Emerging Trends in Backend Development: AI, IoT and Beyond

Are you prepared to explore the fascinating world of backend development? Buckle up because we’re about to go on an exciting journey through the newest trends influencing this ever-changing industry.

Backend development has become the foundation of contemporary applications in today’s tech-driven world, where innovation is the word of the century. Every user-friendly interface and seamless user experience are supported by a solid and effective backend architecture that manages intricate workflows and enormous volumes of data.

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What, though, lies in store for backend developers? What trends will change the landscape and challenge our preconceived notions of what is possible? Brace yourselves, for we are about to explore game-changing technologies that are set to redefine backend development.

This post delves into the significance of advanced backend technologies, highlights the top seven emerging trends, and discusses their impacts.

Developing Trends in Backend Coding

The magic of the internet is performed behind the scenes via backend development. The unseen command center ensures that everything functions perfectly and without a hitch. Unlike its flashy frontend counterpart, which dazzles users with beautifully-drawn graphics and intuitive interfaces, backend development is focused on building a robust and efficient foundation for web applications to stand on.

Backend developers are in charge of providing the material you enjoy so much when you’re browsing the internet. These computer whizzes are experts in writing APIs, building libraries, and tinkering with system parts to make everything function as a single, seamless system. They also have a mastery of server-side web application logic and integration.

Their only goal is to establish a positive working connection between your frontend browser and the servers, applications, and databases that run the web. They are the unsung heroes who care for problems even before you notice them.

Therefore, the next time you assume that your favorite website operates flawlessly, remember that a competent team of backend engineers is responsible for making the internet run.

What are the Emerging Trends in Backend Development?

Top 7 Emerging Trends in Backend Development

  • AI-driven backend development

   Artificial Intelligence (AI) is taking center stage in backend development, enhancing performance through predictive analytics, automated error detection, and optimization algorithms. AI-powered tools analyze user behavior, allowing developers to make data-driven decisions for improving application efficiency.

The chatbot industry is anticipated to soar to a mind-boggling 1.25 billion US dollars in only a few short years, or by 2025. It had grown dramatically since its very modest beginnings in 2016, when it was just 190.8 million dollars.

Businesses worldwide are interested in and intrigued by these sentient artificial intelligence entities. Chatbots are transforming into indispensable tools for customer support, business, and even entertainment because of their capacity to mimic human dialogue. The virtual assistants of the future are prepared to help and interact with us in ways we never imagined.

  • IoT Integration for Real-time Data

   IoT devices—sensors, actuators, and smart devices—take the stage as virtuoso actors in the frantic production symphony. They collect and analyze real-time data from every stage of the production process with an eye for detail. They appear to be creating a technicolor tapestry of revelations.

Now consider these gadgets as keys that open a knowledge vault. Manufacturers have access to a treasure of knowledge through a charming interaction with sophisticated planning systems. This intelligence is a complex tapestry of strands representing machine prowess, environmental stories, inventory sagas, manufacturing rhythms, and perfection measurements.

  • Serverless Architectures

   Witness the wonder of serverless architecture, a magician’s trick that generates applications and services without needing infrastructure handling, in the magical world of technology. It’s like creating a symphony without ever touching the instruments since the mysterious hands of AWS handle the orchestration. 

Yes, the servers on which apps dance are shown as the curtain rises, but AWS skillfully weaves the magic of server management in the background. Imagine it as a lavish theatrical play where the show’s star is your application, and the mechanics of server provisioning, scalability, and maintenance are stagehands working behind the scenes. Imagine how liberating it would be to only work on perfecting your core offering, the star performance. 

  • Microservices for Scalability

The process of fault isolation develops into an art form. When a sudden glitch occurs, it’s like a soloist temporarily faltering, yet the performance continues without a hitch. A problem with one service doesn’t lead to a symphonic catastrophe; instead, it is contained to that service’s specific area, saving the remainder of the piece.

The actual genius of the microservices design lies in its unmatched scalability, which transcends the complexities of development and fault handling. This method enables the seamless scaling of certain services in response to shifting needs, much like an orchestra that can easily expand to fill a large audience. The orchestra’s many sections might grow in size independently, guaranteeing that the show would still be faultless in the face of soaring crowd numbers.

