Published 3/2025
Created by Uplatz Training
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All | Genre: eLearning | Language: English | Duration: 52 Lectures ( 53h 3m ) | Size: 24.2 GB

Master Databricks for data engineering, analytics, machine learning, and cloud integration with real-world applications.

What you'll learn
Understand Databricks Architecture – Learn the key components, workspace features, and advantages of Databricks over traditional data platforms.
Set Up and Configure Databricks – Create a Databricks workspace, manage clusters, and navigate notebooks for data processing.
Perform ETL Operations – Use Apache Spark in Databricks for extracting, transforming, and loading (ETL) large datasets efficiently.
Work with Delta Lake – Implement incremental data loading, schema evolution, and time travel features using Delta Lake.
Run SQL Queries in Databricks – Utilize Databricks SQL for querying and analyzing structured data, optimizing performance, and creating dashboards.
Build and Deploy Machine Learning Models – Use MLflow for model tracking, hyperparameter tuning, and deploying ML models within Databricks.
Integrate Databricks with Cloud Services – Connect Databricks with AWS S3, Azure Data Factory, Snowflake, and BI tools like Power BI.
Optimize Cluster Performance – Learn auto-scaling, partitioning, bucketing, and performance tuning techniques for handling big data workloads.
Implement Real-Time Data Processing – Develop streaming analytics pipelines for IoT and real-time event processing in Databricks.
Secure Data in Databricks – Apply role-based access control (RBAC), encryption, and auditing to protect sensitive data.
Develop CI/CD Pipelines for Databricks – Automate deployment and testing using GitHub, Azure DevOps, and Databricks REST API.
Manage Data Warehousing in Databricks – Design scalable data lakes, data marts, and warehouse architectures for enterprise solutions.
Perform Graph and Time Series Analysis – Use GraphFrames for graph processing and time-series forecasting in Databricks.
Monitor and Audit Databricks Workloads – Track resource utilization, job performance, and cost optimization strategies for efficient cloud usage.
Apply Databricks to Real-World Use Cases – Work on projects like customer segmentation, predictive maintenance, and fraud detection using Databricks.

Requirements
Enthusiasm and determination to make your mark on the world!

