In this module, we will explore the foundational concepts of data warehousing and its significance within a data ecosystem. We’ll take a closer look at Snowflake’s architecture, object hierarchy, and virtual warehouses. Additionally, you’ll learn about Snowflake’s billing components, tracking consumption, and setting up resource monitors, ensuring you’re equipped to manage resources effectively.

In this module, we will delve into the various table types available in Snowflake, providing a comprehensive introduction to their structures and purposes. You’ll gain hands-on experience through labs focused on creating tables, views, and secure views. We’ll also explore the nuances of views, including materialized and secure views, to enhance your understanding of Snowflake's data presentation capabilities.

In this module, we will examine Snowflake’s advanced data organization features, focusing on micro-partitions and clustering keys. Through hands-on labs, you’ll learn to select and configure clustering keys, analyze query profiles, and leverage caching mechanisms to enhance performance. Additionally, we’ll explore the benefits of search optimization to further streamline data retrieval and processing efficiency.

In this module, we will explore the end-to-end processes for loading and extracting data in Snowflake. You'll learn how to connect Snowflake with AWS S3, ingest structured and semi-structured data, and implement continuous ingestion using Snowpipe. Additionally, we'll cover critical aspects such as billing estimation and key considerations to ensure efficient data operations. Hands-on labs will solidify your understanding of these concepts.

In this module, we will delve into Snowflake's task management and query scheduling features. You'll learn how to create and manage tasks, build complex task trees for dependent workflows, and monitor their execution. We'll also explore billing insights and query history to ensure efficient and cost-effective operations. Through hands-on labs, you’ll gain practical skills in implementing and optimizing tasks in Snowflake.

In this module, we will uncover the power of streams in Snowflake for implementing Change Data Capture (CDC) workflows. You'll learn how to use standard and append-only streams, manage data retention, and handle stream staleness. Through a series of labs and a project, you’ll create and implement end-to-end pipelines that leverage streams to track and process data changes efficiently. This hands-on experience will solidify your understanding of CDC in modern data architectures.

In this module, we will explore User-Defined Functions (UDFs) in Snowflake, a powerful feature for extending database functionality. You'll learn about different UDF types, including scalar, tabular, and JavaScript-based UDFs, and gain hands-on experience implementing them. Additionally, we'll discuss pushdown in UDFs and its impact, as well as best practices for writing secure UDFs to ensure data privacy and compliance.

In this module, we will explore the capabilities of external functions in Snowflake for interacting with external systems. You’ll learn how to deploy AWS Lambda functions, create and secure API Gateway, and integrate these components with Snowflake to build external functions. Through hands-on labs, you will gain practical skills in configuring and deploying these powerful integrations for extending Snowflake’s functionality.

In this module, we will explore how to integrate Snowflake with Python, Spark, and Airflow on AWS to build robust data engineering solutions. You’ll learn how to connect Snowflake with Python locally and on AWS Glue, parameterize scripts, and use Pandas for data manipulation. Additionally, we will dive into PySpark jobs, the pushdown optimization in Spark 3.1, and setting up Airflow for task orchestration. Hands-on labs will provide practical experience in deploying and automating workflows across these tools.

In this module, we will focus on real-time streaming using Kafka and Snowflake. You'll learn to set up Kafka on your local system, configure the Kafka-Snowflake connector, and enable secure connectivity with encryption keys. Through hands-on labs, you'll implement streaming pipelines to ingest real-time data into Snowflake, solidifying your understanding of integrating modern streaming platforms with Snowflake.

In this module, we will explore key features of Snowflake that ensure robust data protection and governance. You'll learn about Time Travel and Failsafe mechanisms for data recovery, and implement column-level dynamic data masking for safeguarding sensitive information. Additionally, we'll cover row-level security and guide you through hands-on labs to create and apply access policies, ensuring controlled and compliant data access.

In this module, we will dive into Snowpark, Snowflake's powerful framework for building advanced data pipelines and supporting data science use cases. You'll gain hands-on experience with deploying Python UDFs, creating stored procedures for ETL tasks, and preparing data for machine learning. Furthermore, you will build and deploy model training and prediction pipelines using Scikit-Learn, all powered by Snowpark. Additional learning resources and a coupon code for extended exploration will also be provided.

In this module, we will wrap up the course by reflecting on the key topics and skills covered. You’ll receive guidance on next steps, including updates on Snowflake's evolving features and additional learning opportunities. This final section will help you chart a path for continued growth and mastery of Snowflake and its ecosystem.