Full stack web developers are the Swiss Army knife of the code world. Having that designation means you can produce end to end solutions, which is a highly marketable and agile skillset. But what does it actually take to achieve that status?
Whether you're new, seasoned, or specialized in one end of the stack, there's a lot to digest here. Feel free to dive in from the top or bounce around to where you need the most support.
This isn’t meant to be discouraging – just realistically, only having that experience won’t hold up well to that job title in your next interview. While you’re technically creating and deploying your work from start to finish, Netlify, Zeit, and other providers give you the power to do this with their magical tools that take the majority of the stack operations work out of the equation.
That’s not to take away from what we’re all able to accomplish now as front end devs. The growing movement to compile and deploy static websites has just made this process simpler on the later half of the stack with benefits across the board.
Additionally, with the flexibility of tooling options like being able to run JS on a server, our skillsets are able to transfer to more use cases than ever before.
Where we came from
The web development landscape has been changing rapidly. Wordpress has been king CMS for a little while now, representing over a third of websites who use a CMS and helping PHP gain popularity. But others worked off of homegrown solutions.
These represented a more traditional web stack like LAMP. In these cases, you had web servers usually running some kind of content management system and a server side language (like PHP) that would interface with the databases and produce the code that would ultimately be delivered to the browser.
Where we are and where we’re going
While Wordpress isn’t going anywhere, the serverless and JAMstack architectures are building momentum. For those unfamiliar, the idea isn’t that there are literally no servers, but it’s more about using servers that are managed for you in the cloud.
Services like AWS Lambda let you build a “function” that processes simple input and output. Attach that to API Gateway and you immediately have an endpoint you can interface with without ever having to actually manage a server.
Others like S3 let you dump HTML, CSS, JS, images, and whatever other static assets into storage and serve the site directly from it. Nothing gets processed on the server, you’re simply serving the static files to the client.
The brilliant part about this is there’s a lot less overhead and it's typically a whole heck of a lot cheaper. Many cases, you’ll also get a huge performance boost, where serving a site from s3 will require less processing to get that first response to the browser, which can directly equate to improved user experience.
This isn’t to push you to the JAMstack, but to show that the full stack paradigm is shifting and it’s something worth looking at. There still is a traditional sense of the difference in work, but it’s becoming a bit different.
While there is still a split sense of duties, the line is blurring and makes it more manageable to spread your focus.
Before we dive in, let’s talk about that focus
It can be pretty tempting to want to dive right in and cover the full spectrum of a full stack developer, but there’s something to be said about focus. This is the basis of the expression “jack of all trades, master of none,” where you try to learn a little bit of each part of the full stack and never really master anything.
This can be dangerous when starting off trying to build your strengths as a new developer. So try to evaluate what type of learner you are and lend your focus where it matters. If you’re struggling with a spread out curriculum, that might not necessarily help get you the experience you need to land that first job or that dream job you’re reaching for.
A novel approach, for example, could be having an individual focus, but building the full stack skills around that strength. This might be a front end developer who can deploy their own web apps and continuing to build on that fundamental knowledge.
On top of that, part of being a full stack developer isn't necessarily being able to say that you know x, y, and z languages. Understanding code and software design concepts as well as being able to tackle any challenge at hand, stack aside, is what makes a great developer.
The bottom line, try to figure out what's best for you and don't let your high ambition get in the way of mastering your journey.
So where do we start?
For the purposes of this article, we’re going to keep with the traditional breakpoints of what break up the stack (front end, back end, etc.). Though some people say it's not really a thing anymore, realistically, there are tons of jobs for full stack developers and day to day, they refer to the traditional breakpoints. "Full stack developer" definitely isn't going anywhere.
As far as the stack goes, we’re going to lean on the serverless / JAMstack architectures, as that’s just going to keep growing. And if you learn them, it will only make you more marketable with the number of jobs popping up around it.
As you'll notice below, this isn't meant to be all encompassing with every type of database and every type of rendering solution. A strong developer should be able to be flexible with their tooling, reaching to understand the concepts of their work rather than being single minded and only being able to be productive in one framework.
While you may be working in React and comfortable with it in your current job (that's okay!), your next job could be heavy on Vue or "surprise!" your team lead wants to rewrite the app in Svelte. Try to understand why you're using a UI framework in the first place and how it's helping you solve the problem at hand.
Now let's get into it...
Using these UI frameworks will allow you to create “components”, essentially blocks of code, that will end up producing HTML with the ability to create interactions and dynamic states right along with your code. This becomes really powerful, and while there might be a little curve to start, it becomes pretty delightful to work with once you get the hang of it.
So what should I learn?
It will also make your life easier when you’re trying to understand some of the complexities of different patterns and the concepts behind the frameworks you’ll use.
Speaking of frameworks, React and Vue are probably the best candidates given their popularity. React is the most popular out of the bunch and is just going to keep growing. Its team is constantly working to mature the framework and produce APIs that will help build modern, fast web apps.
Getting started with Create React App or Gatsby will even help you easily spin up a React app and immediately get into a position where you can tinker around in the code.
