Master Microsoft POWER BI with AI | PL-300 Certification

Power Query is a powerful data transformation and automation tool available in Excel and Microsoft Power BI that helps users import, clean, combine, and reshape data from multiple sources with ease ?. Instead of doing repetitive manual tasks, Power Query allows you to automate data preparation steps such as removing duplicates, splitting columns, merging tables, changing data types, and appending files ?. It uses a simple step-by-step interface, making data cleaning faster, more accurate, and highly efficient ⚡. Whether you are working with Excel files, CSVs, databases, or web data ?, Power Query helps turn raw data into analysis-ready data in just a few clicks ?.

In Power Query, data types define the kind of information stored in a column and help ensure accurate calculations, sorting, filtering, and reporting ?. Common data types include Text ?, Whole Number ?, Decimal Number ?, Date ?, Time ⏰, Date/Time ?️, Currency ?, and True/False ✅❌. Assigning the correct data type is very important because incorrect types can lead to errors, wrong calculations, or failed visualizations ⚠️. For example, dates stored as text cannot be used properly in time analysis, and numbers stored as text cannot be summed correctly. Power Query automatically detects data types when data is imported, but users can also manually change them for better accuracy and performance ?.

One of the most common issues in Power Query is incorrect date formatting caused by different regional settings ?. Sometimes dates like 01/02/2026 can be interpreted incorrectly as January 2 or February 1 depending on the system locale ⚠️. To solve this, Power Query provides the Date Locale Setting feature, which allows users to specify the correct regional format while changing the data type ?️. By using Change Type → Using Locale, you can select the correct data type and country format such as English (US) ?? or English (UK) ?? to accurately convert text into valid dates ?. Fixing date formats is essential for proper time analysis, reporting, filtering, and dashboard creation in Excel and Microsoft Power BI ?

? PQ 4 - Columns Operations: MOVE, REMOVE, RENAME & DUPLICATES

Power Query provides several useful column management features that help organize and clean data efficiently ⚡. Users can Move Columns ↔️ to rearrange data in a preferred order for better readability and reporting. The Remove Columns ❌ feature helps delete unnecessary fields, reducing file size and improving performance ?. With Rename Columns ✏️, users can assign meaningful and professional names to columns, making datasets easier to understand and analyze ?. Power Query also allows handling of Duplicate Values ? by either identifying or removing duplicates to maintain clean and accurate data. These column transformation features are essential for preparing structured and analysis-ready datasets in Excel and Microsoft Power BI ?

? PQ 5 - Split Columns

The Split Column feature in Power Query is used to divide a single column into multiple columns based on a specific delimiter, number of characters, or pattern ✂️. This is especially useful when data is combined in one field, such as full names, addresses, or codes ?. For example, a column containing Ali Khan can be split into First Name and Last Name using a space delimiter ?. Power Query offers multiple split options including delimiter, fixed width, positions, and special characters for flexible data transformation ⚡. This feature helps clean and structure raw data, making it easier to analyze and use in reports and dashboards within Excel and Microsoft Power BI ?

? PQ 6 - Merge Queries

The Merge Queries feature in Power Query is used to combine data from two or more tables based on a common column or key ?. It works similarly to lookup functions like VLOOKUP or database joins, allowing users to bring related information together efficiently ⚡. For example, you can merge a Sales table with a Customer table using Customer ID to fetch customer details automatically ?. Power Query supports different join types such as Inner Join, Left Outer Join, Right Outer Join, and Full Outer Join for flexible data integration ?. Merge Queries helps create connected and enriched datasets, making reporting and analysis in Excel and Microsoft Power BI faster, smarter, and more automated ??

