Business Intelligence (BI) Developer with Microsoft Power BI Salary in 2024
How statistics are calculated
We count how many offers each candidate received and for what salary. For example, if a Business Intelligence (BI) developer with Microsoft Power BI with a salary of $4,500 received 10 offers, then we would count him 10 times. If there were no offers, then he would not get into the statistics either.
The graph column is the total number of offers. This is not the number of vacancies, but an indicator of the level of demand. The more offers there are, the more companies try to hire such a specialist. 5k+ includes candidates with salaries >= $5,000 and < $5,500.
Median Salary Expectation – the weighted average of the market offer in the selected specialization, that is, the most frequent job offers for the selected specialization received by candidates. We do not count accepted or rejected offers.
Trending Business Intelligence (BI) tech & tools in 2024
Business Intelligence (BI)
Business intelligence (BI) is the term used for analysis by SQL specialists, typically yielding status reports for the business. Data analytics grew from BI, partly because the need for reporting and analysis became more frequent and dynamic, but also because most company data now resides in the cloud – in a data warehouse and on a customer data platform (CDP) – and tools to administer these systems became easy to use by people other than SQL specialists, such as data analysts. Understanding the differences between data analytics and business intelligence is essential to operating a profitable business that deploys data in the 21st-century way.
Using both BI and data analytics should help you to better understand the day-to-day execution of your business, and improve your decision-making process.
What is business intelligence and new trends?
At its most basic, business intelligence is defined as the collection, storage, and analysis of input received from different operations in an organisation. Although the entire purpose of BI is to track the overall direction and movements of an organisation, as well as providing and suggesting more informed decisions from data, it does so by producing reports for managers that would help them in their decisions. For instance, these reports can give insights on what’s going on inside the business, but can also be solely about external aspects surrounding the business, for example, in creating an analysis of a market in which they have a desire of venturing into.
What tends to happen with BI is to provide explanations of why the business is in the state it is – as well as presenting some perspective on how operations have grown over time. BI uses facts from recorded business data to help interpret the past, which means that company officials can move ahead with a better grasp of the company’s journey and where it is heading. Business intelligence is often also required to ‘play out’ various scenarios to assist with business planning. For example: ‘What will happen to signups if we raise our prices?
In day-to-day business operations, a system that would produce such reports was a traditional system of what was then known as ‘business intelligence’. And because stakeholders would require such reports on a regular basis – every month, or every quarter – producing the same report over and over again was a tedious task for the so-called business intelligence analysts. Today’s Business Intelligence, however, relies largely on automated regular reports, which are often generated by in-house data analytics, so that in the modern sense data analytics is an integral part of business intelligence.
Behind Business Intelligence (BI)
Approach is a set of technologies which are helping companies to collect and analyze data from business operations, and following actionable insight, they are using such insight to make sustainable business decisions. With the ever-growing amounts of data, it can be highly beneficial for the procurement stream to acquire some kind of understanding in business intelligence tools in order to start forming its current strategy and future strategic decisions. Through this write up, I’m offering to cover the essence behind the term, along with some further explanation with examples to provide. I am also trying to cover the related and relevant topics, and most importantly I will try to answer any possible questions you may continue to have with regards to business intelligence.
The definition of Business Intelligence
Often confused with business analytics, business intelligence (BI) is an umbrella term for the processes, methods, and software that collects both internal and external data, structured and unstructured, and processes them for further analysis. Users are then able to draw conclusions from the data by means of reports, dashboards, and data visualization.
Formerly the preserve of data analysts, business intelligence software is spreading and becoming accessible to wider circles. Businesses are becoming truly ‘data driven’. The accelerating spread of the large-data revolution gives businesses everywhere a chance to squeeze the full potential of digital transformation, via enhanced operational advantages.
However, Business Intelligence (and related notions such as machine learning, artificial intelligence…) not only aims at best optimizing the processes or at increasing the performances of the entity, it also helps to guide, speed up and to improve the decisions made by the company and based on real-time actual metrics.
These applications are now referred to as essential tools for companies to get an overview of the business, to discover market trends and patterns, to track sales and financial performance, to set up key performance indicator monitoring, to boost performance and many other things. In other words, this data, if used well, is one of the main resources for gaining competitive advantages.
How does Business Intelligence work?
Business Intelligence is based on four stages which are: Data Collection , Data Storage , Data Distribution and Use.
- Collection: Initially, ETL (Extract, Transform, and Load) tools are used to collect, format, cleanse, and combine all the data, regardless of the source or form of appearance. This raw data comes from various sources, including company information system (ERP[2]), its customer relationship management (CRM) tool, marketing analysis, call center, etc.
- Storage: Once aggregated, this data is then stored and centralized in a database, whether hosted on a server or in the cloud. This is called a data warehouse or a data mart.
- Distribution: The principle here is to distribute to the company’s internal partners everything that is created in the decision support platform. There are many new varieties of BI emerging, which use all of the characteristics of web 2.0 and therefore allow access to information used for decision-making to an even broader audience.
