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Spotify Music Database | Azure ETL Project | Data Engineer Portfolio Project | Part 1
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🚀 Dive into the world of data engineering as we embark on a journey to construct a powerful music database using Azure ETL pipeline techniques! In this comprehensive video tutorial, I guide you through the entire process, sharing my hands-on experience gained through self-study.
🔍 Key Learnings:
1️⃣ Databricks Mastery: Learn how to leverage Azure Databricks for efficient data transformation and processing, tackling real-world challenges in the process.
2️⃣ Azure Data Factory Orchestration: Gain insights into orchestrating end-to-end workflows in Azure Data Factory, a crucial skill for managing seamless data pipelines.
3️⃣ SQL Reinforcement: Explore the usage of Azure SQL for data storage, reinforcing your SQL skills in a practical, real-world project.
4️⃣ API Interaction: Uncover the intricacies of working with Spotify's API, including authentication and data extraction, offering valuable insights into API usage.
5️⃣ ETL Processes Understanding: Deepen your comprehension of ETL (Extract, Transform, Load) processes and their significance in the realm of data engineering.
🛠️ Tools and Technologies Used:
• Azure Data Factory
• Azure Databricks
• Azure SQL
• Python scripting
• Spotify API
🌐 Scope and Goals: Explore the end-to-end process of constructing a music database, from extracting artist data to efficient data transformations and loading into Azure SQL. Understand how to visualize and report insights using Power BI.
🤔 Challenges Faced and Solutions: Encounter real-world challenges like authentication with Spotify API, efficient handling of album and track data, and navigating the lack of a bulk track endpoint. Learn adaptive approaches and strategic solutions.
📈 Workflow Automation: Discover the power of automation with triggers, making your pipeline dynamic and responsive to changes in underlying data. Witness the creation of a database triggered by new artist data and weekly updates for song data.
🚀 Future Development: Understand the potential for ongoing improvements and expansions, envisioning user profiles and playlist generation. This project serves as a foundation with limitless possibilities for growth and refinement.
🎓 Conclusion and Key Takeaways: Wrap up the tutorial with insights gained from working extensively with Databricks, Azure Data Factory, SQL, and Spotify's API. Reflect on the significance of ETL processes in data engineering.
#Azure #DataEngineering #ETLPipeline #SpotifyAPI #DataScience #tutorial #PorfolioProject
Resources:
🔍 Key Learnings:
1️⃣ Databricks Mastery: Learn how to leverage Azure Databricks for efficient data transformation and processing, tackling real-world challenges in the process.
2️⃣ Azure Data Factory Orchestration: Gain insights into orchestrating end-to-end workflows in Azure Data Factory, a crucial skill for managing seamless data pipelines.
3️⃣ SQL Reinforcement: Explore the usage of Azure SQL for data storage, reinforcing your SQL skills in a practical, real-world project.
4️⃣ API Interaction: Uncover the intricacies of working with Spotify's API, including authentication and data extraction, offering valuable insights into API usage.
5️⃣ ETL Processes Understanding: Deepen your comprehension of ETL (Extract, Transform, Load) processes and their significance in the realm of data engineering.
🛠️ Tools and Technologies Used:
• Azure Data Factory
• Azure Databricks
• Azure SQL
• Python scripting
• Spotify API
🌐 Scope and Goals: Explore the end-to-end process of constructing a music database, from extracting artist data to efficient data transformations and loading into Azure SQL. Understand how to visualize and report insights using Power BI.
🤔 Challenges Faced and Solutions: Encounter real-world challenges like authentication with Spotify API, efficient handling of album and track data, and navigating the lack of a bulk track endpoint. Learn adaptive approaches and strategic solutions.
📈 Workflow Automation: Discover the power of automation with triggers, making your pipeline dynamic and responsive to changes in underlying data. Witness the creation of a database triggered by new artist data and weekly updates for song data.
🚀 Future Development: Understand the potential for ongoing improvements and expansions, envisioning user profiles and playlist generation. This project serves as a foundation with limitless possibilities for growth and refinement.
🎓 Conclusion and Key Takeaways: Wrap up the tutorial with insights gained from working extensively with Databricks, Azure Data Factory, SQL, and Spotify's API. Reflect on the significance of ETL processes in data engineering.
#Azure #DataEngineering #ETLPipeline #SpotifyAPI #DataScience #tutorial #PorfolioProject
Resources:
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