? PQ 7 - Filtering Rows

The Filter Rows feature in Power Query allows users to display only the data that meets specific conditions, making datasets cleaner and more focused ?. Users can filter rows based on text, numbers, dates, blanks, or custom conditions such as “greater than,” “contains,” or “between” ?. For example, you can filter sales data to show only records from a specific month ? or products with sales above a target amount ?. Power Query also supports multiple filters together, helping users quickly narrow down large datasets for better analysis ⚡. Filtering rows improves data quality, reduces unnecessary information, and prepares accurate datasets for reporting in Excel and Microsoft Power BI ??

? PQ 8 - Removing Duplicates and Errors

Power Query provides powerful features to clean data by removing duplicate records and fixing errors for more accurate analysis ?. The Remove Duplicates option helps eliminate repeated rows based on selected columns, ensuring data consistency and preventing incorrect calculations ?. At the same time, the Remove Errors feature helps identify and delete rows containing issues such as invalid formulas, incorrect data types, or missing values ⚠️. These cleaning techniques improve data quality, enhance report accuracy, and make datasets more reliable for dashboards and business analysis ?. By automating these tasks in Excel and Microsoft Power BI, users can save time and reduce manual effort significantly ?

? PQ 9 - Sorting

The Sorting feature in Power Query helps organize data in a meaningful order for easier analysis and reporting ?. Users can sort data in Ascending ? or Descending ? order based on text, numbers, dates, or multiple columns at the same time ⚡. For example, sales data can be sorted from highest to lowest revenue ? or dates can be arranged from oldest to newest ?. Multi-level sorting also allows users to group and arrange records more efficiently, such as sorting by Region first and then by Sales Amount ?. Proper sorting improves data readability, helps identify trends quickly, and prepares structured datasets for dashboards in Excel and Microsoft Power BI ?

? PQ 10 - Appending Data from Multiple Excel Worksheets

The Append Queries feature in Power Query allows users to combine data from multiple Excel worksheets into a single consolidated table ??. This is especially useful when the same type of data is stored across different sheets, such as monthly sales reports or departmental records ?. Instead of copying and pasting manually, Power Query can automatically append all worksheets together while maintaining a consistent structure ⚡. Users can merge rows from two or many sheets, making data preparation faster, cleaner, and fully automated ?. This feature saves time, reduces errors, and simplifies reporting and dashboard creation in Excel and Microsoft Power BI ?

PQ 11 - Appending Data from Multiple Excel Workbooks (Same Table Names)

PQ 11-1 - Appending Data from Multiple Excel Workbooks (Same Sheet Names)

PQ 12 - Appending Data from Multiple Excel Workbooks - Different Table and Sheet Names

? PQ 13 - Replace and Fill

The Replace and Fill features in Power Query help clean and standardize data quickly and efficiently ?️. The Replace Values option allows users to find specific text, numbers, or errors and replace them with new values ?, making datasets more consistent and accurate. For example, abbreviations like Kar. can be replaced with Karachi ? or missing category names can be corrected easily ✏️. The Fill feature includes Fill Down ⬇️ and Fill Up ⬆️, which automatically populate blank cells using nearby values to complete missing information. These transformations improve data quality, reduce manual editing, and prepare reliable datasets for reporting and analysis in Excel and Microsoft Power BI ??

? PQ 14 - Formatting Numbers and Dates

The Formatting Numbers and Dates feature in Power Query helps present data in a clean, consistent, and analysis-ready format ?. Users can format numbers as whole numbers ?, decimals ?, percentages ?, or currency values ? to improve readability and accuracy in reports. Similarly, date formatting allows users to display dates in different styles such as DD-MM-YYYY or MMM-YYYY ? based on reporting requirements and regional settings ?. Proper formatting ensures calculations work correctly, improves dashboard presentation, and makes data easier to understand for users and stakeholders ⚡. These formatting capabilities in Excel and Microsoft Power BI help create professional and visually organized datasets ?

