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Data Engineer with Apache Airflow Salary in 2024

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Total:
140
Median Salary Expectations:
$5,227
Proposals:
1

How statistics are calculated

We count how many offers each candidate received and for what salary. For example, if a Data Engineer developer with Apache Airflow 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.

Data Engineer

What is a data engineer?

A data engineer is a person who manages data before it can be used for analysis or operational purposes. Common roles include designing and developing systems for collecting, storing and analysing data.

Data engineers tend to focus on building data pipelines to aggregate data from systems of record. They are software engineers who put together data and combine, consolid aspire to data accessibility and optimisation of their organisation’s big data landscape.

The extent of data an engineer has to deal with depends also on the organisation he or she works for, especially its size. Larger companies usually have a much more sophisticated analytics architecture which also means that the amount of data an engineer has to maintain will be proportionally increased. There are sectors that are more data-intensive; healthcare, retail and financial services, for example.

Data engineers carry out their efforts in collaboration with particular data science teams to make data more transparent so that businesses can make better decisions about their operations. They use their skills to make the connections between all the individual records until the database life cycle is complete.

The data engineer role

Cleaning up and organising data sets is the task for so‑called data engineers, who perform one of three overarching roles:

Generalists. Data engineers with a generalist focus work on smaller teams and can do end-to-end collection, ingestion and transformation of data, while likely having more skills than the majority of data engineers (but less knowledge of systems architecture). A data scientist moving into a data engineering role would be a natural fit for the generalist focus.

For example, a generalist data engineer could work on a project to create a dashboard for a small regional food delivery business that shows the number of deliveries made per day over the past month as well as predictions for the next month’s delivery volume.

Pipeline-focused data engineer. This type of data engineer tends to work on a data analytics team with more complex data science projects moving across distributed systems. Such a role is more likely to exist in midsize to large companies.

A specialised, regionally based food deliveries company could embark upon a pipeline-oriented project, building an analyst tool that allows data scientists to comb through metadata to retrieve information about deliveries. She could look at distances travelled and time spent driving to make deliveries in the past month, and then input those results into a predictive algorithm that forecasts what those results mean about how they should do business in the future.

Database centric engineers. The data engineer who comes on-board a larger company is responsible for implementations, maintenance and populating analytics databases. This role only comes into existence where data is spread across many databases. So, these engineers work with pipelines, they might tune databases for particular analysis, and they come up with table schema using extract, transform and load (ETL) to copy data from several sourced into a single destination system.

In the case of a database-centric project at a large, national food delivery service, this would include designing an analytics database. Beyond the creation of the database, the developer would also write code to get that data from where it’s collected (in the main application database) into the analytics database.

Data engineer responsibilities

Data engineers are frequently found inside an existing analytics team working alongside data scientists. Data engineers provide data in usable formats to the scientists that run queries over the data sets or algorithms for predictive analytics, machine learning and data mining type of operations. Data engineers also provide aggregated data to business executives, analysts and other business end‑users for analysis and implementation of such results to further improve business activities.

Data engineers tend to work with both structured data and unstructured data. Structured data is information categorised into an organised storage repository, such as a structured database. Unstructured data, such as text, images, audio and video files, doesn’t really fit into traditional data models. Data engineers must understand the classes of data architecture and applications to work with both types of data. Besides the ability to manipulate basic data types, the data engineer’s toolkit should also include a range of big data technologies: the data analysis pipeline, the cluster, the open source data ingestion and processing frameworks, and so on.

While exact duties vary by organisation, here are some common associated job descriptions for data engineers:

  • Build, test and maintain database pipeline architectures.
  • Create methods for data validation.
  • Acquire data.
  • Clean data.
  • Develop data set processes.
  • Improve data reliability and quality.
  • Develop algorithms to make data usable.
  • Prepare data for prescriptive and predictive modeling.

Where is Apache Airflow used?


Alert-O-Matic for Fickle Servers



  • Imagine a digital babysitter that pokes your servers when they nap on the job. Airflow sends out alerts faster than a caffeinated squirrel when systems doze off.



Auto-Pilot for Data Jugglers



  • For data wranglers tired of the circus act, Airflow automates complex data workflows so they can chill and watch the code do backflips.



The Scheduler That's Never Late



  • No more late-night coding! This stickler for punctuality schedules tasks with the precision of a Swiss watch made by robots.



Insightful ETL Alchemist



  • Likes turning data-potatoes into golden insights. Performing Extract-Transform-Load (ETL) spells without breaking a sweat is its party trick!

