How to Become an Azure Data Engineer in 2026

Most guides to becoming an Azure data engineer list every Azure service. Survey data shows a narrower picture: the data engineers who work on Azure lean heavily on SQL Server, Databricks and PowerShell, alongside the Python and SQL every data engineer needs. Here is that evidence, and a path built on it.

GloryTecks Team

Training & Placement Faculty

6 May 2026 7 min read

Last updated: 10 October 2026

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Most guides on how to become an Azure data engineer list every service in the Azure catalogue and suggest learning them all. That is not how the job looks from the inside. Data engineers who work on Azure use a recognisable stack, and it is narrower and more Microsoft-centred than the catalogue suggests. Knowing that stack tells you where to start, and which experience you may already have.

The evidence here comes from the 2025 Stack Overflow Developer Survey (Stack Overflow survey 2025), which asks respondents their role and the languages, databases and cloud platforms they did extensive work with in the past year. The analysis compares data engineers who used Azure with those who did not.

python
import pandas as pd

so = pd.read_csv("results.csv", low_memory=False)          # 2025 Stack Overflow Developer Survey
de = so[so.DevType.eq("Data engineer") & so.PlatformHaveWorkedWith.notna()].copy()
de["azure"] = de.PlatformHaveWorkedWith.str.contains("Microsoft Azure", regex=False)
az, rest = de[de.azure], de[~de.azure]

def used(group, column, item):
    answers = group[column].dropna()
    return answers.str.split(";").apply(lambda items: item in items).mean()

print(f"A1 data engineers who answered the platform question: {len(de)}")
for cloud in ("Amazon Web Services (AWS)", "Microsoft Azure", "Google Cloud"):
    print(f"   used {cloud:<27}{used(de, 'PlatformHaveWorkedWith', cloud):5.0%}")

print(f"\nA2 the {len(az)} who used Azure: other clouds in the same year")
for cloud in ("Amazon Web Services (AWS)", "Google Cloud"):
    print(f"   also used {cloud:<27}{used(az, 'PlatformHaveWorkedWith', cloud):5.0%}")

print(f"\nA3 languages: Azure users vs the {len(rest)} other data engineers")
for lang in ("Python", "SQL", "Bash/Shell (all shells)", "PowerShell", "C#"):
    print(f"   {lang:<25}{used(az, 'LanguageHaveWorkedWith', lang):5.0%} vs {used(rest, 'LanguageHaveWorkedWith', lang):4.0%}")

print("\nA4 databases: Azure users vs other data engineers")
for db in ("Microsoft SQL Server", "Databricks SQL", "Snowflake", "Cosmos DB", "PostgreSQL", "BigQuery"):
    print(f"   {db:<25}{used(az, 'DatabaseHaveWorkedWith', db):5.0%} vs {used(rest, 'DatabaseHaveWorkedWith', db):4.0%}")

years = az.WorkExp.dropna()
print(f"\nA5 Azure-using data engineers' years of professional experience: median {years.median():.0f},",
      f"{(years <= 5).mean():.0%} with five years or fewer")
text
A1 data engineers who answered the platform question: 496
   used Amazon Web Services (AWS)    55%
   used Microsoft Azure              36%
   used Google Cloud                 32%

A2 the 177 who used Azure: other clouds in the same year
   also used Amazon Web Services (AWS)    38%
   also used Google Cloud                 26%

A3 languages: Azure users vs the 319 other data engineers
   Python                     93% vs  95%
   SQL                        89% vs  83%
   Bash/Shell (all shells)    53% vs  65%
   PowerShell                 43% vs  15%
   C#                         27% vs  10%

A4 databases: Azure users vs other data engineers
   Microsoft SQL Server       64% vs  25%
   Databricks SQL             42% vs  15%
   Snowflake                  28% vs  22%
   Cosmos DB                  17% vs   2%
   PostgreSQL                 52% vs  72%
   BigQuery                   20% vs  32%

A5 Azure-using data engineers' years of professional experience: median 11, 25% with five years or fewer

What the data says about the job

Azure is one of three clouds, and often not the only one. About a third of the data engineers used Azure, behind AWS. Of those who used Azure, 38% had also used AWS in the same year. Many Azure data engineers work in organisations with more than one cloud, so cloud-neutral skills carry a lot of weight.

The core is the same as everywhere: Python and SQL. Over 80% of data engineers used each, whether they worked on Azure or not. No Azure service substitutes for these two.

The Azure flavour is Microsoft's own ecosystem. The biggest differences are not Azure services at all. Azure-using data engineers were far more likely to have used Microsoft SQL Server (64% against 25%), PowerShell (43% against 15%) and C# (27% against 10%). They were also much more likely to have used Databricks SQL (42% against 15%), reflecting how often Databricks runs on Azure, and Cosmos DB. PostgreSQL and BigQuery were less common among them.