While there would be benefits to call out CSS preprocessors and tools like Sass, there are a ton of solutions now for CSS including CSS-in-JS.
While putting CSS inside of JS has some pros and cons, it isn't necessarily worth pointing out what to use as a particular direction, as it's really going to be team dependent.
Understanding the basics and power of CSS and how to use it in it's vanilla form will help prepare you for utilizing it no matter the framework.
In the JAMstack world, the back end will generally refer to the APIs that our front ends use to create dynamic experiences by interacting with endpoints from the client (like those in CRUD APIs). Being able to make those requests from the client will remove the need to have to do any of that processing before the page is served to the browser.
NodeJS is a common runtime that you’ll find in most cloud environments as an option and will give you a similar experience to what you’d expect in a browser. The main difference is that you won’t have access to certain browser APIs nor will there be a window object and the APIs associated with it.
With the language of your choice, your best bet will be learning how to create cloud services that your applications can interface with.
Creating a simple lambda that you can play around with, whether in AWS, Netlify, or any other cloud provider, will give you a good experience as to what you might expect when working in the field.
And even if you may not develop directly in a lambda in the job you find, you’ll be able to start getting familiar with concepts that are fundamental to working with the back end. And you'll ultimately use those functions to connect with other services and databases to create your own dynamic services.
So what should I learn?
With your language of choice and first function, try to start working with other services within your code to get experience working with 3rd party APIs.
Maybe build an endpoint that can send out a tweet using the Twitter API (but don’t abuse it). Learn how to create a database and set up your function to interface with it in a CRUD pattern, which will give you a more realistic use case for how a typical app might interact with a backend.
Your goal here should be creating services that your front end will interact with via an endpoint to perform operations for the person using your app. The good news is given the momentum of the cloud, you’ll have a ton of options, and free options or tiers, to start playing around with.
DevOps stems from the need to be able to create solutions that smooth out and speed up the process of getting code from the people writing it to a deployed state.
This work can range from a lot of responsibilities to a few, whether it’s writing bash scripts for a custom solution or writing a CloudFormation template that creates all of the resources needed for an app to run.
You’ll typically find this included as part of a larger orchestration of CI/CD workflows which automate the build and deploy process.
And this is constantly changing! Given the serverless boom, the serverless framework popped up which manages a lot of this for you in an easier way, which even lead AWS to create their own solution SAM. Tools like Jenkins have been around for a bit for the CI/CD part of things, but now you’re seeing Github, Gitlab, and other source control providers provide their own solutions and tools like CircleCI that hook right into your project.
It’s also not perfect yet – writing CloudFormation templates is daunting. Writing automation scripts also isn’t the most fun, though it’s super rewarding when it works!
But this is getting better, which is where products like Netlify and Zeit fit in. While they root more from the static hosting side of things, where you compile your app and dump it into storage, their offerings are growing, like Netlify’s Functions that are really just AWS Lambdas that are easier to set up and deploy to a fully functioning endpoint (it’s seriously super easy).
So what should I learn?
If this is your first time setting this kind of thing up, start with Netlify. Set up a React app or even just a simple HTML file in a Github repository, connect it to a new Netlify account, and watch it deploy.
From there, or if you have a little experience already, start getting curious about what’s going on behind the scenes. Netlify is likely taking your code, running the commands you set up (like yarn build) in a virtual environment, dumping the files built into storage like S3, and putting a CDN in front of it like CloudFront to serve from an endpoint.
First try doing that manually from your computer using the AWS console and their CLI, then write a script to automate the whole process integrating with Circle CI into your Github project instead of Netlify to get it actually deployed to AWS.
Taking that up a notch will include spinning up services that your back end might interface with. Do you have a database that your services use? You can automate spinning up that database using CloudFormation or bash scripts.
Treating your infrastructure as code with disposable, easily recreatable resources will help you and your projects become more flexible and have a better ability to spin back up in the event of failure.
And this all goes for any cloud or CI / CD provider, not just AWS and Circle CI. Pick your favorite cloud and workflow tool and run with it. The point is, start looking at your project’s needs and dig into what’s actually happening in the automated parts of the stack. This will help you learn more and become more resourceful for your project’s needs.
Yes, you should understand design basics. No, you don’t need to be a designer.
There are many aspects about design that will accelerate your abilities as a developer. While we all know the visual and UX designers produce magic, having a basic understanding can prevent your application from becoming a huge disappointment.
Everyone in the development process is working towards a goal that impacts an end user in one way or another. Being able to understand what needs your work is trying to solve and how that impacts users will help the team as a whole develop a more comprehensive end solution.
Consider a back end developer creating an API to allow someone to manage users in an app. The requirements of the API are pretty lean and only include the user’s name. Providing that as a single “name” field instead of “first” and “last” might not be the most intuitive solution for most. But it could be an oversight that complicates how the front end developer exposes that in the UI, which would make it a pain for the developer to display or could make it confusing for the end user to consume.