Apache Airflow Alternatives


Luigi by Spotify



Luigi is a Python-centric workflow management system which handles dependency resolution, workflow management, and visualization. It's primarily used for batch job orchestration.



import luigi

class MyTask(luigi.Task):
def requires(self):
return AnotherTask()

def output(self):
return luigi.LocalTarget('my_output.txt')

def run(self):
with self.output().open('w') as f:
f.write('Hello World')


  • Pros:
  • Simpler to debug with Python stack traces.

  • Better for Python deep integration, less overhead than Airflow.

  • Static visualization of task dependencies.

  • Cons:
  • Lacks a user-friendly UI out of the box.

  • Less scalable compared to Airflow.

  • Community and ecosystem not as large as Airflow's.



Argo Workflows



Argo is a Kubernetes-native workflow engine for complex job orchestration, including parallel and sequential workflows. It is cloud-native and supports DAGs as well.



apiVersion: argoproj.io/v1alpha1
kind: Workflow
metadata:
generateName: hello-world-
spec:
entrypoint: whalesay
templates:
- name: whalesay
container:
image: docker/whalesay:latest
command: [cowsay]
args: ["hello world"]


  • Pros:
  • Deep Kubernetes integration, great for microservices architectures.

  • Powerful cloud-native features and scalability.

  • Strong CI/CD and GitOps patterns support.

  • Cons:
  • Steep learning curve for non-Kubernetes users.

  • More complex setup than Airflow for simpler workflows.

  • Primarily container-based, which might not fit all use cases.



Prefect



Prefect is a workflow management system with a focus on simplicity and ease-of-use. It's Python-based and offers robust scheduling and orchestration of complex dataflows.



from prefect import task, Flow

@task
def say_hello():
print("Hello, world!")

with Flow("My first flow!") as flow:
say_hello()

flow.run()


  • Pros:
  • User-friendly API with a focus on simplicity.

  • Hybrid execution model allows for local or cloud task runs.

  • Intelligent state handling and automatic retries for failed tasks.

  • Cons:
  • Younger project with a less mature ecosystem.

  • Cloud version is not free, which might be a limitation for some teams.

  • May not be as extensible as Airflow for unique or complex tasks.

Quick Facts about Apache Airflow


Airflow's Inception: Code, Coffee, and a Bored Engineer


Originating from the depths of Airbnb in 2014, the brainchild of Maxime Beauchemin, Apache Airflow swooped into the tech scene. Designed to orchestrate complex computational workflows with the elegance of a maestro, it quickly became the tool of choice for simplifying the convoluted symphonies of data-pipeline tasks, saving the sanity of data engineers everywhere.



It's Pythonic! Airflow's Snakes on a Workflow


What's Python got to do with it? Everything! Airflow is enamored with Python, allowing you to define your system's bone structure (aka the workflow) in pure, sweet Python code. This "Pythonic" approach trounced rigid configuration files, beckoning a new era where coding your pipeline was as delightful as binge-watching cat videos.



# Example of a simple Airflow DAG
from airflow import DAG
from airflow.operators.dummy_operator import DummyOperator
from datetime import datetime

default_args = {
'start_date': datetime(2021, 1, 1),
}
with DAG('my_cool_dag', default_args=default_args, schedule_interval='@daily') as dag:
task1 = DummyOperator(task_id='task_1')
task2 = DummyOperator(task_id='task_2')

task1 >> task2 # Defines tasks sequence


From Zero to Hero: Airflow's Version Saga


Like a startup hero's journey, Airflow has had its share of versions. Kicking off as open-source in 2015, an initial v1.0 landed in the public arena. But it didn't stop there; each iteration brought its bucket full of features until the Airflow 2.0 release in December 2020, taking a gigantic leap with the full might of a Scheduler Overhaul and overpowering features like smart Sensors!

What is the difference between Junior, Middle, Senior and Expert Apache Airflow developer?


