? PQ 15 - Adding Custom Calculated Columns

The Custom Column feature in Power Query allows users to create new calculated columns using formulas and logical expressions ➕?. This helps generate additional insights from existing data without modifying the original dataset ⚡. For example, users can calculate Profit ?, categorize sales performance ?, combine text fields ?, or create conditional logic such as “High” and “Low” based on specific criteria. Power Query uses its own formula language called M Language ?, which provides flexibility for creating dynamic and advanced calculations. Adding custom calculated columns improves data transformation, enhances analysis capabilities, and supports smarter reporting in Excel and Microsoft Power BI ?

? PQ 16 - Group By

The Group By feature in Power Query is used to summarize and aggregate data by combining rows based on common values ?. It helps users create quick summaries such as total sales ?, average profit ?, count of records ?, minimum or maximum values, and much more. For example, sales data can be grouped by Region ? to calculate total revenue for each area automatically ⚡. Power Query supports both simple and advanced grouping options, allowing multiple calculations within the same operation ?. The Group By feature is extremely useful for creating summarized datasets, improving analysis efficiency, and preparing data for dashboards in Excel and Microsoft Power BI ?

? PQ 17 - Unpivot

The Unpivot feature in Power Query is used to transform wide-format data into a structured tabular format for better analysis ??. It converts multiple columns into rows, making datasets more flexible and suitable for reporting, PivotTables, and dashboards ?. For example, monthly sales columns like Jan, Feb, and Mar can be unpivoted into two columns: Month ? and Sales ?. This helps normalize data and makes it easier to analyze trends over time ⚡. Unpivoting is especially useful when working with dynamic reports and preparing clean, analysis-ready datasets in Excel and Microsoft Power BI ?

? PQ 18 - 6 Types of Joins

Power Query provides 6 different types of joins to combine data from multiple tables based on matching columns or keys ??. These joins help users control how records are matched and returned during the merge process ⚡. The join types include Inner Join ? (matching records only), Left Outer Join ⬅️ (all records from the first table), Right Outer Join ➡️ (all records from the second table), Full Outer Join ? (all records from both tables), Left Anti Join ?⬅️ (records only in the first table), and Right Anti Join ?➡️ (records only in the second table). Understanding these joins is essential for accurate data integration, reconciliation, and advanced analysis ?. These powerful merge capabilities in Excel and Microsoft Power BI help users build connected and intelligent datasets efficiently ?

? PQ 19 - Create Calendar in Power Query vs. DAX

A Calendar Table is an essential part of data analysis and reporting because it helps perform time-based calculations such as Year-to-Date, Month-to-Date, and trend analysis ??. In Microsoft Power BI, users can create a calendar table using either Power Query ?️ or DAX ?, and each method has its own advantages. Creating a calendar in Power Query is useful when you want the date table to be generated during data loading and transformation, improving model cleanliness and reducing calculation load ⚡. On the other hand, DAX calendar tables are more dynamic and can automatically adjust based on the data model, making them ideal for advanced analytical scenarios ?. Understanding the difference between Power Query and DAX approaches helps users choose the best method for performance, flexibility, and reporting requirements ?

Append Data from Multiple Different Excel Files Combination of XLSX & CSV via POWER QUERY

How to Extract Dates From Text Strings in Power Query

How to Append Data from Many Excel Files into Microsoft POWER BI (POWER QUERY) |

Your data is scattered across multiple Excel Workbooks? Like Jan, Feb, Mar...? | In this video, learn an AMAZING Excel trick to solve the problem easily. | HR Dataset Example

How to Calculate Hours Worked for Employees on Complex Data & to Summarize in Power Query

Normalize Data using Power Query

Combine Multiple Tables and Perform Aggregation Sum | POWER QUERY Solution

Fuzzy Lookup (POWER QUERY) Approximate Match for Text in Microsoft Excel

How to Import Data from ZIP Files in POWER BI ?  Unzip and Extract File Contents to Power BI or Microsoft Excel

Data Challenge | Splitting the Field | POWER QUERY | Copilot Artificial Intelligence

