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Python is a programming language that developers use for a variety of tasks including machine learning, finance, game programming, and web development. Because it can be used for a variety of software needs, Python has been around for a while. This article will discuss what is Python used for and all the real-world applications of Python, particularly in the field of software development. We will also discuss the various kinds of Python-created software and how it is used.
Why use Python?
Let’s clear up some fundamentals before we delve into the specifics of what Python can do. These fundamentals can help you comprehend why Python might be a great option if you’re looking to learn a programming language. After Java and C, Python is the third most used programming language worldwide. Python’s widespread use is due to a variety of factors, including:
- It is simple to use: Python can be a great starting point for those who are new to coding and programming. It’s a great way to begin expanding your programming knowledge because it’s relatively simple to learn.
- Its syntax is simple: Python’s syntax is more similar to that of English, making it relatively simple to read and comprehend. You can determine what each line of code does with its simple layout.
- Its vibrant locality: Python is an open-source programming language, so anyone can use it. The ecosystem is also supported and developed by a community that also adds its own contributions and libraries.
- Its adaptability: There are numerous applications for Python, as we’ll examine in more detail. You can use the language whether your interests are in web development, artificial intelligence, or data visualization.
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What are the Real-world Applications of Python?
Python is an interpreted language that is often used to build websites, and software, automate processes and conduct data analysis. While Python is not specifically designed to solve any one issue, applications of Python are in a wide range and meant to be versatile in nature. In this article we list the various categories that apply python for their functions.
- Data Science : Analytics and Visualization
- Machine Learning
- Web Development
- Financial Analysis
- Desktop Applications
- Web Applications
- Embedded Applications
- CAD Applications
- Blockchain
- Game Development
- Audio and Video Development
- Search Engine Optimization (SEO)
- Business Applications
- Scripting and Utility Software
1. Data Science: Analytics and Visualization
One of the most common applications for Python is data science. Programming languages like Python and R are used by data scientists and analysts to process data for reporting, predictive analysis, and other purposes. But even though R can be a decent choice, many data scientists prefer to learn Python because of its syntax, which resembles English, which may be simpler to grasp.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Data Analysis | Pandas, NumPy | Used for data manipulation and analysis. |
| Data Visualization | Matplotlib, Seaborn, Plotly | Popular for creating various types of plots and charts. |
| Statistical Analysis | SciPy, Statsmodels | Conducting statistical tests and analyses. |
2. Machine Learning
Machine learning may be considered a branch of data science, but due to its distinctive algorithms, it deserves its own classification. Machine learning is the process of teaching computers to learn on their own using algorithms that are constantly updated based on input data. These systems produce an output based on previous datasets, gradually learning to handle new situations. They then update themselves to deal with the new variables based on the outcome of this new situation, continuously evolving.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Supervised Learning | Scikit-learn, TensorFlow, PyTorch | Used for classification and regression tasks. |
| Natural Language Processing | NLTK, SpaCy | Used for text analysis. |
| Reinforcement Learning | OpenAI Gym | Provides environments to train agents. |
3. Web development: Website and Web Application
In the back-end development of web applications, where Python runs in the server and communicates with databases and APIs after a user requests data from the app’s front-end in the browser, it is also widely used. Python’s popularity in web development is largely due to its support for frameworks and libraries.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Supervised Learning | Scikit-learn, TensorFlow, PyTorch | Used for classification and regression tasks. |
| Natural Language Processing | NLTK, SpaCy | Used for text analysis. |
| Reinforcement Learning | OpenAI Gym | Provides environments to train agents. |
4. Financial Analysis
When hiring developers, FinTech companies favored Python over all other programming languages. However, businesses outside of the fintech industry also use Python code. Because of its data processing abilities and a variety of third-party libraries made specifically for financial analysis, Python is widely used in the financial sector. People often neglect financial applications of Python even though it’s libraries are meant to enhance the Fintech sector.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Quantitative Analysis | Quantlib, Zipline | Used for quantitative finance. |
| Algorithmic Trading | Backtrader, PyAlgoTrade | For developing trading algorithms. |
5. Desktop Applications
The development of desktop applications is also possible with Python. Python is used by lots of Linux and open-source desktop programs. Additionally, Python can be used to create cross-platform applications that work on Windows, Mac, or Linux thanks to GUI libraries like Tk, wxWidgets, and Qt.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| GUI Development | Tkinter, PyQt, Kivy | Used for building desktop applications. |
| Productivity Tools | Custom Software | Custom software for task automation. |
6. Business Applications
Business software like Tryton and Odoo is built on Python. These tools can handle accounting, inventory, customer relationship management, and other tasks and are used for enterprise development. To put it simply, Python handles labor-intensive tasks for many businesses. As a result, Python is now being used by more and more startups due to its usability and scalability.
