PDFs and exam guides are not so efficient, right? Prepare for your Microsoft examination with our training course. The DP-700 course contains a complete batch of videos that will provide you with profound and thorough knowledge related to Microsoft certification exam. Pass the Microsoft DP-700 test with flying colors.
Curriculum for DP-700 Certification Video Course
| Name of Video | Time |
|---|---|
![]() 1. Introduction |
1:28 |
![]() 2. Curriculum |
2:32 |
| Name of Video | Time |
|---|---|
![]() 1. Signing into Microsoft Fabric |
5:12 |
![]() 2. Why do I need a Work email address? And how can I get one, if I don't have it? |
13:49 |
![]() 3. Creating a Fabric capacity and configure Fabric-enabled workspace settings |
7:02 |
![]() 4. Identify requirements for a Fabric solution and manage Fabric capacity |
6:56 |
![]() 5. A quick tour of Fabric |
8:55 |
| Name of Video | Time |
|---|---|
![]() 1. Ingest data by using a dataflow |
8:22 |
![]() 2. Add a destination to a dataflow |
7:08 |
![]() 3. Saving as a template and scheduling a dataflow |
4:52 |
![]() 4. Implement Fast Copy when using dataflows |
3:22 |
![]() 5. Monitor data transformation, identify and resolve errors using dataflows |
6:21 |
![]() 6. 35. Optimize a dataflow |
7:04 |
| Name of Video | Time |
|---|---|
![]() 1. The first part of the Home menu, including converting column data types |
7:06 |
![]() 2. Removing rows/columns, and filtering and sorting data |
8:30 |
![]() 3. Grouping and aggregating data, and duplicating and referencing queries |
5:52 |
![]() 4. Denormalize data by Joining data together using Merge Queries |
6:34 |
![]() 5. Unioning data using Append Queries |
5:50 |
![]() 6. Identify and resolve duplicate data, missing data (null values) |
8:51 |
![]() 7. Transforming data and adding additional columns |
6:55 |
![]() 8. Practice Activity Number 1 - The Solution |
9:21 |
| Name of Video | Time |
|---|---|
![]() 1. Introducing the M language |
8:42 |
![]() 2. M Number functions |
9:14 |
![]() 3. M Text functions |
6:51 |
![]() 4. M Date, Time and Duration functions |
7:15 |
![]() 5. 27. M Group functions and removing rows |
6:29 |
![]() 6. M Table functions |
9:31 |
| Name of Video | Time |
|---|---|
![]() 1. Ingest data by using a data pipeline, and adding other activities |
7:05 |
![]() 2. Copy data by using a data pipeline |
9:29 |
![]() 3. Schedule data pipelines and monitor data pipeline runs |
4:27 |
![]() 4. Identifying and resolving pipeline errors, and optimizing a pipeline |
6:41 |
![]() 5. Exploring sample data (including copy data assistant) + data pipeline templates |
01:57 |
![]() 6. Practice Activity Number 2 - The Solution |
9:03 |
| Name of Video | Time |
|---|---|
![]() 1. Ingesting data into a lakehouse using a local upload |
5:28 |
![]() 2. Choose an appropriate method for copying to a Lakehouse or Warehouse |
3:03 |
![]() 3. Ingesting data using a notebook, and copying to a table |
9:00 |
![]() 4. Saving data to a file or Lakehouse table |
8:20 |
![]() 5. Loading data from a table in PySpark and SQL, and manipulating the results |
7:16 |
![]() 6. Practice Activity Number 3 - The Solution |
03:31 |
| Name of Video | Time |
|---|---|
![]() 1. Reducing the number of columns shown |
05:53 |
![]() 2. Filtering data with: where, limit and tail |
07:14 |
![]() 3. Enriching data by adding new columns |
3:07 |
![]() 4. Using Functions |
7:41 |
![]() 5. More advanced filtering |
7:28 |
![]() 6. Practice Activity Number 4 using PySpark - The Solution |
8:37 |
![]() 7. Practice Activity Number 5 using SQL - The Solution |
3:28 |
| Name of Video | Time |
|---|---|
![]() 1. Converting data types |
6:08 |
![]() 2. Importing data using an explicit data structure |
3:58 |
![]() 3. Formatting dates as strings |
6:42 |
![]() 4. Aggregating and re-filtering data |