? RELATED vs. LOOKUPVALUE in DAX

In Microsoft Power BI, both RELATED and LOOKUPVALUE functions are used to fetch values from another table, but they work differently depending on the data model structure ?. The RELATED function is used when a relationship already exists between tables, allowing users to quickly bring related values from one table to another ⚡. It is faster, simpler, and commonly used in calculated columns for connected tables. On the other hand, LOOKUPVALUE searches for a value based on matching conditions, even when there is no direct relationship between tables ?. It offers more flexibility by allowing multiple search conditions but can be slower compared to RELATED in large datasets ?. Understanding when to use RELATED versus LOOKUPVALUE helps improve DAX performance, model efficiency, and overall reporting accuracy ?

Highlight MAX Sales with different color

Wildcard or Partial Search to get Count & Distinct Count from Words List in POWER BI plus DAX FORMATTER

How to Create a Custom Fiscal Year Date Table in Microsoft Power BI (July to June Example) Dimension Calendar Table

How to create Dynamic Titles - DAX

Total Sales based on Dates Between & Excluding Weekends and Holidays via CALCULATE DAX

Time Intelligence DAX - Current, Previous & SamePeriodLastYear - MTD QTD YTD

Migrate Excel Data Model and DAX to POWER BI and Combine All Measures

? DAX – Previous Year and Next Year

In Microsoft Power BI, Previous Year and Next Year calculations are commonly used for time intelligence analysis to compare performance across different years ??. These calculations help users analyze growth trends, yearly changes, and future projections efficiently ⚡. Using DAX functions like PREVIOUSYEAR() ⬅️ and NEXTYEAR() ➡️, users can retrieve data from the prior or upcoming year based on the selected date context. For example, businesses can compare current sales ? with last year’s sales to measure performance improvement or decline ?. These time intelligence functions are essential for creating dynamic reports, KPI tracking, and year-over-year analysis in dashboards ?

? DAX – YTD and TOTALYTD

In Microsoft Power BI, YTD (Year-to-Date) calculations are used to measure cumulative performance from the beginning of the year up to the current date ??. The TOTALYTD() function in DAX helps users easily calculate running totals for metrics such as Sales ?, Profit ?, or Orders ? over a yearly period. It automatically considers the date context from the calendar table and updates dynamically based on filters and slicers ⚡. YTD analysis is widely used for tracking business growth, monitoring KPIs, and comparing current performance against targets or previous years ?. Proper use of YTD and TOTALYTD() enables more meaningful financial and operational insights in dashboards and reports ??

? DAX – DATESBETWEEN

The DATESBETWEEN() function in Microsoft Power BI is used to return a range of dates between a specified start date and end date ??. It is commonly used in time intelligence calculations to analyze data for custom periods such as monthly campaigns, quarterly performance, or specific date ranges ?. For example, businesses can calculate total sales ? between two selected dates to measure performance during a promotion or event ⚡. The function works together with measures like CALCULATE() to create flexible and dynamic date-based analysis. DATESBETWEEN() is highly useful for building interactive dashboards, custom reporting periods, and advanced analytical insights ?

? DAX – FIRSTDATE and LASTDATE

The FIRSTDATE() and LASTDATE() functions in Microsoft Power BI are used to return the first and last date from a selected date column or filter context ??. FIRSTDATE() helps identify the earliest available date ⏮️, while LASTDATE() returns the most recent or latest date ⏭️ within the current selection. These functions are commonly used in time intelligence calculations, trend analysis, and KPI reporting ?. For example, businesses can use them to determine the starting and ending dates of sales transactions, reporting periods, or project timelines ?. Together, these functions help create dynamic and context-aware reports, making date-based analysis more powerful and efficient ?

