For all the self-taught geeks out there, here is our content library with most of the learning materials we have produced throughout the years.
It makes sense to start learning by reading and watching videos about fundamentals and how things work.
Data Science and Machine Learning - 16 wks
Full-Stack Software Developer - 16w
Search from all Lessons
Curated list of small interactive and incremental exercises you can take to get better at any coding skill.
Curated section of projects to build while learning with simple instructions, videos, solutions, and more.
Guides on different topics related to the technologies that we teach in our courses
Social & live learning
The most efficient way to learn: Join a cohort with classmates just like you, live streams, impromptu coding sessions, live tutorials with real experts, and stay motivated.
Setting up the initial project codebase is one of the biggest obstacles to code. Junior -and sometimes even senior- struggles to configure all the tools, templates, languages, and environments needed to start coding. There is also an overwhelming amount of template starters and very different trends or schools of thought how best practices. For this and other reasons 4Geeks has, since day one, made a considerable effort to develop the tools needed to remove this friction from learners.
In this article, we will explain in detail 4Geeks.com proposal for provisioning coding-related environments for learning.
We must immediately provide a new coding environment for students whenever they start or continue working on a project or exercise. These coding environments are a combination of two main things: The container: the computer. The template repository: the initial files. Learnpack: Interactive tutorial engine.
Think of the container like a computer with everything the student needs to code: The languages already installed, the servers and databases, VSCode editor, plugins, etc. We work with GitHub Codespaces or Gitpod as container providers, but both use Kubernetes and Docker to orchestrate the student computers.
We don't require using the academy's coding containers but strongly recommend it. But, of course, students can always use their local computers instead.
We put great effort into creating and maintaining initial files and templates to start working on every technology we teach. We prioritize ease of use and best practices. Every template comes with a README.md file that helps you quickly start coding, one video explaining how to use it, and a complimentary link for thorough documentation.
Here's a list of each technology's most common repository templates.
We aim to provide students with explicit instructions on starting each coding project. Here is one example:
~ Note: These instructions are subject to changes; you may see something different on your 4Geeks account.
Our goal is to provide clear instructions while keeping the process very close to real life; we want to allow students to experience browsing repositories, forking, cloning or any of the typical activities they will need to do when starting a project in a company.
When starting a new exercise, priorities are different; exercises are isolated environments for practicing particular skills; we want students to jump into exercises immediately without caring about how the exercises were setup.
That is why, instead of giving them the repository URL, we go ahead and start provisioning the cloud computer for them; they only have to decide if they want to "start from scratch" or "continue previous" exercises.