Contact Us
×

Tag: become full stack developer

Top Full Stack Development Trends of 2023

Posted on by Imarticus Learning

Keeping ahead of the curve is critical for both developers and companies. As we approach the end of 2023, the world of full stack development is undergoing a dynamic transformation driven by breakthroughs that are redefining how we develop and distribute online apps.

Full stack development services are more prevalent among enterprises. This is due to several causes, including the development of user-friendly apps, business agility, and full stack engineers’ flexibility. As a result, modern firms are always looking for full stack engineers skilled in several technologies and project management.

This blog will look at the top full-stack development trends for 2023, which are further expected to reshape the tech industry. If you want to take up a full stack development course, this blog will help you make a career in full stack development.

Who are full stack developers?

Knowing the fundamentals of full stack development is vital before enrolling in a full stack development course or becoming a Dev Ops developer. Full-stack developers are skilled in both front-end and back-end technologies, enabling them to build entire web applications from scratch. A full stack developer’s abilities encompass the entire software development niche.
Full stack developers ensure continuous communication and data flow by bridging the gap between the front and back end. Because of their adaptability, they can handle all project parts, from early planning and database design through user interface implementation and server deployment.

Key Trends in 2023 for Full Stack Development

Some of the popular full stack development trends that impacted web development in 2023 are listed below:

Cloud Computing

With no indications of slowing down in 2023, cloud computing has been a major trend in full stack development for a few years. Developers may use cloud computing to use powerful computing features without handling the underlying infrastructure. This can save time and money while enhancing scalability and dependability.

Microservices

Microservices architecture is a method of developing programs that breaks them down into smaller, self-contained services. This increases scalability and versatility since each service can be built and deployed individually. In 2023, one may expect to see more full stack developers use microservices architecture to construct agile and scalable apps.

Low Code/ No Code Development

Low-code/no-code development is a recent notion that has gained momentum. Developers may use visual interfaces and pre-built modules to construct apps with low-code/no-code platforms. This saves time and costs and allows developers and business stakeholders to collaborate more effectively.

Artificial Intelligence

Full stack developers use AI to automate activities, improve user experiences, and make data-driven choices. AI, for example, is used to personalise user experiences, identify fraud, and optimise business operations. AI will continue to evolve and revolutionise web development significantly in the future.

Progressive Web Apps

Progressive web apps (PWAs) are web programs that, like native apps, may be loaded on a user’s device. PWAs provide several advantages, including offline access, push alerts, and increased speed. PWAs will be used by more full stack developers in 2023 to provide a better user experience.

DevOps

DevOps is an organisational structure and activity that promotes cooperation across development and operations teams. More full stack engineers will use DevOps services, such as continuous integration and uninterrupted delivery, to increase the pace and quality of application development in 2023.

Blockchain

Blockchain is a distributed ledger technology that renders transactions safe and transparent. By the end of 2023, one could anticipate more full stack developers implementing blockchain into their apps, particularly in fields such as banking and healthcare.

Serverless Computing

Serverless computing is a cloud computing approach which enables developers to construct and execute programs without being required to oversee the foundational infrastructure. Developers can zero in on designing apps rather than managing servers using serverless computing.

Full stack developers increasingly use serverless computing in 2023 to boost scalability and cut expenses.

GraphQL

GraphQL is an API query language that enables developers to request exactly the data they require rather than an extensive dataset. More full stack developers are using GraphQL in 2023 to increase the efficiency and agility of their APIs.

Cybersecurity

Cyber-attacks are becoming more complex and frequent, so cybersecurity has become a crucial concern for full stack developers. Full stack developers are incorporating cybersecurity measures into their apps in 2023, such as data encryption, securing the authentication process, and access restriction.

Conclusion
The rising relevance of AI and machine learning integration, the continuous increase of serverless technology implementation, and the growing prioritisation of data privacy and cybersecurity are among the top full stack development trends to look out for in 2023.

These developments represent the industry’s continual transition to safer, reliable, and cognitive development of websites and application practices.

Learn about data structures and algorithms with Imarticus Learning’s Full Stack Developer Pro course. This full-stack development course offers assured interview opportunities and placement in top companies.

To know more, check out the website right away: https://imarticus.org/

Version Control With Git: Collaborative Development and Code Management

Posted on by Imarticus Learning

GitHub is an online platform used for version control and code management. The main objective of Git is to make it simple to work with others and to easily collaborate on projects in order to achieve effective outcomes.