? DAX – OPENINGBALANCEMONTH and CLOSINGBALANCEMONTH

The OPENINGBALANCEMONTH() and CLOSINGBALANCEMONTH() functions in Microsoft Power BI are used to calculate the opening and closing balances for a specific month ??. OPENINGBALANCEMONTH() returns the value at the beginning of the month ⏮️, while CLOSINGBALANCEMONTH() returns the value at the end of the month ⏭️ based on the selected date context. These functions are commonly used in financial reporting, inventory tracking, and account balance analysis ?. For example, businesses can monitor monthly cash balances, stock levels, or account summaries efficiently ⚡. By using these time intelligence functions, users can build accurate financial dashboards and perform month-over-month performance analysis with ease ?

? DAX – DATEADD

The DATEADD() function in Microsoft Power BI is used to shift dates forward or backward by a specific interval such as days, months, quarters, or years ??. It is commonly used in time intelligence calculations to compare current performance with previous or future periods ?. For example, users can calculate last month’s sales ?, previous year’s revenue ?, or next quarter projections by shifting the date context dynamically ⚡. The function works with a proper calendar table and helps create powerful trend analysis, period-over-period comparisons, and KPI tracking in dashboards ?.

? DAX – PARALLELPERIOD

The PARALLELPERIOD() function in Microsoft Power BI is used to return a set of dates shifted forward or backward by a specific number of periods such as months, quarters, or years ??. It is mainly used for period-over-period comparisons, allowing users to analyze trends and performance across different time frames ?. For example, businesses can compare current sales ? with the same period last year or previous quarter to measure growth and performance changes ⚡. Unlike DATEADD(), which shifts individual dates, PARALLELPERIOD() works at the entire period level, making it ideal for summarized time analysis and reporting ??

? DAX – % Year on Year (YoY%)

The % Year on Year (YoY%) calculation in Microsoft Power BI is used to measure the percentage growth or decline of a metric compared to the previous year ??. It helps businesses evaluate performance trends, track improvements, and identify changes over time ⚡. For example, companies can compare current year sales ? with last year’s sales to determine whether revenue has increased or decreased. YoY% analysis is widely used in financial reporting, KPI dashboards, and business performance monitoring ?. By using DAX time intelligence functions together with percentage calculations, users can create dynamic and insightful year-over-year comparisons for better decision-making ?

? Dynamic Current and Previous Year Balances up to a Certain Date – POWER BI DAX

In Microsoft Power BI, dynamic Current Year and Previous Year balance calculations are used to compare financial or operational performance up to a selected cutoff date ??. This approach ensures that both years are compared fairly for the same time period, such as comparing balances up to May 15 in both the current and previous year ⚖️. Using DAX time intelligence functions along with dynamic date filtering ?, users can create measures that automatically adjust based on slicers or the latest available transaction date ⚡. These calculations are highly useful for financial statements ?, bank balances ?, inventory tracking ?, and KPI analysis. Dynamic year comparison helps businesses monitor growth trends, identify performance gaps, and create accurate analytical dashboards ?

How to Calculate Cumulative SUM or Running Total in Microsoft POWER BI - DAX? Explained!

How to Create TOP N Slicers Selection in Microsoft POWER BI ?

How to Create MTD / QTD / YTD Time Intelligence Slicer & Dynamic Title in Microsoft POWER BI

https://youtu.be/eeyIO6l98Fs

Selected Time Period Sales =

VAR SelectedPeriod = SELECTEDVALUE(TimePeriods[TimePeriod])

RETURN

SWITCH(

    SelectedPeriod,

    "MTD", [Current MTD],

    "QTD", [Current QTD],

    "YTD", [Current YTD],

    Blank())

Dynamic Title = "Sales by "& SELECTEDVALUE(TimePeriods[TimePeriod])

Using Tabular Model Definition Language (TMDL) View in POWER BI Desktop for Time Intelligence Calculations in Seconds!