  • Blockchain for Enhanced Security

   Blockchain technology is gaining traction in backend development due to its robust security features. By creating transparent and tamper-proof records of transactions and data exchanges, blockchain enhances data security and ensures data integrity.

Consider your data to be a priceless gem. Enter blockchain, the master craftsman poised to reinvent how it is shown. Your sensitive information is protected by uncrackable encryption on this ground-breaking canvas, ensuring its integrity. Blockchain is on watch. Therefore wave goodbye to the evil techniques of fraud and unlawful interference. 

Permissions serve as the personal data’s spotlight protector while it dances anonymously on the blockchain stage while donning an invisibility cloak. Instead of being restricted to a single server dully, data is protected, and hackers are confused by the spectacular dance across a network of connected computers.

  • Edge Computing for Reduced Latency 

   Edge computing pushes computation closer to the data source, reducing latency and improving real-time processing. This trend is particularly valuable for applications that require rapid responses, such as IoT devices and augmented reality applications.

  • Containerization with Docker and Kubernetes

  Get ready to be astounded by the technological advances that containers have made possible in the administration and deployment of applications! Get rid of the tedious process of building up intricate app settings. How we package, distribute, and manage programs has radically changed due to clever tools like Docker and Kubernetes, ushering in a new era of efficiency and agility in backend development.

The framework for software containerization known as Docker has become the top choice for streamlining application deployment. Developers may package their apps with all their dependencies into small, transportable containers using Docker. These containers have everything required for the program to function properly across many contexts, making them seem like self-contained worlds. It changes the game by enabling developers to release their applications.

What are the Impacts of Emerging Trends?

The emergence of these trends profoundly impacts the field of backend development. Applications are becoming smarter, more responsive, and better equipped to handle complex data interactions. AI-driven optimizations ensure peak performance, IoT integration enables real-time decision-making, and blockchain enhances trust in data transactions. 

Serverless architectures and microservices streamline development processes, while edge computing and containerization pave the way for efficient and scalable solutions.

The following effects of new trends in backend development are listed:

  • AI-driven optimizations make programs smarter, anticipating user demands and offering specialized experiences.
  • IoT integration enables apps to access real-time data streams, converting them into quick-thinking decision-making powerhouses. 
  • Microservices act as building pieces that speed up the assembly of complex systems and offer easy scalability and adaptation.
  • Blockchain ensures safe transactions and data integrity by encasing apps in an unbreakable cloak of trust.

The Final Words

Backend development stands at the forefront of innovation, driven by emerging trends that redefine what digital applications can achieve. As AI and IoT become integral to backend processes, applications will continue to evolve, providing users with seamless experiences. 

Serverless architectures and microservices will shape the future of development practices, while blockchain and edge computing reinforce security and responsiveness. Embracing these trends is crucial for staying competitive in an ever-changing technological landscape.

Using serverless architectures, microservices, blockchain, edge computing, and containerization, together with AI, IoT, and other technologies, developers may create applications that are dependable, scalable, and up to the challenges of the current digital world. Backend development continues to be a pillar of technical growth as we push the limits of what is possible.

With the Full Stack Developer Pro course, Imarticus Learning takes learners on a journey into the core of technology. Decipher the complex tones of a musical composition to understand the beauty underlying data structures and algorithms. This life-changing 6-month journey is more than a course; it’s a key to opening doors to interviews and clearing the way for a successful career in full stack development.

You will move between the frontend and backend programming worlds in this immersive learning environment, each step adding to the canvas of your knowledge. Imagine being led by a constellation of geniuses—a renowned faculty—who inspires learning in you with every contact. Without partners to answer your queries, a voyage is incomplete, and here you have 100 hours of doubt resolution like a seasoned navigator charting the course.

Full Stack Developer v/s DevOps Developer : Which One is Better?

A Full-Stack developer is responsible for creating and overseeing the development of a web application’s front end, back end, and database administration.

Contrarily, a DevOps developer simplifies and automates software application deployment, testing, and monitoring to bridge the gap between development and operations teams.

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While there is some overlap between the two positions, DevOps developers are more concerned with infrastructure and deployment procedures, while Full-Stack developers are more concerned with application development and user experience.

Keep reading to find out which of the two roles is superior.