When a team closely collaborates on a project, it becomes quite simple to make changes in the master branch of the project. GitHub provides liberty to the developers who are working collaboratively on a project to make it successful. One can take up full-stack developer training to get familiar with the fundamentals of version control with Git.

Read on to learn the importance of Git in version control and how it assists businesses in managing code repositories with collaborative development.

What is the Git Version Control System?

A Git version control system is a type of software that can keep track of any changes made in a particular document or a collection of files over a period of time.

It helps the developers to derive specific versions of each file as and when required. It is a collaborative effort that allows a developer to work in collaboration with other developers in a company working on a specific project.

A version control system helps programmers manage any changes made to a source code contained in a file by using various software tools.

A version control system consists of an exceptional kind of database to keep track of the changes needed to the collection of files. It allows developers to compare the past versions of the source code to the newer ones. This process corrects any errors that are present in the codes.

What is Code Management?

Source code management (SCM) is a collection of tools and processes that helps to keep track of the changes made to the source codes in the code repository. The directory folder in a computer system is the most obvious type of code repository that contains numerous code files that are essential for carrying out a project.

The Git version control system is a collaborative development of code management that uses the elements of a distributed source code repository. It enhances the tracking mechanism and upholds the integrity of the source code in its original form.

A vast number of developers will become quite accustomed to code management as they grow in their careers. It is an essential resource and is often regarded as crucial for professional growth at work.

Collaborative Development With Git

When Git branches are added to repositories, a lot of power regarding version controls is created. The transition to multi-user repositories is quick and easy when multiple people are collaborating on a single project.

The Git repositories function on a copy-clone basis, whereby each directory’s essential data is copied and kept in a safe copy on a device that can serve as a data backup for the collaborative project. The final command, “Git clone,” enables all other team members to obtain a copy of the repository’s most recent history so they can stay current with changes.

Therefore, it can be claimed that a branch is just a version of a repository, which is a whole project. The optimal operation of a GitHub is created when branches and repositories collaborate with one another.

Git: Distributed Version Control System

Git works as a distributed version control system where a remote repository is content in a common server and a local repository is available in the computer system of each developer.

This system assures that the code files are stored on a central server and a copy of the same is available on the computer system of each developer.

Developers need not be connected to the central server all the time for every operation and can easily work on their local repositories.

Git Version Control Best Practices

Git version control best practices help software developers fulfil the increased demands of the industry to make more convenient technologies and features. Signing up for a full-stack development course is a great choice to learn the practical performance of Git’s best practices.

The following are the Git version control best practices:

Make step-by-step changes: One may start the version control journey with Git by writing small codes at a time.

Developers should commit programmes into small batches so that integration problems do not arise. These codes also become easy to document.

Commit often: Developers should maintain frequent commits as it also becomes easier for them to share codes among themselves.

This process allows developers to make certain changes conveniently. Sharing small commits at a time helps in comprehending them in a better manner.

Engage branches: One of the most famous features of Git is branching. Branches in repositories help to maintain the different lines of development and do not allow them to mix.

Branches should be incorporated in developing codes so that it becomes easier for other developers to understand which string of codes is used for what purpose.

Decide a proper workflow: Git allows developers to pick up from where they left off. It means programs can be shared with others and worked upon very easily as it is stored in a central repository. Access to the work can be granted to numerous people who can then decide upon a suitable course of action.

Why Use Git?

Git has gained immense popularity and there are legitimate reasons for it. Using GitHub offers numerous benefits to businesses and developers that are enumerated as follows:

Git offers high-performing features for version control systems.

The Git version control system does not compromise on its security and only those members can access the central repository who have gained access to it.

The Git branching model is unique as it allows developers to build certain local branches that can exist and function independently.

It is an open-source software and can seek contributions from developers for the upliftment of the software and the addition of new features.

The staging area of Git provides for the formation of commits that can also be changed and modified before submitting the commit.

Conclusion

Git version control system is a rapidly growing technology that is used by a lot of companies nowadays. As it offers collaborative development and increases team efforts, developers are using Git repositories for sharing and working with codes.

If you want to learn the concepts of code management in Git, register for the Full-Stack Developer Pro course by Imarticus. Become a skilled developer and build a successful career in this domain.

What is Difference Between Web Developer and Full Stack Developer

Posted on by Imarticus Learning

What is the Difference Between Web Developer and Full Stack Developer

Web developers, front-end developers, back-end developers, full stack developers – technical career has many designations that are difficult to differentiate, especially for a common man. Web developers, as the name of the designation suggests, design and develop websites.