EBook: COUNT CATEGORY DAX (#POWERBI / #EXCEL) - COUNT, COUNTA, COUNTX, COUNTAX, COUNTBLANK, COUNTROWS, DISTINCTCOUNT, DISTINCTCOUNTNOBLANK, APPROXIMATEDISTINCTCOUNT

Retail Sales Performance Dashboard - POWER BI End-To-End Project - May 2026

The Retail Sales Performance Dashboard – Power BI End-to-End Project presents a comprehensive and visually engaging view of retail business performance, designed to support data-driven decision-making. As illustrated in the dashboard, key performance indicators such as Net Sales ($1.7M), Net Sales Quantity (25K), and Total Transactions (29,875) are prominently displayed, offering an instant snapshot of overall business health.

The dashboard incorporates interactive filters and slicers, allowing users to analyze performance across different time periods (current, prior, and monthly breakdowns) and product categories. A detailed product hierarchy treemap highlights the contribution of major segments like Office 365, Power Platform, and Xbox, enabling quick identification of top-performing products.

Store-level insights are provided through a category-wise bar chart, comparing sales across multiple locations and product lines. Additionally, the weekly sales trend line chart reveals fluctuations and growth patterns over time, helping stakeholders identify seasonality and emerging trends.

Customer-centric analysis is another key strength of this dashboard. Visuals such as sales by price range, gender, age group, and sales type (internal vs. external) provide deeper insights into customer behavior and purchasing patterns.

Overall, this end-to-end Power BI project demonstrates strong capabilities in data modeling, transformation, and visualization, delivering a dynamic and interactive reporting solution suitable for retail businesses aiming to optimize performance and strategy.

Create Sales Analytical Dashboard in POWER BI Desktop (Sep-2024)

How to Create Quickly Random Sample Datasets for Testing?

DOWNLOAD the File in Resources Section - Artificial Intelligence (AI) in Microsoft POWER BI | #POWERBI #AI

Anomaly Detection, Smart Narrative, Q&A Visual, Decomposition Tree, Key Influencers with Top Segments, Insights

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? Build a Dynamic Descriptive Analytical Call Center Dashboard in Microsoft Power BI Desktop! Transform raw call center data into an interactive, dynamic, and visually engaging analytical dashboard that turns data into meaningful business insights.

In this step-by-step Power BI tutorial, you will explore how to build a descriptive analytical dashboard using a Call Center Dataset. Learn how to present key performance indicators (KPIs), analyze call center performance, and uncover valuable insights through interactive data visualizations.

? What will you learn in this video?

✅ Build an interactive Call Center Dashboard in Power BI Desktop.

✅ Display essential KPIs, including Total Calls Received, Total Call Duration, Average Call Duration, and Average CSAT Score.

✅ Analyze call volumes across states and cities using charts and geographical visualizations.

✅ Understand call reasons, customer sentiment, and communication channel performance.

✅ Visualize call resolution patterns and compare performance across different categories.

✅ Add interactive slicers for Call Center, Month, Quarter, and Year to explore data dynamically.

✅ Apply data visualization and storytelling techniques to make reports more meaningful, insightful, and business-ready.

? Why should you watch this tutorial?

Whether you are a beginner learning Microsoft Power BI or a data analyst looking to improve your dashboard development skills, this practical project will help you understand how to transform raw data into actionable insights. You will see how effective dashboard design can help organizations monitor operational performance, understand customer satisfaction, identify service issues, and make better data-driven decisions.

Viz 2 - 15 Best POWER BI Features for Dashboard

Viz 3 - Small Multiples in Power BI

Viz 4 - Add Trend Line to Scatter Chart

Viz 5 - Clustering in Microsoft POWER BI

Viz 6 - The Principles of DESIGN  The Elements of ART  CRAP & MVC Rule  Design Rules

Viz 7 - The 8 Steps for Creating AWESOME Dashboard

Viz 8 - Getting your Data into POWER BI and STAR SCHEMA Concept

Field Parameters in POWER BI | Changing Columns & Measures in Visuals Easily with Field Parameters

Import / Migrate Excel workbooks [DATA MODEL, SCHEMA, EXPLICIT MEASURES (DAX)] into Power BI Desktop

Dynamic Format Strings for Measures in Microsoft POWER BI (April 2023 Update)

Visual Calculations in Microsoft POWER BI Desktop Version | Examples

How to Create (Show or Hide) Pop-Up Menu OR Slicers Panel in POWER BI

Show TopN Products and Others in Microsoft Power BI

Information design is the practice of presenting information in a way that's easy to understand and use. It's like translating complex data into a language everyone can comprehend. By using visual elements, typography, and layout, information designers create clear, concise, and engaging content.