Key Responsibilities of the Two Roles

Some of the responsibilities of both job roles are:

Full-Stack Developer-

  • Building and Creating APIs
  • Structuring the front end of a website
  • UI development for a website page
  • Addressing both technical and consumer needs
  • Confirming the optimisation of mobile platforms
  • Adapting to changes in programming languages and online applications

DevOps Developer-

  • Performance supervision
  • Project development and planning
  • Project rollout
  • Testing and deployment of code
  • Upkeep and Problem-Solving
  • Programming with scripting languages and source code management

Full-Stack Developers vs DevOps Developers: Similarities

The following points are discussed to give a parallel between DevOps and Full-Stack engineers.

  • Full-stack programmers also leverage DevOps tools- As needed for a project, a Full Stack developer may use DevOps technologies like GitHub and mongoDB to create software applications. They are part of a process where both deployment and automation are required.
  • The degree of complexity of the software stack– Software stacks in use nowadays are far more varied. As a result, each stack component needs specifically skilled employees. A Full Stack developer will only be able to work on a software stack that is simple enough.
  • An imperative for agile execution- If the business is an industry-facing organisation that needs solutions that don’t need frequent updates other than white labelling for the client firms, DevOps is not advised. The organisation can handle adjustments and maintenance needs with the help of Full-Stack developers.
  • Two specialists with different methods and approaches- Individuals on both development teams are highly trained professionals with the same objective. The objective is to deliver perfect software in the shortest time. Their approaches and guiding principles for accomplishing their goals set them apart.
  • The size of the needed crew and the available funds– For a sophisticated programme that uses various stacks, DevOps resources should be picked, while Full-Stack developers are ideal for apps with a narrow scope and multiple needs. When the cost is a crucial factor, Full-Stack developers may be a better alternative if your budget is tight.
  • Rapid scaling- You may scale up the number of services or product features and the number of business offers. If scaling is something you want to accomplish to improve the features of your product’s current rating, you must hire an offshore DevOps developer.

Full Stack Developer vs DevOps Developer: Differences

Full-Stack Developer

  • Full-Stack developers must be proficient in various programming languages and have experience creating applications for several platforms.
  • While Full-Stack developers can work anywhere, they may also visit client locations. They collaborate with other teams and work on projects for the majority of their time.
  • They frequently focus heavily on data structures and algorithms, so they spend more time perfecting the user interface (UI) and ensuring it is easy to use.
  • Full-Stack developers find it challenging to master and implement the newest technologies in their job when they enter the market.

DevOps Developer

  • DevOps professionals need to know various tools that may help them automate processes like code testing and deployments.
  • DevOps professionals frequently operate in a team environment where they may interact with software developers and IT teams. They must quickly adjust to new problems because of the often fast-paced nature of their work environment.
  • DevOps developers focus more on infrastructure and back-end development, which means they are in charge of creating and maintaining the networks, servers, and databases that underpin apps.

Which one Between DevOps and Full-Stack Development Should You Choose?

The software development industry relies heavily on full-stack and DevOps development. DevOps developers are responsible for the upkeep of the infrastructure required for software applications. The design, development, testing, and delivery of software applications fall within the purview of Full-Stack developers. These jobs require a solid grasp of technology, web development tools, and programming languages.

Whether to use full-stack development or DevOps engineering should depend on personal preferences. 

If you’re looking to focus on a certain area, DevOps developer may be your best choice. Full-Stack developers might be a great fit if you wish to work on a range of projects and have a more fundamental understanding of software development.

Conclusion

Full-Stack developers and DevOps developers have important roles in software development but have different areas of expertise and responsibilities. Ultimately, the right choice depends on the specific needs and goals of the software development project. 

Imarticus offers a Full Stack Development programme. The programme covers a wide range of topics, including front-end development and back-end development techniques.

As a comprehensive course, it provides hands-on experience in building full-stack web applications and also includes career services and job placement assistance to help students find employment post-course completion. 

7 Best Tools Used by DevOps Developers

The DevOps revolution results from the demand for agility, teamwork, and seamless integration in the quickly evolving field of software development. DevOps has changed how teams create, deploy, and manage software, a seamless union of development and operations that fosters a culture of continuous improvement and rapid delivery.