4:37 |
![]() 5. Sorting the results |
5:52 |
![]() 6. Using all 6 SQL Clauses |
4:49 |
![]() 7. Practice Activity Number 6 using PySpark - The Solution |
6:35 |
![]() 8. Practice Activity Number 7 using SQL - The Solution |
5:55 |
| Name of Video | Time |
|---|---|
![]() 1. Merging data |
8:12 |
![]() 2. Identifying and resolving duplicate data |
5:11 |
![]() 3. Joining data using an Inner join |
6:31 |
![]() 4. Joining data using other joins |
6:44 |
![]() 5. Identifying missing data or null values |
7:33 |
![]() 6. Practice Activity Number 8 using PySpark - The Solution |
3:00 |
![]() 7. Practice Activity Number 9 using PySpark - The Solution |
7:34 |
![]() 8. Practice Activity Number 10 using SQL - The Solution |
8:38 |
| Name of Video | Time |
|---|---|
![]() 1. Schedule notebooks |
02:50 |
![]() 2. Process data by using Spark structured streaming in a notebook |
08:12 |
![]() 3. Testing the processing of streaming data in a notebook |
04:00 |
![]() 4. Process data by using a Spark Job Definition |
09:09 |
![]() 5. Choosing between a pipeline, a dataflow and a notebook |
4:11 |
![]() 6. Implement parameters with notebooks and pipelines |
7:19 |
![]() 7. Implement dynamic expressions with notebooks and pipelines |
6:14 |
![]() 8. Practice Activity Number 11 - The Solution |
8:03 |
| Name of Video | Time |
|---|---|
![]() 1. Create and manage shortcuts |
5:55 |
![]() 2. Identify and resolve Shortcut errors |
3:49 |
![]() 3. Configure OneLake workspace settings |
3:02 |
![]() 4. Creating a Microsoft Azure SQL Database as a source |
2:23 |
![]() 5. Implement file partitioning for analytics workloads using a pipeline |
8:25 |
![]() 6. Implement file partitioning for analytics workloads - data is in a lakehouse |
3:10 |
![]() 7. Implement mirroring of external databases |
7:34 |
![]() 8. Practice Activity Number 12 - The Solution |
3:41 |
| Name of Video | Time |
|---|---|
![]() 1. Identify and resolve data loading performance bottlenecks in notebooks |
03:11 |
![]() 2. Implement performance improvements in notebooks, inc. V-Order |
3:54 |
![]() 3. Identify and resolve issues with Delta table file: optimized writes |
2:42 |
![]() 4. Optimize Spark performance |
5:10 |
| Name of Video | Time |
|---|---|
![]() 1. Creating tables in a data warehouse |
5:52 |
![]() 2. Inserting data into tables and transforming data in a Data Warehouse |
6:58 |
![]() 3. Choose between dataflows, notebooks, and T-SQL for data transformation |
3:26 |
![]() 4. Slowly changing dimensions - Theory |
7:06 |
![]() 5. Implement Type 0 slowly changing dimensions - Practical Example |
4:56 |
![]() 6. Implement Type 1 and Type 2 slowly changing dimensions - Practical Example |
7:29 |
| Name of Video | Time |
|---|---|
![]() 1. Design an incremental data load from a Data Warehouse using a pipeline |
5:00 |
![]() 2. Implement an incremental data load from a Data Warehouse using a pipeline |
9:46 |
![]() 3. Test an incremental data load from a Data Warehouse using a pipeline |
4:50 |
![]() 4. Implementing an incremental data loads using a Dataflow Gen2 |
9:02 |
| Name of Video | Time |
|---|---|
![]() 1. Creating a Premium Per User (PPU) workspace and Azure DevOps repos |
6:53 |
![]() 2. Implement version control for a workspace |
7:56 |
![]() 3. Implement database projects, including in source control |
7:06 |
![]() 4. Implement dynamic data masking in a Data Warehouse - Video 1 |
6:32 |
![]() 5. Implement dynamic data masking in a Data Warehouse - Video 2 |
6:14 |
![]() 6. Optimize a data warehouse |
7:10 |
![]() 7. Practice Activity Number 13 - The Solution |
5:59 |
| Name of Video | Time |
|---|---|
![]() 1. Creating an eventhouse, exploring the environment, and getting data |
5:39 |
![]() 2. Creating sample KQL and SQL queries, and exploring the query environment |