- Use: Various tools are used depending on the needs. For example, for multidimensional data analysis, there are OLAP (Online Analytical Processing) tools, for correlation search there are data mining tools, for performance communication there are reporting tools, for performance management there are dashboards and so on.
Business Intelligence technology to support procurement
But by giving procurement departments access to new Business Intelligence tools, they should be able to produce summary data that is accurate and relevant regarding both their corporate expenditure and their supplier base – such as actual and forecast turnover, contact and dispute histories, negotiated prices, the organization of contracts, and so on.
They can imagine and mine it quickly, and then communicate it in a digestible, understandable form to all, as well as use it as an input to inform business decisions as part of their sourcing strategy – to get better outcomes.
BI functionality allows them to give supplier performance benchmarks, score tenders, select suppliers according to multiple selection criteria in the application of Lean Procurement, etc.
In addition to this decision support, buyers also enjoy operational efficiency gains: procurement departments are notorious for lagging in terms of digitalization, and despite the benefits they could bring, buyers still spend almost three-quarters of their time on purely transactional or operational activities[2]. In this sense, such a solution makes total sense.
To take one example, the Itochu Corporation, a Japanese global trading company, says it has cut the time needed to produce its monthly reports by 92 per cent using BI tools[3]. That is a figure that any buyer today should sit up and take notice of.
Ultimately, such software makes communication between procurement departments and the wider company easier and more effective; armed with data and figures, they can work in tandem with other divisions, particularly finance, and also try to define their strategic footprint within the organization.
Resistance to BI
But such technology is not easy to develop. Two formidable challenges stand in the way.
- Complexity of use: At the beginning, the use of Business Intelligence implies profiles with technical skills, analysts, architects, or even developers specialized in BI. Nevertheless, the solutions in the market today are increasingly aimed at all staff in an organization, at the managerial and operational personnel. Easy both to use and interpret, they are now tuned so that the management tools can be tailored. The business user is beginning to see the rise of ‘self-service BI’.
- Quality, reliability, and usefulness of data: Second, the quality, relevance, and value of the data can themselves become a barrier, for instance, if the supplier selection process is not managed in a centralized way or not validated by procurement departments. It is thus essential that the collection be prepared and the databases organized before posing any queries.
Data is the 21st century gold, ie one of the most strategic resources for a company. No surprise then that, in addition to the logical quality, the era of Big Data is quickly turning into the era of Smart Data. In fact, towards a real Purchasing Intelligence approach. Business Intelligence programs can go even further by integrating predictive analytics, data, or text mining tools, etc., and thanks to BI capabilities, it’s up to the procurement function to aim for a Purchasing Intelligence approach in order to optimize the performance of the company.
Where is Microsoft Power BI used?
Dashboard Confessions
- Execs get giddy tracking KPIs like a fantasy football league for data junkies.
Graphs Gone Wild
- Marketing pros craft line graphs that zigzag more than a caffeine-fueled squirrel.
Report Rodeo
- Analysts wrangle messy data into slick reports faster than a cowboy at a lasso contest.
Trend Spotting Spice
- Sales teams predict hot leads like fortune tellers, but with dashboards instead of crystal balls.
Microsoft Power BI Alternatives
Tableau
Interactive data visualization tool for business intelligence. Capable of handling large volumes of data for creating complex and understandable charts.
//Example Tableau code is not typically shared as it uses a drag-and-drop interface
- Intuitive user interface.
- Robust data handling and visualization.
- Strong mobile support.
- Can be expensive for smaller companies.
- Steep learning curve for complex functions.
- Requires manual refresh for live data.
QlikView
Data discovery product that provides self-service BI for all business users. Employs associative data modeling for creating and sharing interactive reports.
//QlikView script examples are proprietary and depend on GUI operations
- Deep insights with associative modeling.
- Fast data processing.
- Flexible and customizable.
- High total cost of ownership.
- Less intuitive for new users.
- Desktop client needed for development.
Google Data Studio
Free online tool to turn data into custom dashboards and reports. Integrates with other Google products and supports connectors to various data sources.
//Google Data Studio uses a visual interface, thus no coding samples
- Free of charge for users.
- Seamless Google services integration.
- Real-time data collaboration.
- Limited data connectors in free version.
- Basic compared to other BI tools.
- Performance may be sluggish with complex reports.
Quick Facts about Microsoft Power BI
The Brainchild of Giants
So, imagine the tech titans at Microsoft huddling up in a conference room and going, "You know what the world needs? More graphs." And just like that, in the summer of 2011, Power BI was born, offering us mere mortals a slice of that sweet, sweet data visualization pie. Initially part of Excel as an add-on, it got so buff from crunching numbers, it had to get its own gym membership as a standalone product by 2015.
Version Evolution or Power BI-lutionary
The metamorphosis of Power BI is more dramatic than a season finale of your favorite show. Initially, it started as small-scale features in Excel—Power Query, Power Pivot, Power View. Fast forward a few years, and it's strutting down the runway as Power BI Desktop, its own designer attire! It got faster, better, and with more models than a fashion week in Milan, rolling out monthly updates like they're going out of style!
