With news of layoffs and uncertainty in the tech industry, you may be wondering if you are making the wrong career choice by becoming a programmer. Are there any companies hiring software engineers still out there?
Good news: Beyond the doom-and-gloom headlines, there are plenty of job opportunities for software engineers across all kinds of companies.
Software developer was named the #1 best job in 2023 by U.S. News and World Report. It scored this honor due to its high demand, job growth, low unemployment and stress levels, and work-life balance. Demand for software engineers is expected to grow by 25% by 2031.
In more good news, tech companies are far from the only industry hiring software engineers. Every type of company from banks to hospitals to defense contractors needs software engineers to build infrastructure and apps for their business.
The tech industry is booming, and the demand for programmers is increasing every year. There are 26.9 million software developers globally, according to a recent Global Developer Population and Demographic Study. This number is projected to increase to 27.7 million in 2023 and 28.7 million in 2024.
The world is moving fast, and there are many job openings for coders in 2023. There are many reasons why coding powers the world. The main use cases of coding include software development, data analytics, data science, web development, mobile app development and big data.
If you want to get involved in this exciting field, it’s essential that you learn how to code. But with so many different programming languages out there, where should you start? This blog will look at the top five coding languages that are most widely used today and why they’re so important.
Are you thinking about a career in tech? If so, consider learning how to code. With the mass adoption of the digital era across all industries, businesses big and small are on the lookout for tech-savvy talent.
According to Forrester’s recent report, the global tech market will experience robust 6% growth in 2023 (significantly faster than pre-pandemic levels). With the tech industry thriving and companies hiring, consider learning in-demand hard skills like coding.
Since its introduction in the ’90s, Python has rapidly become one of the world’s most popular programming languages. Most recently, we have seen Python even surpass other languages like Java. How has a humble language like Python managed to gain so much attention? Why is Python so popular?
1. The rise of analytics and Python.
With Python, the use cases are shifting to data analysis and machine learning. As Clive Humby stated back in 2006, “Data is the new oil.” The bottom line is that data science has a high value. Companies have made data analytics and data science a priority due to their abilities to maximize profits and gain better insights on business. Because of well-developed resources like the data science workhorses of Pandas and Scikit-learn, Python easily does the heavy-lifting of machine learning algorithms.
Along with ready-made tools to do the work, Python is also an incredibly readable programming language. Its syntax was explicitly designed to remove a lot of unnecessary code and emphasize making it human-readable. Python makes the development of complex programs easier to write and easier to manage, which translates directly to the bottom line of the company.
2. Why is Python so popular? One word of many: Free.
The facts that drive Python’s booming popularity: it is an open source and free to use. Developers all over the world are writing and distributing software packages in Python that small companies or individual developers can use in their projects for free. Who wouldn’t want to be able to plug into a sophisticated image segmentation library developed by Google? At no cost! Just a few years ago, similar image analysis software cost thousands of dollars and was not nearly as user-friendly.
3. It takes a village.
Python programming is easy to learn, easy to write, cheap to build with, and massive followings of programmers worldwide. It’s no wonder Python is rapidly gaining in popularity. One of the worst feelings for new developers is not understanding why their program isn’t working, but with Python, the programming and data science communities are very active. Blog posts, answer sites like StackOverflow, and groups on LinkedIn have made getting feedback and solutions to your issues easier than ever. Getting hands-on help with issues quickly, learning, and picking up better development practices are no longer a daunting task.
The best way to learn any new language is to immerse yourself. Popular programming languages like Python are no different. The more time you interact with solving real-world problems with a new language, the faster you can become fluent. There are tons of resources like YouTube videos and blog posts, but I find that there really isn’t a better-suited way to learn than hands-on teaching. You need to raise your hand and ask an instructor attuned to the Python language, programming languages, Python code, data science, python developers, artificial intelligence, programming, and machine learning, and more.
General Assembly: the bridge to machine learning.
The immense rise of use cases and companies hiring developers, allows an increase in places to learn these new skills. General Assembly has a multitude of ways to get you started on the path to learning Python and becoming a Python developer. Informal and free introduction sessions at General Assembly aim to get you running code in just a couple of hours. Part-time classes take things up a notch by giving you focused hands-on lessons twice a week, over 10 weeks — artificial intelligence will have nothing on you. For those future Python developers that are ready to take the plunge, and want a deep-dive into all things machine learning, General Assembly also offers full-time Data Science Immersive programs every quarter to learn Python code, programming, nuances of artificial intelligence — and more.
Why is Python so popular? These reasons are a very good place to start!
Note: Sublime Text 4 has since been released and is available here.
Sublime Text 3 (ST3) is the former version of one of the most commonly used plain text editors by web developers, coders, and programmers. It is a source code editor that has a Python programming surface or API. It is able to support C++ and the Python programming language. Plus, functions can be added by any user with a plugin.
Make the most of ST3 with the 25 tips and tricks in this ultimate guide for web developers. Learn not only how to use Sublime Text 3, but also about must-have packages, useful keyboard shortcuts, and more.
1. User Preference Settings
By default, ST3 uses hard-tabs that are 4 characters long. This can result in hard-to-read code, as large tabular indents push your work to the right. I recommend all developers add this to their user settings (Sublime Text 3 => Preferences => Settings – User):
This setting converts hard-tabs to spaces, makes indents only two characters long, puts a ruler at the 80 character mark (to remind you to keep your code concise), and adds white space markers. Here is a complete list of preference options if you wish to continue customizing your ST3 environment. Continue reading →
Think about your personal experiences using ride-sharing mobile apps like Lyft. You’re able to request a car to your exact geographic coordinates, right down to the street corner. This functionality is possible thanks to application programming interfaces, or APIs.