Description
A warm welcome to the Databricks: Master Data Engineering, Big Data, Analytics, AI course by Uplatz.Databricks is a cloud-based data engineering, analytics, and machine learning platform built on Apache Spark. It provides an integrated environment for processing big data, performing analytics, and deploying machine learning models. Databricks simplifies data engineering and collaboration by offering a unified workspace where data engineers, data scientists, and analysts can work together efficiently. It is available on Microsoft Azure, Amazon Web Services, and Google Cloud, making it a versatile choice for enterprises working with large datasets.Databricks is widely used in industries such as finance, healthcare, retail, and technology for handling large-scale data workloads efficiently. It provides a powerful and scalable solution for organizations looking to leverage big data for analytics, machine learning, and business intelligence.How Databricks WorksDatabricks operates as a fully managed, cloud-based platform that automates and optimizes big data processing. The workflow typically involves:Creating a workspace where users manage notebooks, clusters, and data assets.Configuring clusters using Apache Spark for scalable and distributed computing.Importing and processing data from multiple sources, including data lakes, relational databases, and cloud storage.Running analytics and SQL queries using Databricks SQL for high-performance querying and data visualization.Building and deploying machine learning models using MLflow for tracking experiments, hyperparameter tuning, and deployment.Optimizing performance through auto-scaling, caching, and parallel processing to handle large-scale data workloads efficiently.Integrating with cloud services and APIs such as Azure Data Factory, AWS S3, Power BI, Snowflake, and REST APIs for seamless workflows.Core Features of DatabricksUnified data analytics platform combining data engineering, analytics, and machine learning in a single environment.Optimized runtime for Apache Spark, improving performance for big data workloads.Delta Lake for improved data reliability, versioning, and schema evolution in data lakes.Databricks SQL for running high-performance SQL queries and building interactive dashboards.MLflow for streamlined machine learning development, including model tracking, experimentation, and deployment.Auto-scaling clusters that dynamically allocate resources based on workload requirements.Real-time streaming analytics for processing event-driven data from IoT devices, logs, and real-time applications.Advanced security features, including role-based access control, encryption, and audit logging for compliance.Multi-cloud support with deployment options across AWS, Azure, and Google Cloud.Seamless integration with third-party analytics and business intelligence tools like Power BI, Tableau, and Snowflake.Benefits of Using DatabricksAccelerates data processing by optimizing Spark-based computations for better efficiency.Simplifies data engineering by automating ETL processes, reducing manual intervention.Enhances collaboration by allowing engineers, analysts, and data scientists to work in a shared, cloud-based workspace.Supports AI and machine learning with an integrated framework for training and deploying models at scale.Reduces cloud computing costs through auto-scaling and optimized resource allocation.Ensures data reliability with Delta Lake, enabling ACID transactions and schema enforcement in large datasets.Provides real-time analytics capabilities for fraud detection, IoT applications, and event-driven processing.Offers flexibility with multi-cloud deployment, making it easier to integrate with existing enterprise infrastructure.Meets enterprise security and compliance standards, ensuring data protection and regulatory adherence.Improves business intelligence with Databricks SQL, enabling organizations to gain deeper insights and make data-driven decisions.Databricks - Course Curriculum1. Introduction to DatabricksIntroduction to DatabricksWhat is Databricks? Platform OverviewKey Features of Databricks WorkspaceDatabricks Architecture and ComponentsDatabricks vs Traditional Data Platforms2. Getting Started with DatabricksSetting Up a Databricks WorkspaceDatabricks Notebook BasicsImporting and Organizing Datasets in DatabricksExploring Databricks ClustersDatabricks Community Edition: Features and Limitations3. Data Engineering in DatabricksIntroduction to ETL in DatabricksUsing Apache Spark with DatabricksWorking with Delta Lake in DatabricksIncremental Data Loading Using Delta LakeData Schema Evolution in Databricks4. Data Analysis with DatabricksRunning SQL Queries in DatabricksCreating and Visualizing DashboardsOptimizing Queries in Databricks SQLWorking with Databricks Connect for BI ToolsUsing the Databricks SQL REST API5. Machine Learning & Data ScienceIntroduction to Machine Learning with DatabricksFeature Engineering in DatabricksBuilding ML Models with Databricks MLFlowHyperparameter Tuning in DatabricksDeploying ML Models with Databricks6. Integration and APIsIntegrating Databricks with Azure Data FactoryConnecting Databricks with AWS S3 BucketsDatabricks REST API BasicsConnecting Power BI with DatabricksIntegrating Snowflake with Databricks7. Performance OptimizationUnderstanding Databricks Auto-ScalingCluster Performance Optimization TechniquesPartitioning and Bucketing in DatabricksManaging Metadata with Hive Tables in DatabricksCost Optimization in Databricks8. Security and ComplianceSecuring Data in Databricks Using Role-Based Access Control (RBAC)Setting Up Secure Connections in DatabricksManaging Encryption in DatabricksAuditing and Monitoring in Databricks9. Real-World ApplicationsReal-Time Streaming Analytics with DatabricksData Warehousing Use Cases in DatabricksBuilding Customer Segmentation Models with DatabricksPredictive Maintenance Using DatabricksIoT Data Analysis in Databricks10. Advanced Topics in DatabricksUsing GraphFrames for Graph Processing in DatabricksTime Series Analysis with DatabricksData Lineage Tracking in DatabricksBuilding Custom Libraries for DatabricksCI/CD Pipelines for Databricks Projects11. Closing & Best PracticesBest Practices for Managing Databricks Projects

Who this course is for
Data Engineers – Professionals working with ETL pipelines, data transformation, and big data processing.
Data Scientists – Those looking to use Databricks for machine learning, feature engineering, and predictive analytics.
Big Data Analysts – Individuals working with large-scale datasets, SQL queries, and business intelligence tools.
Cloud Engineers – Professionals integrating Databricks with AWS, Azure, and Google Cloud for scalable data solutions.
Machine Learning Engineers – Those building and deploying ML models using MLflow, hyperparameter tuning, and automation.
Business Intelligence Professionals – Users working with Databricks SQL, Power BI, and dashboarding tools.
Database Administrators – DBAs managing data lakes, Delta Lake, Hive tables, and metadata in Databricks.
Software Engineers – Developers looking to understand Apache Spark, API integrations, and data pipeline automation.
AI & IoT Specialists – Professionals working on real-time analytics, IoT data processing, and AI-driven insights.
Enterprise Architects – Those designing scalable, cost-effective, and high-performance data platforms.
Cloud Data Professionals – Individuals managing data migration, cost optimization, and auto-scaling clusters.
Students & Graduates – Learners interested in big data technologies, cloud computing, and machine learning.
Finance & Healthcare Analysts – Professionals working with large datasets for fraud detection, risk analysis, and patient insights.
Consultants & Freelancers – Independent professionals offering Databricks consulting, cloud data engineering, and analytics solutions.
Technology Leaders & Decision Makers – CTOs, data managers, and tech leads looking to implement Databricks for business transformation.

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