
Snowflake Data Cloud Course
Master Snowflake Data Cloud from architecture fundamentals to advanced cost optimisation and AI-powered analytics. This course gives data engineers and analysts the hands-on skills to build secure, high-performance data pipelines at enterprise scale. Whether you are preparing for SnowPro certification or advancing your skills on the job, this is the most complete Snowflake training available.
What you will learn:
You will gain a deep understanding of Snowflake's three-layer architecture and learn how to load, transform, and query both structured and semi-structured data. The course covers virtual warehouse configuration, workload isolation, and query optimisation so that you can control performance and costs. You will implement role-based access control, dynamic data masking, and compliance auditing to meet enterprise security standards. Advanced topics include Snowpark for Python, Streams and Tasks for data pipeline automation, Dynamic Tables, and Snowflake Cortex AI functions. You will also explore data sharing, zero-copy cloning, Time Travel, and integration with tools like dbt, Terraform, and leading BI platforms.
How you study in practice Snowflake Data Cloud Course
How you practise Snowflake Data Cloud Course
For companies looking to train their teams
With Dedika for Businesses, the course includes exercises and examples tailored to your own business and the specific needs of your company.
Course content
8 Chapters • 38 LessonsDuration between 4 and 360 hours (you decide)
Chapter 1HideHide detailsSee detailsIntroduction to Snowflake Data Cloud
Introduction to Snowflake Data Cloud
Lesson 1 • Cloud Data Platforms Overview
Covers the evolution from on-premises databases to cloud data platforms and where Snowflake fits. Establishes context for all subsequent architectural concepts.
Lesson 2 • Snowflake Account Setup and Navigation
Guides students through account creation, edition selection, and the Snowsight UI. Connects platform access to hands-on exploration throughout the course.
Lesson 3 • Snowflake Architecture Fundamentals
Explains Snowflake's three-layer architecture: storage, compute, and cloud services. Students understand how separation of compute and storage enables scalability.
Lesson 4 • Core Snowflake Objects and Hierarchy
Introduces the object hierarchy: organisations, accounts, databases, schemas, and tables. Students map these objects to real data management scenarios.
Chapter 2HideHide detailsSee detailsData Loading and Storage Management
Data Loading and Storage Management
Lesson 1 • Semi-Structured Data Handling
Covers loading and querying VARIANT, ARRAY, and OBJECT data types for JSON, Avro, and XML. Students flatten nested structures for analytical use.
Lesson 2 • Snowflake Storage Concepts
Covers micro-partitioning, clustering, and columnar storage as the foundation for efficient data loading. Students understand how storage design affects query performance.
Lesson 3 • Staging Data for Ingestion
Teaches internal and external stage creation and file format definitions. Students configure stages as the entry point for all bulk data loading workflows.
Lesson 4 • Continuous and Streaming Data Ingestion
Introduces Snowpipe for continuous file-based ingestion and event-driven loading patterns. Students connect Snowpipe to cloud storage notification services.
Lesson 5 • Bulk Data Loading with COPY INTO
Demonstrates the COPY INTO command for loading files from stages into tables. Students handle load errors, transformations, and validation during ingestion.
Chapter 3HideHide detailsSee detailsSQL Querying in Snowflake
SQL Querying in Snowflake
Lesson 1 • Query Optimisation Techniques
Explains query profiling, pruning, and result caching to reduce compute costs. Students diagnose slow queries using the Query Profile tool.
Lesson 2 • Snowflake SQL Essentials
Reviews standard SQL syntax within Snowflake's dialect, including DDL and DML operations. Establishes the query foundation required for all advanced SQL topics.
Lesson 3 • Window Functions and Analytics
Covers ranking, framing, and cumulative window functions for time-series and comparative analysis. Students build analytical queries that require row-level context.
Lesson 4 • Advanced SQL Functions
Teaches Snowflake-specific functions including string, date, conditional, and aggregate functions. Students apply these functions to solve common analytical problems.
Lesson 5 • Stored Procedures and Scripting
Introduces Snowflake Scripting and JavaScript-based stored procedures for procedural logic. Students automate multi-step SQL workflows within Snowflake.
Chapter 4HideHide detailsSee detailsVirtual Warehouses and Performance Tuning
Virtual Warehouses and Performance Tuning
Lesson 1 • Performance Monitoring and Tuning
Uses ACCOUNT_USAGE and INFORMATION_SCHEMA views to identify performance bottlenecks. Students build monitoring queries to track warehouse efficiency over time.
Lesson 2 • Warehouse Configuration and Policies
Covers auto-suspend, auto-resume, and statement timeout settings for cost control. Students apply configuration policies to match workload patterns.
Lesson 3 • Virtual Warehouse Architecture
Explains warehouse sizes, clusters, and the MPP execution model underlying query processing. Students connect warehouse configuration to query throughput.