An API is a platform that allows different pieces of software, or applications, to communicate with one another. The term is used broadly in the context of programming languages, the web, operating systems, etc. For example, Apple publicly shares a number of APIs powered by iOS, its operating system for iPhones and iPads, for an app developer to use. These APIs allow applications like Facebook, Instagram and Snapchat to access a user device’s camera, microphone, and much more.
What Is an API?
APIs can fall into a number of subcategories. Many web and mobile applications, as well as devices (e.g., Amazon Echo), rely heavily on what are known as web APIs, which we’ll focus on in this guide. A web API uses the same underlying technologies as web browsers to allow different applications to communicate with one another. Web APIs allow applications to retrieve data or perform actions beyond their built-in capabilities. Typically, an application, using the internet, requests some data or action from an API. The API provides a response, and the application then adapts and displays it. The API’s code is hosted on a web server, which is essentially a computer connected to the internet. Depending on the functionality the API is providing, there may be an additional layer of security involved, such as sending a unique key.
Let’s consider a mobile weather application like Dark Sky. When you use it to check the weather for a certain zip code, the application makes a request to the API tool asking for the weather in that zip code. The API has access to the weather data and returns it as its response. Then, the application goes through the weather data and selectively displays it as, for example, the temperature in degrees Fahrenheit. The same process occurs if you check the weather in another city or at your current location.
How to Use an API
For any given programming language, there’s usually at least one popular framework — a collection of programs — that can be used to create APIs. Ruby developers, for example, use the Rails framework. Developers can also use packages to add features to their APIs, such as additional layers of security. Any additional necessary programs or packages are usually installed with that language’s package manager, e.g., Ruby’s bundler.
How Does an Internal API Work?
An internal API is one that’s used within a company or organization, although the company can choose to make portions of it accessible to the public. Users within that organization can leverage an internal API to share data and business logic (for example, the company’s rules regarding communication between a user interface and a database) across platforms — i.e., web, iOS, or an Android app. Any company with both web and smartphone apps likely has an internal API.
For example, the food-ordering service, Seamless, has web, iOS, and the Android app. All three platforms use an internal API to request that an action be performed, like placing an order for a client, as well as to request data, like the details of a user’s most recent order. This internal API allows Seamless to internally share data (restaurant information) and business logic (a customer ordering a dish) across different devices.
How Does an External API Work?
Many organizations provide external — albeit sometimes limited — APIs and documentation that allow individuals and companies outside of that organization to develop applications using its services. Depending on the external API, there may be registration, payment, or other limitations involved. For example, The New York Times provides an extensive external API that is free but requires that developers register and follow certain guidelines.
Google Maps also provides APIs that allow developers to embed maps in their websites and applications, as well as access directions and estimated travel times. Lyft, for example, uses Google Maps’ API. Other popular external APIs include Yelp’s Business APIs, which enables the user to find businesses, the OpenWeatherMap API, which retrieves weather data, and the Microsoft Azure Emotion API, which determines emotions in images.
Using external APIs allows developers to create their own mashup applications, like one that uses the Yelp Business API to find top-rated coffee shops in a neighborhood and display them on user interfaces as a map with custom icons via the Google Maps API.
“Given that more than half the world’s population has internet access, with more to come, now is a great time to learn web development to create applications and reach that audience.”
A webpage can contain headings, paragraphs, images, videos, and many other types of data. Front-end developersuse the HTML element to specify what kind of information each item on a webpage contains — for instance, the “p” HTML element indicates a paragraph. Developers also write HTML language code to specify how different items relate to one another in the page’s overall structure or document structure.
Every website you open in your web browser, from social networks to music services, uses HTML. A look under the hood of any website would reveal a basic HTML code page, written with an HTML structure editor, providing structure for all the page’s components, including its header element, footer element, main content, and other inline elements.
How HTML Works in a Webpage
Second, HTML text lets us indicate the roles of different structural elements to search engines and other services that index the content and summarize it for other users. For instance, marking the caption of an image with the “figcaption” element and enclosing the image and its caption in the “figure” meta element helps a search engine understand that these two pieces of content are related and that the caption describes the associated image.
“I love meeting students from a wide variety of industries, with a whole spectrum of goals, from all over the world. I’m continually inspired by the thoughtful, creative projects they build in the course that showcase their new skills and unique vision.”
– Sasha Vodnik, Front-End Web Development Instructor, General Assembly San Francisco
So, you want to learn to code? Awesome! Knowing how to code can help you level up in your current role, open new career opportunities, and empower you to make your app or website ideas come to life. But where should you start?
Early in my tech career, as a web developer, I was constantly stressed out. Every time somebody needed something from me, I felt I had to drop everything and do it right then. I was overwhelmed by my growing to-do list, and doubly stressed for not doing enough quickly.
All developers face a lot of pressure. When you’re coding or creating something, clients, teammates, and managers want it fast, and they want it perfect. Plus, today’s tech teams are always expected to be on and responsive through email, phone, Slack, and beyond, which digs into time you want to spend on the work itself. These aspects of coding culture can often lead to stress, unhealthy habits, and emotional burnout, which all keep you from reaching your potential on the job. That ultimately leads to more stress, more unhealthy habits…you get the picture.