They could be front end developers, back end developers or webmasters. On the other hand, full stack developers are concerned with the front end and back end, and they lead projects that involve databases. Let’s learn more about the difference between a web developer and a full stack developer.

What do web developers do?

In simple terms, web developers design and develop websites. They decide how the website should look, what all elements should be displayed and where. They are responsible for the technical aspect of the website, its speed and the quantity of traffic it can handle. Some developers take care of the content creation as well. When a client needs a website, the web developer meets them to discuss their needs and about the design of the site.

Then they start developing applications for the website and test them. They also do coding using languages like XML or HTML. They work with the graphic designers to decide the layout of the website. If there are audio, video or graphics, web developers integrate that also to the website. Once the website is ready, the developer monitors the traffic to the website as well.

The requirements of the clients are different. The design of the website depends upon the need of the client – it could be anything from news to e-commerce and gaming. The applications needed for different requirements are different.

For instance, a website for gaming should have advanced graphics, while if you are building an e-commerce site, it could have an application which supports payment processing. So a web developer needs to know the requirements of the client. While some web developers can handle end-to-end support of a website, others focus in one aspect.

Front end developer:

They handle the look of a website and work on the website’s layout and integrate applications and graphics. They are responsible for the website’s basic framework. They could write web design in many languages like Java or HTML.

Backend developers:

They take care of the website’s overall technical construction. They create the site’s basic framework.

Webmasters:

They take care of the maintenance of a website and keep it updated. They ensure the smooth working of the website and they test for errors such as broken links. Some webmasters also spend some time responding to the comments.

What does a full-stack developer do?

Full stack developer handles everything – it is a full package. They know about the server-side and work to enhance the client-side as well. They know databases and are responsible for creating user-facing websites. A full stack developer should be familiar with programming languages like CSS, HTML, JavaScript and backend languages. Most of the full stack developers specialize in one programming language.

A full stack developer should have a firm understanding of all elements constituting a website – be it the front end, design, visual design, project management or user experiences. Most of the full stack developers work for either front-end or back end code of a website. They essentially know everything and can step into any of them in case there is a problem.

Conclusion
There are many aspects of web development. IT professionals like web developers deal with a certain aspect of website development while full stack developers offer wholesome support right from the front end and back end. Hope this helped you differentiate a web developer and a full-stack developer.

What is the Best Practice For Full Stack Developer

Posted on by Imarticus Learning

What is the Best Practice For Full Stack Developer

Becoming a full stack developer requires hours upon hours of learning, skill development and experience on the field. To transform from a complete beginner to an experienced professional takes time and effort but most of all, it takes clever self-management and quite a few tips and tricks.
While there’s no rulebook to becoming a full stack developer, there are a few best practices that function as a roadmap to success in the career.

Gain certifications through a full stack developer course

For a full stack developer, a full portfolio is always a good sign, as is a collection of certificates. This is because the field in itself is growing, which means that full stack developers are expected to keep abreast of all new technological advancements that affect their field, however big or small A good way to do this is by enrolling in a full stack developer course or two, where the curriculum is thorough and as focused on practical learning as it is on theory. A branded certificate, endorsed by industry leaders if possible, will go a long way in securing a rewarding job as a full stack developer.

Have a solid foundation rooted in the basics

The primary ammunition in any full stack developer’s arsenal is their knowledge and understanding of the basic technologies and programming languages. Full stack is usually spread across three layers– presentation, logic and database– and each layer has its own programming language and technology. Good full stack developers are well-versed in these technologies so much so that they can call upon this knowledge during any problem or trouble-shooting situation. Since with newer projects, there will always be a lot of ground to cover and new problems to face, a foundation rooted in the basics of the trade will serve in your toolkit for years to come.

Master one or two of the core technologies

As more and more projects come their way, full stack developers will inevitably realise that there is so much more to learn than they can master. To avoid the slump that may come with this, and to avoid biting off more than you can chew, consider really throwing yourself into one or two of these full stack technologies. You can go as niche or as general as you prefer, but a good place to start is by mastering a tool or language that your clients or organisation prefers within the front-end layer (HTML, JavaScript) or the back-end (Angular, React). With a base such as this, it becomes that much easier to branch out to other languages without sinking too deep.