The demand for scalable solutions in business often necessitates a solid understanding of Python. For beginners struggling to write their first Python program, private tutoring can be instrumental. Learn more in our blog: How Can Private Tutoring Help You with Your First Python Program?
| Application Area | Libraries/Tools | Description |
|---|---|---|
| CRM Systems | Django | Custom CRM solutions using Django. |
| ERP Systems | Odoo | An open-source ERP built on Python. |
7. Scripting and Utility Software
Python was created as a language for creating utility scripts, and this is still one of its major purposes today. Python is a programming language that is used extensively in Linux operating systems and is preinstalled in Mac OS. This makes Python the preferred language for automating daily tasks for engineers.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Automation | Python Scripts | Automate repetitive tasks using Python scripts. |
| Data Conversion | Python Scripts | Scripts to convert data between different formats. |
8. Search Engine Optimization (SEO)
Python assists SEO experts in extracting and analyzing large amounts of data, as well as in automating tasks. Python can be used to analyze considerable data sets to find problems with websites, like broken links, and automate fixes to help reduce laborious tasks and eliminate human error. It is one of the most useful applications of Python.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Web Scraping | Beautiful Soup, Scrapy | To collect SEO data. |
| SEO Audits | Custom Scripts | Automating audits with custom scripts. |
9. Blockchain
While Javascript, Java, C++, and other languages may be used regularly for blockchain development, Python is demonstrating its strength. Because of its high flexibility and functionality, which are backed up by its security, Python proposes itself well for blockchain development, just as it does for other uses. Developing a simple blockchain using the Python Framework is one of the most efficient applications of Python.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Smart Contracts | PySolc, Web3.py | For Ethereum smart contracts. |
| Blockchain Analysis | Custom Libraries | Libraries for analyzing blockchain data. |
10. Game Development
Despite not being the most popular programming language for game development, Python is still very well-liked, especially for more simple games. Python is an excellent choice for creating prototypes and developing ideas in the gaming industry because it allows for more flexibility and quicker processes than other alternatives. This is because of how quickly games can be created in Python thanks to its simplicity.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Game Logic | Pygame, Panda3D | For game development. |
| Physics Simulation | Pymunk | Libraries for physics simulation in games. |
11. Automation
Beyond the applications especially, Python can be helpful to almost anyone who works with large data sets, whether professionally or for personal reasons. It can automate arduous tasks like reviewing data in databases, data visualizations, financial analysis, and a huge variety of other things. Python is one of the simpler programming languages to learn, so learning it will help you save time throughout your life. Automation is one of the applications of Python that made the language popular, along with it’s simple structure and multifunctional set of library.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Task Automation | Automate, Selenium | For automating repetitive tasks on the computer. |
| Workflow Automation | Airflow, Luigi | For automating complex workflows and data pipelines. |
12. Audio and Video Application
Programs that can output media and carry out multiple tasks are made using Python. TimPlayer and Cplay, two video and audio programs, were created using Python libraries. Relatively, they offer better stability and performance than other media players.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Audio Processing | PyDub, Librosa | For audio manipulation. |
| Video Editing | MoviePy | For video editing tasks. |
13. CAD Application
Computer-Aided design is quite difficult because there are so many considerations and hence considered one of the most useful applications of Python. When it comes to something like this, objects and their representation and functions are just the tip of the iceberg. Python also makes this simple, and Fandango is the most well-known CAD program.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| Design Automation | PythonOCC | For automating CAD tasks. |
| Data Conversion | Custom Scripts | Converting between different CAD file formats. |
14. Embedded Applications
Python can be used to develop embedded C software for embedded applications because it is based on the C programming language. This enables us to run higher-level applications on more compact hardware that can process Python. Perhaps the most well-known embedded application is the Raspberry Pi, which runs its computations in Python.
| Application Area | Libraries/Tools | Description |
|---|---|---|
| IoT Devices | MicroPython | For programming microcontrollers. |
| Robotics | ROS (Robot Operating System) | Has Python libraries for robotics. |
To carry out complex computations, we can also use it as a computer or as a straightforward embedded board. Python is used in a wide range of applications. Python is rewarding in any field you choose to work in. The Python Applications and what makes Python different from other programming languages should now be clear to you.
Conclusion
We have now quickly looked at the uses of Python programming. As you can see, there are many different applications for this well-known language, as well as a strong support infrastructure and useful libraries. There are many good reasons for you to begin learning Python. It is an industry-wide necessity and a skill that is both future-proof and in high demand. Read our blogs on Python Courses, Python Books, and more to develop your skills in Python.
Looking to Learn Python? Book a Free Trial Lesson and match with top Python Tutors for concepts, projects and assignment help on Wiingy today!
FAQs
Why is Python so popular in Data Analytics?
Python is popular in Data Analytics because of its powerful libraries like NumPy and pandas, which make data cleaning and analysis tasks relatively straightforward. Tools like Jupyter Notebook also make it easier for data analysts to create easy-to-repeat analyses.
What industries heavily rely on Python?
Industries like travel, banking, education, research, and military are among the few major sectors today that depend on software written in Python
What companies use Python?
Companies like Google, Facebook, NASA, Netflix, and many financial firms like Chase and Goldman Sachs use Python for various applications ranging from web development to data analysis.
Is Python used in Machine Learning?
Yes, Python is incredibly popular for more advanced data work in the realm of machine learning. Libraries like scikit-learn and TensorFlow make implementing popular machine learning algorithms very straightforward.
Why is Python considered a versatile language?
Python is considered versatile because it is used not just by developers but also by marketers, researchers, data scientists, IT professionals, and many other people. It has a wide range of applications, from web development to data science and automation.
Additional Resources
- How to Learn Python
- Best Python Books for Beginners and Advanced Programmers
- Companies Using Python
- Online Python Courses
- Python for Beginners
Written by
Shifa AliReviewed by
Prerit JainShare article on