Many cutting-edge technologies, each expertly designed to optimize workflows, automate processes, and catapult creativity to new heights, are central to this disruptive movement. You’re going to go on an amazing journey through the seven top tools used by DevOps engineers if you’re interested in the magic that happens in the background to make your favorite applications and platforms operate smoothly.

This blog outlines seven DevOps tools and technologies. These products are intended to streamline your workflow and make your life easier. Regardless of your level of expertise, you will find something intriguing and helpful in this list.

So, without further ado, let’s dive into the seven best tools used by DevOps developers!

What are the best tools used by DevOps developers?

DevOps tools in 2023 are software applications that help teams automate, manage, and collaborate on the software development lifecycle. They are crucial for businesses that wish to implement DevOps techniques and boost their software delivery efficiency, dependability, and quality.

Best Tools for DevOps Developers in 2023:

  • Kubernetes

Kubernetes is a tool that helps you orchestrate and manage your containers. Kubernetes allows you to deploy, scale, and update your applications reliably and efficiently. You can use Kubernetes to automate load balancing, service discovery, networking, security, and monitoring tasks. Kubernetes also supports multiple cloud providers like AWS, Google Cloud, and Azure.

  • Jenkins

Jenkins, an open-source continuous integration server, automates a software project’s whole build cycle. This tool’s Pipeline function is its USP; developers can automatically submit code to the repository, execute test cases, and receive test results reports.

This extremely adaptable tool gives you immediate feedback and will alert you if a certain sprint is causing damage to or breaking a project. Jenkins can automate most of the SDLC’s tools and activities, enabling team members to work more quickly.

  • Ansible

Ansible is an open-source CM DevOps deployment, automation, and orchestration solution. Although Ansible employs an infrastructure as a code architecture, its push nodes are agentless because they connect over SSH. Ansible is regarded as the most user-friendly of the three since its playbooks are written in YAML with few instructions and are readable by people. 

  • Terraform

Terraform uses “providers” to manage external resources (such as network appliances, platform as a service, software as a service, private cloud infrastructure, and public cloud infrastructure). HashiCorp may interface with community-developed providers and keep a comprehensive list of authorized providers. Users can communicate with Terraform providers by contacting data sources or defining resources. 

Terraform utilizes declarative configuration to specify the intended final state rather than imperative instructions to provide resources. When a user uses Terraform on a particular resource, Terraform will carry out CRUD operations to achieve the required state on the user’s behalf. The flexibility to write the infrastructure as code modules encourages reuse and maintainability.

  • Slack

Slack, introduced in 2013, is still among the most popular communication applications for productive project collaboration. Technical businesses worldwide use this DevOps solution to break down boundaries and provide every team member with a clear understanding of the workflow. The ability for developers to work together utilizing toolchains in the same environment as other maintenance and service personnel is an intriguing aspect of Slack.

Technologies for cooperation and communication at work are as many and varied as one may imagine. Additionally, several considerations, like integration and automation capabilities, security, user experience, and whether to employ open-source software, are considered when determining which tools best meet certain company objectives.

Slack is one of the most widely used applications for teamwork and communication. To start, Slack provides free, standard, and enterprise premium versions to accommodate a variety of clientele with different demands.

  • GitHub

Despite being introduced in 2000, GitHub is still one of the best DevOps solutions for simple collaboration. Developers may quickly iterate the code using this tool, and the other team members will immediately be notified. Thanks to the branching history of modifications continuously recorded inside the tool, rollbacks to the previous version may be made in the event of any error or repercussion in a matter of seconds.

The Final Words

The various tools that are accessible to DevOps developers are just a few of those that are highlighted in this blog. Your particular demands will determine which tools are ideal for you. The resources provided here are a wonderful beginning to start your investigation.

New tools are continually being created as advanced DevOps solutions. It’s critical to keep up with the most recent developments to select the finest tools and technologies for your team. Several resources are available to assist you in getting started if you are interested in becoming a DevOps developer. Books, articles, and tutorials are all available on the subject. You may connect with other DevOps developers in a variety of online groups as well.

The Full Stack Developer course from Imarticus Learning gives you the knowledge of data structures and algorithms needed to create end-to-end apps. Gaining technical proficiency in front-end and back-end programming over this six-month curriculum will pave the way for a rewarding future as a full-stack web developer. 

