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Data Architecture for Data Engineers: Practical Approaches

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  • 1 - Meet Your Instructor.mp4
    01:51
  • 2 - Course Structure and Objectives.mp4
    03:20
  • 3 - Key Tenets in Data Architecture and Governance.mp4
    06:12
  • 4 - Overview of Data Architecture.mp4
    11:20
  • 5 - Types of Data Architectures.mp4
    00:51
  • 6 - Monolithic Architecture.mp4
    03:06
  • 7 - Distributed Architecture.mp4
    02:46
  • 8 - Cloudbased Architecture Use Cases.mp4
    02:28
  • 9 - Choosing the Optimal Data Architecture.mp4
    02:39
  • 10 - Additional Readings.html
  • 11 - Introduction to Data Modeling.mp4
    07:45
  • 12 - Database Types.mp4
    08:58
  • 13 - Database Design Approaches.mp4
    05:55
  • 14 - Normalization.mp4
    04:12
  • 15 - Denormalization.mp4
    03:43
  • 16 - Normalization Denormalization How to choose.mp4
    03:07
  • 17 - Case Study.mp4
    09:04
  • 18 - Additional Readings.html
  • 19 - Introduction to Data Pipelines.mp4
    02:12
  • 20 - ETL vs ELT Processes.mp4
    04:41
  • 21 - Data Pipeline Tools Best Practices.mp4
    04:57
  • 22 - Batch Data Processing.mp4
    05:38
  • 23 - Realtime Data Processing.mp4
    05:00
  • 24 - Batch vs Realtime Data Processing.mp4
    03:10
  • 25 - Architecting Robust Pipelines I.mp4
    04:32
  • 26 - Architecting Robust Pipelines II.mp4
    05:06
  • 27 - Case Study.mp4
    07:24
  • 28 - Additional Readings.html
  • 29 - Data Lakes and Data Warehouses.mp4
    09:55
  • 30 - Data Lakehouse Architecture.mp4
    10:58
  • 31 - Data Mesh and Data Fabrics.mp4
    09:54
  • 32 - Case Study.mp4
    06:56
  • 33 - Additional Readings.html
  • 34 - AWS for Data Engineers.mp4
    13:54
  • 35 - Azure for Data Engineers.mp4
    14:16
  • 36 - Hybrid and Multicloud Architectures.mp4
    16:00
  • 37 - Additional Readings.html
  • 38 - StepbyStep Guide to Choosing an Architecture.mp4
    11:22
  • 39 - Road to Becoming a Data Architect.mp4
    13:00
  • 40 - Other Courses by Manas Jain.html
  • 41 - Feedback Course Conclusion.mp4
    04:19
  • Description


    Building Scalable, Efficient Data Solutions with Real-World Applications

    What You'll Learn?


    • Evaluate and select data architectures based on specific business needs and data characteristics.
    • Design data models and implement database strategies for structured and unstructured data.
    • Build scalable, fault-tolerant data pipelines using ETL/ELT processes and real-time data processing.
    • Implement cloud-based data solutions on AWS, Azure, and multi-cloud environments.
    • Differentiate between modern data architectures, including data lakes, warehouses, and lakehouses, for optimal data storage.
    • Apply best practices for data governance, security, and compliance within data architecture frameworks.
    • Analyze and choose appropriate data integration and management tools for hybrid and multi-cloud strategies.
    • Plan a career path from Data Engineer to Data Architect, including key skills and certifications.

    Who is this for?


