What is Python?
What is Python, you ask? Python is one of the most popular programming languages across various industries. It is easy to understand, adaptable across various platforms, and is frequently used by companies such as PayPal, Google, and Netflix.
Its high-level built-in data structures make it very attractive for rapid application development, mobile app development, web development, machine learning, data science, scientific computation, and cloud infrastructure.
Simply put, the Python programming language is useful and in high demand amongst many industries such as technology, medical, mechanical and many others.
Why learn Python?
Being one of the easier programming languages to learn, write and read. It’s a great programming language for beginners and can be quickly picked up by experienced developers. Furthermore, the average Python developer salary is $92,000 (Glassdoor), and that’s not including the benefits, which according to Daxx brings it up to an enticing average six-figure salary of $116,379. Do keep in mind that your location and experience level can affect your salary.
In the following link from PayScale, you’ll be able to see various statistics presenting the benefits of becoming a software engineer. If you would like to take it a step further and view the software engineer job salary range for your area, you can follow this survey link. This language is also key to several higher-level skills which can help you earn more money. These include machine learning, natural language processing, and MapReduce. All of these can add a premium of $20,000 or more to your existing rate as a Python developer.
This makes Python a sought-after programming language in today’s market, both for companies and developers trying to break into the industry.
Features of Python
It's the small details that make big differences
Python comes with a large standard library that supports many common programming tasks such as connecting to web servers, searching text with regular expressions, reading and modifying files.
It doesn't cost anything to download or use Python or to include it in your application. Python has an open-source license, which is a type of license for computer software and other products that allows the source code to be used, modified and/or shared under defined terms and conditions.
Python is an extensible language, meaning you can access modules used in Python and written in another language, such as; C or C++. This makes Python a great complementary programming language to other languages because of the improvements in speed and performance for the entire language.
Python runs anywhere, including Mac OS X, Windows, Linux, and Unix, with unofficial builds also available for Android and iOS.
Future Marketability of Python
The tech industry is always shifting, and you’re probably asking yourself, “will Python still be an existing option five, ten or twenty years down the road?”. It’s natural to seek a lucrative career path that gives us security. Luckily for us, with Python being so versatile, it can be used in all sectors of the technology industry.
Whether it’s web development with Flask or Django, data science with libraries for Machine Learning, Deep Learning, and Neural Networks, there are many ways to implement the language of Python. According to Robotiqs blog, it is #2 in the top 10 programming languages to learn for Robotics and Artificial Intelligence.
For this reason, many companies are making the move over to Python development over previous competitors. According to Forbes “Technical Skills with the Biggest Increases in Demand”, Python had grown in demand by 456% from 2011 to 2015.
"Is Coding Bootcamp Right For Me?"
We get it, life takes you through some crazy twists and turns, and you’re probably trying to figure out ways on how to better yourself as the ultimate end goal.
Do any of the following statements sound like you?
“I would like to have a job with a high salary.”
“College is expensive, but what else can I do?”
“Working from home would be ideal for me.”
“I want to be able to provide for my family.”
“My job pays poorly, I'm seeking a better career.”
“I would like to be more valuable in my current career.”
If you can relate to any of the above, Coding Bootcamp is definitely an option to consider.
Our Python Bootcamp
Coding Temple’s 10 Week Full Stack Python Development Course provides a thorough primer on all of the tools and technologies required to envision, design, build, test, and deploy completely functional web applications.
While on campus, the average day will consist of homework review, classroom discussions, lectures, technical quizzes, and programming exercises. Some of the concepts discussed include HTTP, Databases, Libraries, Frameworks, DRY Code, Pair Programming, and Design Patterns. Your Capstone Project will be the epitome of your skillset of the course. Local representatives of various companies will be reviewing them at the end of the 10 Week Bootcamp. You will go from "what is Python" to a Python Guru in a matter of this time.
We also go above and beyond by helping to place you within the industry. Whether it’s helping you build a resumé or preparing you for typical software engineer interviews, we make sure that you have the confidence and ability to acquire the ideal position in the industry after finishing the course.
Preparing For Coding Bootcamp
Participants are expected to complete approximately 60 hours of work prior to the first in-class session. This pre-work consists of several programming videos as well as programming practice problems.
We recommend that participants budget approximately 20 hours per week for three weeks prior to the beginning of the course to complete this work.
At the conclusion of the course, participants will gain the knowledge required to consider themselves Full-Stack software developers. Because of this, you will increase your value in the workforce.
The Pre-Work will involve the programming languages below and will be consistently revisited throughout the course of the coding class.
A widely-used high-level, general-purpose, interpreted, and dynamic programming language.
A complete high-level web framework that encourages rapid development and clean, pragmatic design.
The basic structure of a website and how it is presented or stylized.
Database language to store and retrieve information.
A Framework designed for Python.
A set of routines, protocols, and tools for communicating with software applications.
An untyped, dynamic, interpreted, runtime language present in all modern web browsers.
A system designed to host code and allow project collaboration.