It is not an entry-level population. The median Azure-using data engineer in the survey had 11 years of professional experience, and only a quarter had five years or fewer. The survey skews experienced, but the pattern matches how many people arrive in the role: from database development, BI or software engineering, not straight from college.

What that means for your path

If you work with SQL Server already, you are closer than you think. T-SQL, query tuning, stored procedures and an understanding of how a business's data fits together are exactly the background the survey points to. Your gap is the cloud layer: storage, orchestration, Spark and automation.

If you come from software development, your programming and version-control habits transfer directly. Your gap is data modelling and SQL depth, which matter more in this role than in most application work.

If you are starting out, expect a longer road. Aim first for an adjacent role, such as SQL developer, data analyst or BI developer, in a company that runs on Microsoft technology, and grow into data engineering from there.

A path in five steps

  1. Python and SQL to a working level. Joins, window functions and query plans in SQL; files, APIs and dataframes in Python. These are the skills the survey shows everyone uses.
  2. The Microsoft data stack. SQL Server or Azure SQL, enough PowerShell to automate a task, and Azure Data Lake Storage. The ADF roadmap sets out what to learn in Data Factory, in order.
  3. Spark through Databricks. Given how common Databricks SQL was among Azure data engineers, learn Spark DataFrames and Delta tables in a Databricks or Fabric notebook.
  4. Microsoft Fabric. Microsoft's newer analytics platform is where its data engineering certification now sits; see Fabric vs Azure Data Factory for how the two relate.
  5. One end-to-end project: ingest from an API or database, land raw files in a lake, transform with Spark, load a reporting table and schedule it. The Azure portfolio projects give worked ideas.

Certifications in 2026

The old Azure data engineer exam, DP-203, has been retired; the DP-203 guide explains what that means if you hold it. Microsoft's current data engineering certification is the Fabric Data Engineer Associate, earned through exam DP-700, a 100-minute exam expecting skill in SQL, PySpark and KQL. Microsoft notes that the English version of the exam is updated on 19 October 2026, so check the study guide before you start (Microsoft Learn: Fabric Data Engineer Associate).

If you are new to data on Azure, Azure Data Fundamentals (DP-900) is a beginner-level option. It helps prepare for role-based certifications but is not a prerequisite for any of them (Microsoft Learn: Azure Data Fundamentals). A certification shows structured knowledge; a working project shows you can do the job, and interviewers usually ask about the project.

Practising without a large bill

The Azure free account gives new customers a USD 200 credit for 30 days, 12 months of free amounts on more than 20 popular services, and more than 65 always-free services. It requires a credit or debit card for verification (Azure: free account). Set a budget alert on day one, stop compute when you finish a session, and delete resource groups you no longer need. Much of the Python, SQL and Spark practice can also be done locally at no cost.

Common mistakes

  • Collecting services instead of building a pipeline. A list of 15 Azure services on a CV says less than one pipeline you can explain end to end.
  • Skipping SQL depth. Every data engineer uses it; interviews test it hardest.
  • Ignoring the Microsoft ecosystem. SQL Server and PowerShell are unglamorous, but the survey shows Azure teams use them heavily.
  • Studying for a retired exam. Check the certification page before buying any course.

For interview preparation, see Azure interview questions for data engineers.

What skills does an Azure data engineer need?

Python and SQL above all, then the Microsoft data stack: SQL Server or Azure SQL, Data Lake Storage, Data Factory or Fabric pipelines, Spark through Databricks or Fabric, and some PowerShell for automation.

Which certification should an Azure data engineer take in 2026?

DP-203 is retired. Microsoft's current data engineering certification is the Fabric Data Engineer Associate, through exam DP-700. DP-900 is an optional beginner-level certification.

Can a fresher become an Azure data engineer?

It is possible, but most people in the role arrive from adjacent work such as SQL development, BI or software engineering. A practical route is an adjacent first role in a Microsoft-based company, plus a strong end-to-end project.

Do I need to learn AWS as well as Azure?

Not at first. But in the survey, 38% of data engineers who used Azure had also used AWS in the same year, so cloud-neutral skills such as Python, SQL, Spark and data modelling pay off wherever you work.

Azure data engineering, from SQL to pipelines and Spark, is taught in the Data Engineering course.

Sources

GloryTecks Team

Training & Placement Faculty

The GloryTecks faculty team mentors learners across Data Science, AI and Data Engineering, with a focus on real-time projects and placement readiness in Hyderabad.

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