Seniority NameYears of ExperienceAverage Salary (USD/year)Responsibilities & Activities
Junior0-2$50,000 - $70,000

  • Assisting in the development and maintenance of Airflow DAGs

  • Performing basic debugging of airflow issues

  • Participating in code reviews with guidance

  • Learning best practices in data engineering and workflow management


Middle2-4$70,000 - $90,000

  • Independently developing and optimizing Airflow DAGs

  • Managing medium complexity data pipelines

  • Collaborating with cross-functional teams to integrate workflows

  • Enforcing coding standards and improving system performance


Senior4-6+$90,000 - $120,000

  • Designing and implementing complex data engineering workflows

  • Leading initiatives for workflow optimizations and automation

  • Mentoring junior team members

  • Directly interacting with stakeholders to define project requirements


Expert/Team Lead6+$120,000 - $150,000+

  • Defining best practices for Airflow deployment and usage

  • Architecting end-to-end solutions involving complex data workflows

  • Leading the team of Airflow developers

  • Strategizing with senior management on business direction and data strategies



Top 10 Apache Airflow Related Tech




  1. Python


    Like peanut butter to jelly, Python is to Airflow – they're a match made in data pipeline heaven! This dynamic and flexible language is where you scribble down your workflow orchestration masterpieces. It's not just a snake folks, it's the very lifeblood of Airflow scripts, DAGs, and custom operators. It's what you'll need to whisper sweet nothings to your data as it prances from one task to another.



    def greet():
    print("Hello, Airflow!")




  2. Bash


    Get ready to bash it out! The Bash command-line is like the Swiss Army knife in your Airflow utility belt. Sometimes you just need to fire off a quick script to poke your data or give your server a gentle nudge. It's quick, it's dirty, and it gets the job done when Python feels like overkill.



    echo "Airflow loves Bash!"




  3. SQL & Databases


    SQ-HELL yeah! If data is the kingdom, SQL is the key to the treasure chest. When Airflow needs to interact with databases - MySQL, PostgreSQL, or a fancy NoSQL like MongoDB, you’ll need SQL prowess to query, insert, and wrangle this wild data. It's like playing whack-a-mole with your data, but with more structured queries and less mole-whacking.



    SELECT * FROM airflow_magic WHERE status = 'awesome';




  4. Docker


    Would you like some containerization with that data pipeline? Docker wraps up your Airflow environment in a neat little container package handy for shipping away to any port, known as production or staging. One might say it's the Tupperware of the software world – it keeps your Airflow fresh and ready-to-go!



    docker run -d -p 8080:8080 apache/airflow webserver




  5. Kubernetes


    Kubernetes (a.k.a. K8s) is where Airflow likes to play when scaling is the game. Spin up pods faster than you can say "autoscaling," manage your container fleet and let your data workflows bask in the glory of orchestrated harmony. Just don't get lost in the YAML; it's a jungle out there!



    kubectl apply -f airflow_cluster.yaml




  6. Amazon Web Services (AWS)


    The cloud's the limit with AWS! Airflow loves cloud platforms, and AWS is like an amusement park for your data ops. From S3 for storage puddle jumping to EC2 for compute carousel rides, you’ll use AWS for practically every data thrill ride imaginable. Buckle up; it's a wild cloud chase!



    aws s3 ls s3://your-airflow-bucket




  7. Apache Hadoop


    Giant yellow elephant in the room: Apache Hadoop. Used alongside Airflow for map-reducing your way through big data like a hot knife through butter. Pair it with Airflow, and you've got yourself a data processing tag-team ready to take on terabytes of teetering tasks.



    hadoop fs -ls /user/airflow/dags




  8. Git


    Remember folks, GIT is not just a British term of endearment. It's your version-controlled sanctuary for Airflow DAGs and scripts. Push, pull, and commit your way to collaboration nirvana, while never losing a decimal of your valuable code. It's like a diary for your development journey, but with less teenage angst and more code.



    git commit -m "Add new DAG for data wrangling"




  9. CI/CD Tools (Jenkins, GitHub Actions)


    CI/CD tools are like the pit crew for your Airflow race car - they get your workflow engines fine-tuned and onto the track smoothly. Be it Jenkins with its endless pipeline possibilities or GitHub Actions for that sweet sweet integrated experience, your path to continuous integration and deployment is clear. Race to production without a pit stop!



    pipeline {
    agent any
    stages {
    stage('Deploy Airflow') {
    steps {
    script {
    // Deploy Airflow steps
    }
    }
    }
    }
    }




  10. Apache Spark


    Spark is to data what lightsabers are to a Jedi. This fast, in-memory data processing tool can turn your Airflow DAGs into a symphony of speedy executions. It slices, it dices, and it handles big data like a dream. Plus, when paired with Airflow, you can schedule and monitor your Spark jobs with the grace of an orchestral conductor.



    spark-submit --class your.class.here --master local app.jar


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