What is the Role of Server-Side Programming in Creating Dynamic Web Applications

In web development, server-side programming is crucial in creating dynamic web applications. It is the backbone of functionality and interactivity on the internet. Server-side programming enables websites to deliver personalized content, process user input, and perform complex tasks behind the scenes. 

Consider server-side programming as the dynamic web application’s heart. It is the unseen power behind the scenes, processing data, producing dynamic content, and ensuring a smooth user experience. Web applications would be empty shells without it, unable to respond to user inputs and change their behavior.

This post will explore the role of server-side programming and how it contributes to creating dynamic web applications.

What is Server side Scripting?

Server-side scripting is a web development approach that uses scripts on a web server to generate responses specific to each user’s (client’s) request to the website. The alternative is to deliver a static web page directly to the web server. 

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Any server-side scripting languages available can be used to create scripts. Client-side scripting, where embedded programs like JavaScript are run client-side in a web browser, is distinct from server-side scripting, but both approaches are frequently combined.

Server-side programming refers to the execution of code on the server that hosts a website or web application. Unlike client-side programming, which runs on the user’s device, server-side programming occurs on the server before the content is sent to the user’s browser. This approach allows developers to process data, perform calculations, and interact with databases, among other tasks.

Most large-scale websites employ server-side programming to display different data as needed dynamically. This data is often taken from a database kept on the server and given to the client to be shown via some code (such as HTML and JavaScript).

Importance of Server-Side Programming in Dynamic Web Applications

A group of “server-side optimization techniques” can be applied to boost a server’s performance. The server’s hardware, software, and configuration may be optimized to achieve this.

  • It enables data processing and dynamic content development on the server before it is provided to the client. Server-side programming is essential for dynamic web applications.
  • It allows the server to manage complicated logic, computations, and database interfaces, ensuring the application runs smoothly.
  • Better security is provided by server-side programming because it keeps sensitive information and crucial business logic off the user’s browser and on the server.
  • Scalability and speed improvement are made possible because of the server’s capacity to manage several requests simultaneously and streamline code execution.
  • To handle user authentication, session management, and data validation and guarantee a safe and dependable user experience, server-side programming is crucial.

How does server-side programming interact with databases in web applications?

The Function of Server-Side Programming in Developing Dynamic Web Apps

  • Enabling Dynamic Content

One of the primary functions of server-side programming is to generate dynamic content. Dynamic web application frameworks provide personalized and interactive experiences to users. With server-side programming, developers can tailor the content based on user preferences, input, or other variables. For example, an e-commerce website can display product recommendations based on the user’s browsing history or location. Server-side programming empowers developers to create customized experiences that engage and motivate users.

  • Processing User Input

Server-side programming is responsible for processing user input and handling form submissions. When a user interacts with a web application by filling out a form or submitting data, the server-side code receives and processes that information. This enables websites to validate user input, perform necessary calculations, and store or retrieve data from databases. Server-side programming ensures the security and integrity of user-submitted data by implementing validation checks and sanitization measures.

  • Interacting with Databases

Database interaction is a fundamental aspect of server-side programming. Web applications often need to store and retrieve database data to provide dynamic and personalized content. Server-side programming languages like PHP, Python, or Ruby offer robust database integration capabilities. Developers can write code to establish database connections, execute queries, and retrieve or update data. This allows web applications to deliver real-time information and maintain persistent user data.

  • Implementing Business Logic

Server-side programming also enables the implementation of business logic in web applications. Business logic refers to the rules and processes that govern the behavior and functionality of an application. With server-side programming, developers can define and execute complex algorithms, calculations, and workflows. This allows web applications to automate tasks, perform validations, and deliver accurate results to users. Server-side programming acts as the engine that drives the functionality of web applications.

  • Enhancing Performance and Scalability

Server-side programming contributes to the performance and scalability of web applications. The burden on the user’s device is reduced by processing complex tasks on the server. This results in faster page loading times and a smoother user experience. Additionally, server-side programming allows developers to optimize and scale their applications efficiently. They can implement caching mechanisms, load balancing, and other techniques to handle increasing traffic and deliver content reliably.