Lesson 4 • Concurrency and Multi-Cluster Warehouses
Teaches multi-cluster warehouse scaling modes to handle concurrent user workloads. Students choose between maximised and auto-scale modes for different scenarios.
Lesson 5 • Workload Isolation Strategies
Demonstrates separating ETL, BI, and ad-hoc workloads across dedicated warehouses. Students design warehouse topologies that prevent workload interference.
Chapter 5HideHide detailsSee detailsSecurity, Access Control, and Governance
Security, Access Control, and Governance
Lesson 1 • Role-Based Access Control Model
Explains Snowflake's RBAC hierarchy including system roles and custom role design. Students build least-privilege permission structures for multi-team environments.
Lesson 2 • Data Masking and Row-Level Security
Teaches dynamic data masking policies and row access policies for column- and row-level protection. Students apply policies to enforce data privacy without duplicating tables.
Lesson 3 • User and Authentication Management
Covers user creation, password policies, MFA, and SSO integration with identity providers. Students configure authentication controls that meet enterprise security standards.
Lesson 4 • Auditing and Compliance Monitoring
Uses LOGIN_HISTORY, QUERY_HISTORY, and ACCESS_HISTORY views to audit user activity. Students build audit reports that satisfy data governance and compliance requirements.
Lesson 5 • Data Classification and Tagging
Introduces object tagging and system data classification for sensitive data discovery. Students tag objects to support governance workflows and compliance reporting.
Chapter 6HideHide detailsSee detailsData Transformation and Pipeline Orchestration
Data Transformation and Pipeline Orchestration
Lesson 1 • dbt Integration with Snowflake
Demonstrates connecting dbt Core or dbt Cloud to Snowflake for SQL-based transformation modelling. Students build a dbt project with models, tests, and documentation targeting Snowflake.
Lesson 2 • Pipeline Monitoring and Alerting
Uses Snowflake Alerts and ACCOUNT_USAGE views to monitor pipeline health and trigger notifications. Students configure threshold-based alerts for data freshness and task failures.
Lesson 3 • Streams for Change Data Capture
Introduces Snowflake Streams to track INSERT, UPDATE, and DELETE changes on source tables. Students use stream metadata columns to build incremental transformation logic.
Lesson 4 • Tasks for Workflow Automation
Covers Snowflake Tasks for scheduling SQL statements and stored procedures on a cron or interval basis. Students build task chains that implement multi-step pipeline logic.
Lesson 5 • Dynamic Tables for Declarative Pipelines
Teaches Dynamic Tables as a declarative alternative to streams and tasks for incremental refresh. Students define target lag and let Snowflake manage refresh scheduling automatically.
Chapter 7HideHide detailsSee detailsData Sharing and Collaboration
Data Sharing and Collaboration
Lesson 1 • Snowflake Marketplace and Data Exchange
Introduces the Snowflake Marketplace for discovering and subscribing to third-party datasets. Students publish a listing and configure access controls for external consumers.
Lesson 2 • Creating and Managing Data Shares
Covers share creation, object grants, and consumer account provisioning. Students build and test a functional data share between provider and consumer accounts.
Lesson 3 • Secure Views and Share Security
Teaches secure views as a mechanism to expose only approved data subsets in shares. Students apply row-level and column-level controls within shared objects.
Lesson 4 • Snowflake Data Sharing Architecture
Explains how Snowflake shares data through metadata pointers rather than physical copies. Students understand the zero-copy sharing model and its cost implications.
Chapter 8HideHide detailsSee detailsAdvanced Snowflake Features and Cost Optimisation
Advanced Snowflake Features and Cost Optimisation
Lesson 1 • Zero-Copy Cloning
Teaches zero-copy cloning for instant duplication of databases, schemas, and tables without storage cost. Students use cloning for dev/test environment provisioning and data snapshots.
Lesson 2 • Snowflake for AI and ML Workloads
Covers Cortex AI functions, ML-powered features, and model registry for embedding AI into data pipelines. Students apply Snowflake Cortex to build intelligent analytical workflows.
Lesson 3 • Time Travel and Fail-Safe
Covers Snowflake Time Travel for querying historical data states and recovering dropped objects. Students configure retention periods and use AT and BEFORE clauses for data recovery.
Lesson 4 • Cost Management and Governance
Applies resource monitors, budget alerts, and usage views to control Snowflake spending. Students build a cost governance framework aligned with organisational budget policies.
Lesson 5 • Snowpark for Python and Java
Introduces Snowpark DataFrame API for running Python and Java code directly within Snowflake. Students build and deploy user-defined functions and data processing logic using Snowpark.
Your valid completion certificate
This course is for you:
Data analysts ready to move beyond spreadsheets into cloud warehousing.
SQL developers transitioning into a dedicated data engineering role.
Business Intelligence professionals adopting Snowflake at their company.
Backend engineers shifting toward data infrastructure and pipeline work.
Recent graduates pursuing entry-level data engineering or analytics positions.
IT professionals modernising legacy database systems to cloud platforms.
What our students say
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