7:52 |
| Name of Video | Time |
|---|---|
![]() 1. Selecting data using KQL |
7:12 |
![]() 2. Further selecting columns and ordering data using KQL |
4:29 |
![]() 3. Limiting the number of rows |
5:23 |
![]() 4. Practice Activity Number 14 - The Solution |
9:04 |
![]() 5. Creating a string literal |
4:57 |
![]() 6. Filtering for the entirety of a string |
8:00 |
![]() 7. Filtering for part of a string |
7:13 |
![]() 8. Aggregating data |
8:05 |
![]() 9. Practice Activity Number 15 - The Solution |
7:01 |
| Name of Video | Time |
|---|---|
![]() 1. Empty strings, concatenating and trimming strings |
8:51 |
![]() 2. Manipulating strings |
8:25 |
![]() 3. Other string functions |
1:16 |
![]() 4. Practice Activity Number 16 - The Solution |
7:27 |
![]() 5. Number Data Types |
6:37 |
![]() 6. Other Math Functions |
4:05 |
![]() 7. datetime and timespan Data Types |
5:12 |
![]() 8. datetime and timespan Functions |
8:10 |
![]() 9. Practice Activity Number 17 - The Solution |
6:04 |
| Name of Video | Time |
|---|---|
![]() 1. Merging data |
4:07 |
![]() 2. Joining data |
10:33 |
![]() 3. Practice Activity Number 18 - The Solution |
5:18 |
![]() 4. Identify and resolve duplicate data, missing data, or null values |
6:13 |
![]() 5. The iif/iff and case conditional functions |
3:48 |
![]() 6. The OneLake data and real-time hubs + implementing OneLake integration |
5:39 |
![]() 7. Practice Activity Number 19 - The Solution |
4:57 |
| Name of Video | Time |
|---|---|
![]() 1. Choose an appropriate streaming engine |
3:02 |
![]() 2. Processing data by using an eventstream |
8:39 |
![]() 3. The Manage fields transform event in an eventstream |
6:59 |
![]() 4. The Group by transform event, including Creating windowing functions |
7:02 |
![]() 5. Completing our eventstream |
7:24 |
| Name of Video | Time |
|---|---|
![]() 1. Revising KQL Syntax |
7:50 |
![]() 2. Creating a Fabric activator to run based on an event-based trigger |
8:00 |
![]() 3. Ingest data by using continuous integration from OneLake - Part 2 |
9:49 |
![]() 4. Designing and implement an event-based trigger based on Azure Blob storage |
2:50 |
![]() 5. Optimizing eventstreams and eventhouses |
5:03 |
![]() 6. Native storage, mirrored storage, or shortcuts in Real-Time Intelligence |
8:47 |
![]() 7. Choose between accelerated shortcuts and non-accelerated shortcuts |
3:49 |
| Name of Video | Time |
|---|---|
![]() 1. Spark workspace settings: starter and custom pools, and environments |
8:51 |
![]() 2. Other Spark workspace settings |
6:06 |
![]() 3. Configure domain workspace settings |
10:23 |
![]() 4. Configure data workflow workspace settings |
2:11 |
![]() 5. Recommend settings in the Fabric admin portal |
4:04 |
![]() 6. Implement workspace and item-level access controls for Fabric items |
5:03 |
![]() 7. Installing the Microsoft Fabric Capacity Metrics app |
03:55 |
![]() 8. Using the Microsoft Fabric Capacity Metrics app - Manage Fabric capacity |
7:13 |
![]() 9. Monitor semantic model refresh |
3:26 |
![]() 10. Implement workspace logging |
5:27 |
![]() 11. Workspace logging dashboards |
6:06 |
![]() 12. Querying Workspace logs in KQL |
6:55 |
| Name of Video | Time |
|---|---|
![]() 1. Apply sensitivity labels to items |
7:04 |
![]() 2. Endorse items |
4:57 |
![]() 3. Row-level security in a Data Warehouse |
8:54 |
![]() 4. Column-level security in a Data Warehouse |
6:40 |
![]() 5. Object-level security in a Data Warehouse |
8:38 |
![]() 6. Folder-/File-level access controls in a Lakehouse |
5:15 |
![]() 7. Creating a deployment pipeline |
10:35 |
![]() 8. Configuring a deployment pipeline |
6:43 |
| Name of Video | Time |
|---|---|
![]() 1. What's Next? |
1:13 |
![]() 2. Congratulations for completing the course |
0:44 |
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