The Final Words

Server-side programming is vital in creating dynamic web applications. It enables the generation of personalized content, processing of user input, interaction with databases, and implementation of business logic, and enhances the performance and scalability of web applications. By harnessing the power of server-side programming, developers can create engaging and interactive web experiences that motivate and captivate users. 

The Full Stack Developer Pro course from Imarticus Learning is meant to teach the nuances of data structures and algorithms. This extensive 6-month curriculum is designed to provide you with the technical proficiency in front-end and back-end programming needed to secure a rewarding career as a full-stack web developer. It also promises interview help. The course leads the industry in training hours, with 350 hours of intense teaching and 100 hours of doubt resolution from a recognized faculty.

So, the next time you browse a dynamic website or use a feature-rich web application, remember the critical role of server-side programming behind the scenes.

Companies hiring full stack developers in 2023

full-stack developer is in high demand in 2022 as the need for such professionals is increasing across the board. So much so that companies have started hiring full stack developer freshers who have just graduated from college or who have just completed a full stack development course. Although this might seem to be a tall order, full-stack developers are indeed getting 100% placement because of their versatility and the comprehensive skill set that they bring to the table. 

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But which are those companies that are hiring full-stack developers in 2022? We have made a list of the top companies which are hiring full-stack developers. Most of them prefer a MEAN Full Stack Developer or a MERN Full Stack Developer, but it is a full stack developer they want.   

  • Cognizant Technology Solutions

Cognizant is one of the companies looking for a full-stack developer team capable enough to handle their web and app development projects. It has always been involved in handling big international clients by digitizing the operations for its clients. Cognizant manages operations for international bigwigs like Walmart, JP Morgan, Kohl’s, Disney, Citibank, and McGraw Hill. The company has branches in all the major IT hubs in India from where it runs its operations. For handling these clients’ projects, Cognizant requires the services of C#, Java, Angular (MEAN full stack developer), and Spring and SpringBoot developers.

  • Tata Consultancy Services

Just like Cognizant, TCS or Tata Consultancy Services is another top performer in the software industry. They are reputed at a national and international level for creating customized software products for various clients. So, for that purpose, TCS requires both Java and Angular JS developers (MEAN stack) for their development projects. They offer both a good job environment and handsome salaries to its full-stack developers. There are around 17 TCS branches in India.

  • Accenture

Accenture is another software behemoth in India that is situated in around 10-plus locations. The company has a software division that has a full stack development arm which was earlier known as Cygni. Accenture has been investing heavily in full-stack development and actively hiring full-stack developers from all across the country. The packages are decent, and the work environment is extremely progressive.  

  • IBM

IBM India is one of the top recruiters of full-stack developers in India. It has been developing various kinds of software for a global delivery network. Therefore, it needs the services of many full-stack developers. So, it is one of the important companies that are hiring full-stack developers in 2022.

  • Infosys

Infosys is another big player in the IT sector. When it was launched, Infosys was the new and young boy in the period when the software industry was stoic in those times. They experimented a lot, and they completed many projects related to business consulting, information technology, and outsourcing services. Some of the other cool projects that Infosys handled were the equity trading portfolio manager and an interest calculation system for a retail bank.  

  • Capgemini

analytics and data science jobsCapgemini is a French IT and consulting company. It has also invested heavily in 5G technology and Edge services. So, it is one of the few companies which has also been building a workforce of full-stack developers. They have been making technology for tomorrow. So, there is a brilliant scope for a full-stack developer.  

  • Wipro

Wipro has always been the poster boy for Indian IT services and has always been a step ahead of other IT services. So, it comes as no surprise that it has also forayed into countries like the US. Wipro’s future projects range across artificial intelligence, cyber security, cloud computing, digital transformation, robotics, and data analytics. So, there is no doubt that they need an army of full-stack developers.

  • Mindtree

Mindtree is the IT arm of Larsen and Toubro. It is an MNC that handles IT services and is also a consulting company. It has a variety of software projects running across various domains that require full-stack developers in droves, and there is still room for many full-stack developers from Java and AngularJS.

Conclusion

To sum up, a MEAN full stack developer is a highly coveted job position. Since most of the development work focuses on handling critical development issues, you need to come up with a feasible solution. To be capable of doing so, you need in-depth knowledge of the field as a full-stack developer.

In this regard, you can check out a relevant course and also the full stack developer course fee from Imarticus Learning.