Take on personal projects

The more experience a full stack developer gains, the more likely they are to be valuable to an organisation or a client. However, when already employed, it becomes difficult to pick and choose between projects or have them reach you at the opportune moment. Instead, consider building your own personal projects– this will help you introspect on your own skills and abilities, but also function as a playground within which you can safely make mistakes without costing a third party in time, effort or money. Since the fear of failure is minimal, you’re more likely to engage better with the tools and technologies as well as gain an understanding of how well you work at each stage, making you all the more valuable to external parties.

Chat with the experts

If you know someone who is a dab hand at what you aim to learn, consider approaching them for a chat on how they reached where they are and how you can do so, too. This is invaluable information because it comes of understanding and practice, rather than a book of theory or stringent frameworks at a workplace. If this expert isn’t someone you know, but a public figure, consider immersing yourself in all the content they’ve produced, to understand how they do what they do. This could be through reading their books, researching on their use cases, even attending conferences where they’re a speaker or a focal point. This will enable you to also interact with like-minded people, opening up more opportunities for collaborations and networking.

The journey to becoming a full stack developer may look mammoth and challenging at the start, but by adopting these practices, you’re more likely to find your niche and flourish as a professional!

Becoming a full-stack developer in 2022

Posted on by Imarticus Learning

Becoming a full-stack developer in 2022

The full-stack development sector is growing at a fast rate. Established businesses and startups are hiring full-stack developers like never before. That’s the reason most professionals want to become full-stack developers. Certainly, many of you are thinking to make a career in the full-stack development sector. 

Indeed many of you want to join this empowering and rewarding sector. But do you know how to build a career in the full-stack development field? Lastly, how to become a full-stack developer? 

Let us briefly understand who is a full-stack developer and the skills required to become one.

What does a full-stack developer do?

The full stack developer must use a variety of lateral designing abilities. That includes languages, frameworks, servers, and databases to rapidly develop the prototype design. In addition, being good at broad-based issue resolutions, reduce the technical team-communication costs. Along with this they also check the docking of technology, and time spent and are hence great business-value adds to the organisation.

A full-stack developer can work on servers, databases, systems engineering, and facing clients. A customer may specify a web, mobile, or native applications stack of technologies. They are needed to map all sub-modules into writing the most effective software program.

Their skills, active, innovative thinking, and creativity are appreciated. Along with this collaborative and communicative skills make them very self-organised. Markedly all this makes them entrepreneurial, and excellent team members on cross-functional teams. That’s why startups and organisations that are agile prefer them. In addition, having multiple skills also implies they may not have the expert skills required in any one field or area. So, full-stack developers always need to revamp and upskill themselves on an ongoing basis.

What are the essential skills required to become a full-stack developer?

Building applications need proficiency in the following areas.

Functional knowledge and capabilities in programming languages

To write your programs, you will need proficiency in all parts of the stack and multiple languages. The languages are Javascript, C#, PHP, Python, Perl, Ruby, etc. In addition, knowledge of grammar, principles, design, and implementation is important. Along with this deployment, and testing is vital skills. 

Use of third-party libraries and frameworks for development

Doing a course and learning development languages. learning frameworks like MyBatis, JAVA Spring, Python Django, Hibernate, yin, PHP think PHP, nodeJs express, etc.

Technology for front-end software development

Master HTML5, JavaScript, CSS3, frameworks. Be an expert in libraries like LESS, JQuery, SASS, and REACT. Become a pro at AngularJS as the user experience, product development, and project depend on such front-end software.

Cache and Database software

Data and storage are crucial to the project and developer. MySQL, Redis, MongoDB, SQLServer, and Oracle are essential. In addition, include Postgres, Oracle, and MySQL. Learn relational database systems, Ubuntu, FreeBSD, or CentOS deployment Oss. It’s important to try hands on a web server like Apache or Nginx, and git. for version control. In addition, Git/GitHub is an excellent place to learn.

Designing skills are crucial.

Technical requirements often overlook principles and techniques of design requirements in UI, UX, and prototype design.

Soft skills requirements that are vital for the full-stack development sector

  • Wide and innovative thinking
  • Excellent communicative skills
  • Creative thinking, Curiosity, and time management

Conclusion

Becoming a full-stack developer with good expertise takes about four years of work experience. Besides, it also requires experimentation with software writing. You will need to build on a technically strong foundation. Altogether, do a ‘full stack developer course‘, and strengthen core technical and soft skills. Lastly, attain a full stack web developer certification and never stop learning and looking for technical challenges.