  • This course is ideal for Data Engineers, aspiring Data Architects, and Analytics Professionals who want to deepen their understanding of data architecture frameworks and practical applications. If you're a data professional looking to step into a strategic role by mastering data architecture, this course is designed for you.
  • Who will benefit from this course:
  • Early-career Data Engineers and Analysts aiming to advance their careers by building robust skills in data architecture principles, design, and cloud technologies.
  • Aspiring Data Architects who want a comprehensive, practical foundation in data architecture concepts, including data modeling, data governance, and cloud-based data solutions.
  • Tech Professionals in Data-Related Roles such as Business Intelligence (BI) engineers, Data Analysts, or Software Engineers who want to transition into data engineering or architecture roles.
  • IT Managers and Team Leads looking to enhance their teams’ data capabilities and understand the broader architectural decisions impacting data strategy.
  • Prior Knowledge Recommendations:
  • Familiarity with Basic Data Concepts such as databases, data processing, and SQL will help learners maximize their experience.
  • An Interest in Cloud Platforms like AWS, Azure, or Google Cloud is beneficial, but no advanced knowledge is required.
  • Learners in this course will gain hands-on, practical insights into data architecture, positioning them to apply their knowledge immediately in data engineering roles or to transition toward data architecture.
  • What You Need to Know?


  • Basic Understanding of Data Concepts: Familiarity with data structures, databases, and general data processing will make it easier to follow along with the technical aspects.
  • Knowledge of SQL and Data Storage: Some experience with SQL and an understanding of different types of data storage (e.g., relational databases, cloud storage) would be helpful, though not essential.
  • Interest in Data Architecture and Cloud Platforms: Curiosity about data architecture frameworks and cloud platforms like AWS, Azure, or Google Cloud will make the course content more engaging and relevant.
  • No specific tools or advanced skills are required for beginners; the course is designed to introduce you to key concepts and guide you through practical data architecture approaches step-by-step. If you're motivated to learn and eager to apply new skills, this course is for you!
  • More details


    Description

    Unlock the potential of data architecture with Data Architecture for Data Engineers: Practical Approaches. This course is designed to give data engineers, aspiring data architects, and analytics professionals a solid foundation in creating scalable, efficient, and strategically aligned data solutions.

    In this course, you’ll explore both traditional and modern data architectures, including data warehouses, data lakes, and the emerging data lakehouse approach. You'll learn about distributed and cloud-based architectures, along with practical applications of each to suit different data needs. We cover key aspects like data modeling, governance, and security, with emphasis on practical techniques for real-world implementation.

    Starting with the foundational principles—data quality, scalability, security, and cost efficiency—we'll guide you through designing robust data pipelines, understanding ETL vs. ELT processes, and integrating batch and real-time data processing. With dedicated sections on AWS, Azure, and hybrid/multi-cloud architectures, you’ll gain hands-on insights into leveraging cloud tools for scalable data solutions.

    This course also prepares you for a career transition, offering guidance on skills, certifications, and steps toward becoming a data architect. Through case studies, quizzes, and real-world examples, you’ll be equipped to make strategic architectural decisions and apply best practices across industries. By the end, you’ll have a comprehensive toolkit to design and implement efficient data architectures that align with business goals and emerging data needs.

    Who this course is for:

    • This course is ideal for Data Engineers, aspiring Data Architects, and Analytics Professionals who want to deepen their understanding of data architecture frameworks and practical applications. If you're a data professional looking to step into a strategic role by mastering data architecture, this course is designed for you.
    • Who will benefit from this course:
    • Early-career Data Engineers and Analysts aiming to advance their careers by building robust skills in data architecture principles, design, and cloud technologies.
    • Aspiring Data Architects who want a comprehensive, practical foundation in data architecture concepts, including data modeling, data governance, and cloud-based data solutions.
    • Tech Professionals in Data-Related Roles such as Business Intelligence (BI) engineers, Data Analysts, or Software Engineers who want to transition into data engineering or architecture roles.
    • IT Managers and Team Leads looking to enhance their teams’ data capabilities and understand the broader architectural decisions impacting data strategy.
    • Prior Knowledge Recommendations:
    • Familiarity with Basic Data Concepts such as databases, data processing, and SQL will help learners maximize their experience.
    • An Interest in Cloud Platforms like AWS, Azure, or Google Cloud is beneficial, but no advanced knowledge is required.
    • Learners in this course will gain hands-on, practical insights into data architecture, positioning them to apply their knowledge immediately in data engineering roles or to transition toward data architecture.

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    Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.
    • language english
    • Training sessions 35
    • duration 3:50:31
    • Release Date 2025/03/09