Breaking New Ground, Literally
When Power BI hit the scene, it wasn't just about making charts and graphs look pretty. Oh no, it came with groundbreaking features like natural language query - you could literally type a question about your data like you're texting a friend. "Yo BI, how many slices of pizza did we sell last Thursday?" And BAM! It tells you, without even a hint of sarcasm that you might be eating too much pizza.
// Here's a whimsical pseudo-code that wouldn't run, but imagine if it did:
pizzaQuery = "How much pizza sold on Thursday?"
answer = PowerBI.magicAsk(pizzaQuery)
print("Behold! You sold " + answer + " slices. Yum!")
What is the difference between Junior, Middle, Senior and Expert Microsoft Power BI developer?
| Seniority Name | Years of Experience | Average Salary (USD/Year) | Responsibilities & Activities |
|---|---|---|---|
| Junior | 0-2 | 50,000 - 70,000 |
|
| Middle | 2-5 | 70,000 - 95,000 |
|
| Senior | 5-10 | 95,000 - 120,000 |
|
| Expert/Team Lead | 10+ | 120,000 - 150,000+ |
|
Top 10 Microsoft Power BI Related Tech
DAX (Data Analysis Expressions)
Imagine a world where Excel formulas went to the gym and got swole – that's DAX for you. It's like the language of the Power BI universe, flexing its muscles to manipulate data models with complex calculations. If DAX were a superhero, it'd be flexing its pecs while solving your data riddles.
// An example DAX formula that calculates total sales
Total Sales = SUMX(Sales, Sales[Quantity] * Sales[Unit Price])
Power Query M language
Think of Power Query M as the backstage magician of Power BI. Abracadabra, and your messy data is transformed into a clean, delightful spreadsheet! This language is all about making sure your data doesn't look like it was organized by a toddler.
// A snippet of M code to filter a column to values greater than 500
let
Source = Csv.Document(File.Contents("C:\sales.csv"), ...),
FilteredRows = Table.SelectRows(Source, each [Sales] > 500)
in
FilteredRows
SQL (Structured Query Language)
SQL is like the elder statesman of data languages, respected and a tad bit old-fashioned, but indispensable. It's the bedrock for pulling data from databases, and without it, you're like a knight without a sword in the data realm.
-- SQL query example that fetches total sales from a Sales table
SELECT SUM(UnitPrice * Quantity) AS TotalSales
FROM Sales
MDX (Multidimensional Expressions)
MDX is like DAX's cousin who's into three-dimensional chess. Sure, it's a bit less limelight-stealing, but when you're dealing with OLAP cubes, this is the cat's pajamas. It's there to slice and dice data that resides in multiple dimensions.
// MDX query example that slices data by the Time dimension
SELECT NON EMPTY { [Measures].[Internet Sales Amount] } ON COLUMNS,
NON EMPTY { ([Time].[Calendar].[Month].ALLMEMBERS ) } DIMENSION PROPERTIES MEMBER_CAPTION ON ROWS
FROM [Adventure Works]
Power BI Service
Behold the cloud fortress where all Power BI warriors unite - the Power BI Service. It's where your dashboards and reports go to socialize and get shared, and where data refresh dances happen. Think of it as the town square for all things Power BI.
Azure Data Services
Strap on your jetpack and enter the Cloud-stratosphere with Azure Data Services. This is where data gets big, fast, and somewhat intimidating – like having a pet dragon for your data needs. It's all about building a fortress of services around your data.
Power BI Embedded
Want to give your apps a dash of data visualization without the hassle? Power BI Embedded is like the secret spice you sprinkle over your applications to give them superpowers – BI superpowers, making data insights look stunningly seamless.
REST APIs
REST APIs to Power BI are like messenger pigeons that actually know a thing or two about tech. They're the way you whisper sweet nothings (or rather, crucial data updates) to Power BI from other applications, making everything play together nicely.
// An example of using the Power BI REST API to push data
POST https://api.powerbi.com/v1.0/myorg/datasets/{dataset_id}/rows
Authorization: Bearer {access_token}
Content-Type: application/json
{ "rows": [
{ "SalesTerritory": "Northwest", "TotalSales": 500000.00 }
]}
JavaScript
Sometimes, your Power BI reports need to play tag with your webpages. JavaScript is like the cool playground supervisor that ensures your embedded reports behave nicely on the web, letting them run, jump and provide interactive insights.
// JavaScript code to embed a Power BI report in a webpage
var embedConfiguration = {
...
accessToken: 'H4n...uw==',
embedUrl: 'https://app.powerbi.com/reportEmbed?reportId=b1c...9dd'
...
};
var report = powerbi.embed(element, embedConfiguration);
Power BI Mobile
Take your dashboards on a date – Power BI Mobile ensures your nuggets of insights can keep you company and whisper sweet nothings to you, anytime, anywhere. It's all the Power BI goodness, but pocket-sized.