Full Stack Essentials: Tools, Tech & Best Practice


In the dynamic world of software development, you often hear words like front-end and back-end developers. Where these job roles are important, the role of full stack developers has become increasingly significant nowadays. The reason being that a full stack developer possesses skills to work on both front-end and back-end of applications. 


In this article, we’ll discuss essential tools, skill sets and technologies that you must equip yourself with, if you’re planning to embark on the world of full stack development. 


Before diving ahead, we’ll briefly discuss the terms “Full Stack Development and Full Stack Developer”.

What is Full Stack Development?

The process of building scalable and seamless software solutions includes holistic back-end and front-end development. Front-end development deals with user experience and user interface aspects of an application, whereas back-end development pertains to the server-side logic, databases and system architecture. 


Collectively, full stack development is the process of handling full-fledged applications – referring front-end user interface to the back-end databases, logics and application workflows. A full stack developer is one who efficiently deals with the full-fledged stack, ensuring robust functionality and performance across the board.   

Toolkit for Full Stack Developers

Full stack developers rely on a suite of tools to deliver highly functional and productive apps. Here we’ll explore a complete list of tools that any full stack developer must be well-versed with. 

  1. Code Editors & IDEs

First things first, a code editor or integrated development environment (IDE) is the primary tool for full stack developers. IDEs or code editors enable developers to write software code efficiently. 


IDEs consist of compilers, library support, file explorers, plugins, templates, and a host of other built-in tools that enable us to write code quickly. IDEs are accessible through browsers and can be installed on your operating system in devices. Moreover, offline IDEs are those that are installed on devices.

Offline IDEs

  • Visual Studio Code 

Visual studio code is Microsoft’s incredibly light-weight editor that works with numerous programming languages. It is an offline, highly optimized source-code editor for creating and debugging contemporary web and cloud applications. It includes code refactoring, embedded Git, debugging features, intelligent code completion, and syntax highlighting. It uses consolas as the default coding font. 

  • Sublime Text 

Sublime text is a shareware code editor available for Linux, Windows and macOS. It is a sophisticated offline IDE that natively supports various programming languages and markup languages. Being highly customizable and expandable, it enables users to choose bespoke themes and extend its functionality with community-built plugins. 

  • IntelliJ IDEA

IntelliJ IDEA is a leading code editor for Java, Kotlin and other JVM-based languages. It enables you to retrieve and examine runtime data, which is helpful for troubleshooting and gaining a better comprehension of how a programme functions. It allows you to: use breakpoints to pause programme execution and analyze its behavior.

  1. Version Control Systems

Version control systems are a go-to option to manage collaboration and updates within the code. One of the popular options is Git. Git allows developers to track changes in the code and update development efficiently. You can host your repositories on excellent platforms like GitLab and GitHub.

  1. Package Managers

Package manager is a compilation of various software tools that automate the process of installing, updating, configuring and removing the computer software programs in a continuous manner. Package managers like npm (Node Project Manager), yarn, yum and many others perform one or the same key functions. They streamline project deadlines and identify risks to schedule project dependencies. 

  1. Collaboration Tools

Full stack developers also need various collaboration tools such as JIRA, Asana, Slack and Trello. These tools facilitate development teams to prioritize complex tasks, modules and manage deadlines during the development process. 

  1. Front-End Technologies

Understanding core front-end technologies is essential for success in Full Stack Development. The foundation is composed of HTML, CSS, and JavaScript, together with knowledge of well-known frameworks like React, Angular, and Vue.Building dynamic and responsive user interfaces requires the use of JavaScript.


Front-end development is the process of creating the user interface and visual elements of a website or web application. In this sector, having proficiency with HTML, CSS, and JavaScript—the fundamental building blocks of web development—is important. To ensure that websites perform optimally on a variety of screen sizes and devices, it is imperative to grasp the concept of adaptive web design. Lastly, mastering cross-browser compatibility guarantees consistent user experiences across all platforms and browsers.

  1. Back-End Technologies

The technologies used on the back end are also significant for full stack developers. Numerous server-side languages, like Node.js, Python, and Ruby, are available to developers. Comprehending databases like PostgreSQL, MongoDB, and MySQL is essential for effective data administration.


Back-end development focuses on the server-side components of online applications, such as databases, APIs, and programming languages. In this sector, having proficiency with server-side programming languages such as PHP, Python, Ruby, Java, or.NET is considered important. Working knowledge of database management, including both SQL and NoSQL, is essential for storing, retrieving, and managing data efficiently. Not to mention, API development and integration provide smooth communication between front-end and back-end components, enhancing user experience.

  1. Web Hosting Platforms & Web Servers

You can deploy your product on a cloud service provider using web hosting platforms, enabling us to access it via the WWW. The most well-known ones include Microsoft Azure, Heroku, Google Cloud Platform, and Amazon Web Services.


Full Stack Developers can efficiently deploy and scale applications by having knowledge of web servers such as Nginx and Apache, as well as cloud hosting platforms like AWS, Azure, and Google Cloud.

  1. Microservices & APIs

Full Stack Developers are frequently involved in microservices design and deal with Application Programming Interfaces, or APIs. This makes it possible to construct modules, which improves the scalability and maintainability of applications.

Best Practices for Full Stack Developers

You can develop better applications by following these full-stack development best practices.

  1. Make a Plan Before You Begin

It’s critical to sketch out your application before you begin coding. After deciding on the features your application will have, divide the work into manageable chunks. This will assist you in having a clear understanding of the tasks you must complete and the technology you will require.

  1. Adhere to Coding Best Practices

Adhere to recommended coding standards, which include utilizing appropriate naming conventions, crafting clear and succinct code, and providing comments for clarification. Adhering to Agile approaches and utilizing version control tools such as Git will further assist you in maintaining your determined focus.

3. Maintain a Code Document

It is crucial to document your code so that future developers who might need to work on your software can do so. It also aids in your memory of your actions and objectives. To document your code, use tools such as JSDoc and comments.

4. Make Use of CI/CD (continuous integration and deployment)

Updates can be released more rapidly and efficiently with the use of continuous integration and deployment, or CI/CD. CI/CD entails automating your application’s build, testing, and deployment processes. Get your CI/CD pipeline set up using tools like CircleCI, Travis CI, and Jenkins.

5. Consider User Experience as Your Key Priority

The effectiveness of your application depends on the user experience. When creating your application, keep the users in mind and prioritize having an easy-to-use interface. To make the user experience better every time, test it with actual users and collect their input.

In a Nutshell

Mastering the art of full stack development is essential for embarking on a web development journey. It gives you a competitive edge on other programmers and leads you on a diversified path of developing better web apps. 


You can achieve the full potential of full stack development by adhering to best practices and strategies, selecting the appropriate technology stack, and concentrating on both front-end and back-end development. You may become a successful full stack developer and produce cutting-edge, inventive apps by heeding the advice and techniques in this article. Are you ready!!


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