object Storage, Apache Iceberg, Medallion Architecture, Apache Spark, Trino, Dremio, Kafka, CDC, OpenMetadata, Apache Ranger, dbt, and Apache Airflow.

With approximately 60% hands-on activities, participants gain practical experience in developing data ingestion and transformation processes, building batch and streaming pipelines, optimizing query performance, managing metadata and access policies, and designing CI/CD-enabled Lakehouse workflows.

For corporate groups, we can organize this training as an on-site private group.

Prerequisites

Basic knowledge of SQL and Python, along with familiarity with Docker and Kubernetes, is recommended.

Who Should Attend

Professionals interested in building modern data platforms
Platform Team Members
Data Analysts
DevOps Engineers
Senior Data Engineers
Data Infrastructure Managers

What You Will Learn

By the end of this training, you will be able to:

Compare Data Warehouse, Data Lake, and Lakehouse architectures.
Design data storage structures using S3-compatible Object Storage.
Apply ACID, schema evolution, and time travel capabilities with Apache Iceberg.
Build a Medallion Architecture with Bronze, Silver, and Gold layers.
Execute analytical and federated SQL queries using Trino and Dremio.
Develop data pipelines with PySpark and investigate performance issues.
Create real-time data streams using Kafka and Spark Structured Streaming.
Process changing source data using CDC and MERGE operations.
Manage governance, access control, and auditing with OpenMetadata and Apache Ranger.
Develop testable transformations using dbt and create data models based on Fact, Dimension, Star Schema, and SCD structures.
Design CI/CD-enabled Lakehouse pipelines for production environments.

Training Outline

1. Lakehouse Architecture and SQL Engines

Data Lakehouse Architecture

Introduction to the Lakehouse concept and its evolution
Understanding the transition from Data Warehouse to Data Lake to Lakehouse
Supporting reliable analytics with ACID guarantees on cost-effective Object Storage
Separation of compute and storage
Engine independence across Spark, Trino, and Dremio

S3 Object Storage

S3-compatible storage solutions such as MinIO, AWS S3, and Ceph
On-premises storage scenarios
File formats: Parquet, ORC, and Avro
Benefits of columnar storage
Addressing the small file problem and applying partitioning strategies

Open Table Formats

Why Parquet alone may not satisfy all Lakehouse requirements
Understanding schema evolution, ACID, and time travel
Comparing Apache Iceberg, Delta Lake, and Apache Hudi
Apache Iceberg internals: snapshots, manifests, and metadata layers
Hidden partitioning and partition evolution

Medallion Architecture

Bronze: Storing raw data received from source systems
Silver: Preparing cleaned, validated, and deduplicated datasets
Gold: Building aggregated, business-ready data for analytics and reporting
Defining responsibilities across layers and establishing data quality checkpoints

Introduction to Apache Spark

The role of Apache Spark in Lakehouse architectures
Data ingestion and transformation capabilities
Integration with other Lakehouse components

Lab 1: Building a Mini Lakehouse

Setting up a basic Lakehouse using MinIO, Apache Iceberg, and Spark
Loading initial data into the Bronze layer
Exploring time travel functionality

2. SQL Engines and Analytical Querying

SQL Engine Fundamentals

Understanding independent SQL query engines
Querying data directly without moving it
MPP (Massively Parallel Processing) architecture
Coordinator and worker execution models
Combining multiple data sources through federated queries

Trino

Coordinator, worker, and connector architecture
Configuring connectors for Iceberg, Hive, PostgreSQL, and Kafka
Memory management
Fault-tolerant execution
Use cases involving ad-hoc analytics, BI, and federated queries

Dremio

Apache Arrow-based execution architecture
Columnar Cloud Cache (C3)
Improving query performance through Reflections
Virtual datasets and self-service analytics
Apache Polaris-based integrated catalog and Iceberg write support

Comparing Trino and Dremio

Trino as a query engine versus Dremio as an integrated platform
Manual query optimization versus Reflection-based acceleration
Differences in governance and semantic layers
Selecting a platform based on licensing, operational requirements, and team expertise

Lab 2: Querying Iceberg Tables

Querying the same Apache Iceberg table using Trino and Dremio
Comparing execution plans with EXPLAIN
Creating a Reflection in Dremio
Observing differences in query performance

3. Software Development with Spark, Metadata, and Governance

This section focuses on Spark-based data processing, metadata management, and data governance.

Key topics reflected in the course learning outcomes include:

Developing data processing pipelines with PySpark
Analyzing data processing performance
Building real-time data flows with Kafka, Spark Structured Streaming, and Iceberg
Loading CDC (Change Data Capture) records into Lakehouse tables using MERGE
Managing data discovery, lineage, profiling, and data quality with OpenMetadata
Applying access control, column masking, and audit policies using Apache Ranger

4. dbt, CI/CD, Airflow, and Data Modeling

This section addresses data transformation, modeling, and automation within a Lakehouse environment.

Core topics based on the stated learning outcomes include:

Developing testable Silver-to-Gold transformations with dbt
Fact and Dimension tables
Star Schema and Slowly Changing Dimensions (SCD)
Managing data pipelines with Apache Airflow and CI/CD practices
Designing end-to-end Lakehouse pipelines suitable for production environments

Why Choose Us

Leading UK-based global training provider since 1995.

Experience Data Lakehouse in Netherlands through Bilginç IT Academy's live and interactive virtual classroom environment. Join a Public course as an individual delegate or arrange a dedicated Private / In-house online training program exclusively for your organization.

Delivery Method: Online Instructor-Led
Participation Model: Public / Private (In-house)
Live and Interactive Training: Connect with your instructor in real time and actively participate through discussions, Q&A sessions, practical exercises, and group activities.
Flexible Participation: Join the training from your home, office, or any location with a suitable internet connection.
Expert Trainer Network: Learn from experienced trainers with strong industry backgrounds and practical field expertise.
Over 30 Years of Training Expertise: Benefit from Bilginç IT Academy's professional training experience since 1995.
Worldwide Access: Join our live virtual classrooms from Netherlands or anywhere else in the world, or arrange a dedicated online training program for your organization.

Experience Data Lakehouse through face-to-face Classroom Based training in Netherlands. Training can be delivered as a Public course open to individual delegates or as a dedicated Private / In-house class for your organization.

Delivery Method: Classroom Based
Participation Model: Public / Private (In-house)
Face-to-Face Learning: Interact directly with your instructor and fellow delegates in an engaging classroom environment.
Experienced Trainers: Learn from specialists with extensive industry experience and practical real-world knowledge.
Professional Training Environment: Attend training in comfortable, well-equipped classrooms designed to support effective learning.
Practical Learning: Depending on the course, reinforce your knowledge through hands-on exercises, scenarios, case studies, and instructor-led activities.

Arrange Data Lakehouse in Netherlands as a dedicated Onsite training program for your organization. Bilginç IT Academy trainers can deliver the training at your office or another location of your choice, with the program planned around your team's requirements and business objectives.

Delivery Method: Onsite
Participation Model: Private (In-house)
Training at Your Preferred Location: Organize the training at your company's office or another location selected by your organization.
Tailored Course Content: Adapt the training program to your projects, team structure, existing skill levels, and specific business requirements.
Team-Focused Learning: Develop your team around a shared knowledge base while strengthening internal collaboration and knowledge transfer.
Flexible Scheduling: Plan the training dates, location, and program according to your organization's operational requirements.
Worldwide Onsite Delivery: Arrange the training in Netherlands or at another preferred location worldwide. Bilginç IT Academy trainers can travel to your selected location to deliver the dedicated training program.

Data Lakehouse Training in Netherlands