Key goals of information design:

Clarity: Ensuring information is easily understood.

Efficiency: Making information accessible and usable quickly.

Effectiveness: Achieving the desired outcome or goal.

Visual to Show both VALUES & PERCENT | Data Labels | Column Chart | #POWERBI

Rev_ % = DIVIDE([Total Orders],CALCULATE([Total Orders],REMOVEFILTERS(Customers[Customer Segment])))

Button Slicer / How to Make Images as Slicers in POWER BI ?

How to Highlight MAX & MIN Value in a Column or Bar Chart in Microsoft POWER BI ?

No Custom Visual, No Manual Highlighting, No Dax | Only Conditional Formatting!

Synoptic Panel by OKVIZ | Make any Image Data-Driven

Synoptic Panel is a powerful visual for Power BI that can transform any SVG image into a dynamic data visualization.

Data Storytelling

Visual Storytelling Examples for Concept

Data Storytelling | Right Chart Selection Example | Actual (Revenue) vs. Forecast | Bullet Chart by OKVIZ & Zebra BI Charts from App Source | Microsoft #POWERBI | More Power to Your Data Analytics Journey!

Microsoft POWER BI Cloud Account Fundamentals - Sep 2025

- How to Set Alerts

- Schedule & Send Email Automatically - Subscriptions

- Embedded in POWER POINT

- Desktop Report to Cloud Account

- Quick Insights

- Export Options & Sharing Options

Power BI Cloud Pro Account Masterclass | Build Dashboards & Discover Powerful Service Features #POWERBI

Take your Power BI skills to the next level by exploring the Power BI Cloud / Power BI Service! In this practical masterclass, you’ll learn how to Build and Publish Interactive Dashboards, Work with Reports and Semantic Models, Collaborate with Others, Manage Workspaces, and Explore Powerful cloud-based features that can transform the way you Share and Manage business insights. ?

From Dashboard development to Sharing, Collaboration, and Cloud Capabilities, This session will help you understand how Power BI works beyond the Desktop environment. ?? Whether you're a beginner, data analyst, BI professional, or someone looking to master Power BI Service, this video will give you practical skills you can immediately apply. ?

23 Microsoft POWER BI Templates (HR, Finance, Supply Chain, Sales)

Files are available to Download in this Resources Section:

The list of 23 Best POWER BI Templates:

1 - Headcount Analysis

2 - Financial Cash Flow Dashboard

3 - Income Statement Dashboard

4 - Sales Dashboard in POWER BI

5 - Sales vs Target Dashboard

6 - Logistics - Fleet Management

7 - Human Resources Dashboard

8 - Production Dashboard in POWER BI

9 - Call Center Solution

10 - Customer Retention

11 - Financial Planning - WHAT IF ANALYSIS

12 - Sales Performance Analytics Dashboard

13 - Microsoft Income Statement

14 - Advanced Headcount Analytics Dashboard

15 - HRM Analysis

16 - Financial Dashboard POWER BI (Advanced - Professional)

17 - Advanced Sales and Finance Analytical Dashboard

18 - Personal Finance Dashboard

19 - Comprehensive Advanced HR Analytical Dashboard in POWER BI

20 - Advanced HR Analytical Dashboard in POWER BI

21 - Production Analytical Dashboard in POWER BI Desktop

22 - Call Center Analytical Dashboard in POWER BI Desktop

23 - Retail Sales Performance Dashboard