On top of all of that, design can directly impact conversion. If you're building in the ecommerce space, having a button that doesn’t look like a button can prevent people from adding a product to their cart. This, of course, will prevent a purchase, which is lost revenue. Understanding how to humanize the UI even in a basic sense can literally make your project more money or simply help someone use it more easily.
And more importantly, you want your site to be accessible. Many people have different needs, whether they can't see colors the same or can't hear the sounds your app produces, you want to recognize other's needs and try to design in a way that will make your app usable by everyone.
So what should I learn?
While I don’t expect you to take a whole course for it, try to be cognizant and curious. And maybe next time don’t skip that design article you saw pop up on the freeCodeCamp twitter.
When creating solutions, try to imagine how your work will be used. What will the other developers on your team need from your API? What will the people using your app need from your interface?
You can also try to get inspiration from what others are doing in your space. How would you expect an app to look when providing similar functionality? This isn’t license to copy or steal, but you should understand the needs their solution is solving. Consider why their Add to Cart button is so huge, why they’re giving users the ability to zoom in on a product photo, or how you can make a table design slightly more usable.
As for accessibility, try to learn the basics. There's a growing amount of resources available to help you understand the needs of others. Try to understand what disabilities there are and how they might affect use of your app. Maybe look at a few common patterns about how to address those concerns.
More often than not, it's not too hard to incorporate, and if you get in the habit of doing it from the start, you won't even think about it the next time you build an app.
A lot of this article assumes you have some of the basics down such as understanding what git and source control is or simply having your code editor set up. If you're truly just getting started, you're going to want to at least have a simple understanding of these concepts, as it'll quickly grow more challenging without them.
There's also something to be said about learning how to use your terminal. It can be overwhelming not to use a GUI if you're new, but once you get moving, you'll quickly find out you'll be more productive by using a terminal and a lot of projects require terminal use anyways.
So what should I learn?
First things first, get your code editor set up. Visual Studio Code is all the rage right now, but there are others that will serve you well depending on your preferences like Atom or Sublime Text. You'll even find cloud based IDEs like Repl.it or you can just get started with a lower barrier of entry by playing around in CodePen or JSFiddle.
Either way, once you're ready to get coding, you want to understand what source control is, where git is the biggest player right now. Git is a powerful tool that lets you track changes to code and become more productive collaborating with other developers.
You'll want to get familiar with some of the basic commands of git like adding new changes as well as what branches are and how to use them. Git is a huge world, you don't need to master it right away, you'll quickly learn there's an endless amount of new things to learn on your journey to mastering your git fu.
For a lot of tools you'll use, there are GUIs available like GitKraken, but you'll still be a bit limited with what you can do. Learning your way around the default terminals on your machine or downloading other options like iterm2 (my preference) or Xterm.js will be your best bet. Bonus: you'll feel like a movie hacker every time you use it (or is that just me?).
There's so much more you can quickly go down a rabbit hole with. Remember not to spread your focus and try not to overwhelm yourself. But if you're feeling pretty good about where you are, there are some other concepts that will only help as you tackle challenges in the real world.
Writing code is one thing, but being able to set up effective tests will help harden your code and prevent bugs from getting out. You don't want to waste your future time or even cost your product money when the site goes down. Learning how to write tests and the different approaches is important to solidifying your code.
One of the most powerful tools you can have when debugging, in my opinion, is being able to debug your application in the browser.
Whether it's looking at how the DOM is being rendered, playing with the CSS, or debugging your network requests, you'll learn quickly how to save time and more easily identify where the bug is coming from.
Given the web is based on the internet, your application will ultimately be making requests to other servers. When this happens, understanding the request chokepoints or simply how a request is being made can help you understand why your application seems laggy or why your save button isn't working.
Having a basic understanding of how requests works and how to visualize them for debugging will go a long way in your journey.
Open Source Software and package managers
Spend some time getting to understand the open source concept and even consider giving back by contributing to your favorite project. Lending a hand is usually super appreciated, will help you gain experience, and you might even be able to score some free swag on your first approved pull request! Just be respectful out there, there's also a real person on the other side of the request.
This list can go on forever as there's so much to the world of coding. What else do you think is important in one's journey to become a development master? Send me a tweet or DM if you think I'm missing something important!
You're on fire! Pulling it all together
Given all of the experience you’ll have accumulated with the above, you should be in a position to be able to create an entire app from start to finish by yourself. Do you understand the power that you have?
This is where the fun starts. Try to create a new app – doesn’t matter what it is, just build something. The best thing you can do for learning is to gain experience by doing. Doesn't matter whether it’s one of the million todo tutorials you’ll find or by teaching yourself to code by building one of the largest social networks like the creator of Instagram.
From here, you should be able to create:
A web app front end that runs in the browser
Backend services that your web app can make requests to via endpoints
Write a script to plug into a CI / CD tool to automate your build and deploy process
Bonus: making good decisions about how your interface looks so people can actually use it!
Go forth and build! Share with us your development journey on Twitter using hashtag #codejourney. We'd love to hear more about where you've been and what you've built or where you're going and what you want to build.