Cloud Computing Scope

LPU offers a B.Tech programme with Google Cloud specialisation because it aligns students with industry-relevant skills in cloud computing. This partnership with Google Cloud provides students with in-demand technical knowledge, hands-on experience, and exposure to real-world cloud solutions, making them highly attractive to tech companies after graduation.Reasons Behind the Program:Growing Demand for Cloud Skills: Cloud computing skills are in high demand as businesses across industries move to cloud-based infrastructures. Google Cloud, being one of the major cloud service providers, equips students with knowledge that's relevant to current job markets.2. Industry Collaboration: Collaborating with Google Cloud allows LPU to offer industry-certified training. Students get access to Google Cloud's training resources, which add significant value to their resume and often include certification opportunities recognised globally.3. Hands-On Experience: Students work on live projects, internships, and use tools directly from Google Cloud, gaining practical skills that are highly valued by employers.4. Advantage in Job Placement: The program's curriculum integrates Google Cloud technologies, which can improve placement prospects in roles like cloud engineer, solutions architect, and data engineer, among others.Career Growth: Cloud computing is becoming essential for organizations of all sizes due to its scalability, flexibility, and cost-efficiency. The demand for cloud architects, engineers, and specialists is high, especially with companies like AWS, Microsoft Azure, and Google Cloud leading the industry.Roles: Common roles include Cloud Developer, Cloud Architect, Cloud Engineer, and DevOps Engineer.Salary Expectations: For entry-level positions, salaries can range from INR 5-10 LPA (or around $60,000 to $100,000 annually in the US). With experience, packages often rise, especially with cloud certifications and specialisation in sought-after areas like  This partnership shows LPU's efforts to align its B.Tech programs with evolving tech industry standards, providing its students with a competitive edge.

Cloud computing has a vast scope, and it is a rapidly growing field with immense potential. Here are some reasons why cloud computing has a promising future:
High demand for cloud computing skills: The increasing adoption of cloud computing technology by organizations has resulted in a high demand for professionals with cloud computing skills. According to industry reports, cloud computing is one of the top-paying IT skills, and professionals with cloud computing certifications can earn higher salaries compared to non-certified professionals. Flexibility and scalability: Cloud computing provides flexibility and scalability, enabling organizations to access computing resources on-demand and scale up or down as per their requirements. This flexibility makes cloud computing a preferred choice for organizations, particularly startups and small businesses that do not have the resources to invest in expensive hardware and infrastructure. Cost savings: Cloud computing can help organizations reduce their IT costs significantly by eliminating the need for expensive hardware, maintenance, and upgrades. This cost-saving advantage makes cloud computing an attractive option for organizations of all sizes. Diverse range of job opportunities: Cloud computing offers a diverse range of job opportunities, including cloud architect, cloud engineer, cloud developer, cloud security specialist, and cloud project manager. This provides flexibility in career paths and opportunities for growth and specialisation. Constantly evolving technology: Cloud computing is a technology that is constantly evolving, with new tools, platforms, and services being introduced regularly. The dynamic nature of cloud computing offers opportunities for learning and growth, making it an exciting field to work in.

Employment in cloud computing is projected to expand by 5% over the next decade, making it one of the fastest-growing industries. That is to say, if you want to make a living in this industry, you won't be short of job options. And there's a large variety of subfields to choose from, too, such Big Data, DevOps, advanced networking, security, and operations development. In fact, I was on the hunt for an institution that offered a Cloud Computing and SysOps programme to assist me develop in my profession. I am picky about the places I allow myself to devote time and resources. The breadth of the NIIT's offerings convinced me that it was the best option for me. Numerous educational opportunities exist to help pupils fully grasp the material. I am certain that the curriculum offered at this school provides students with all the tools they'll need to succeed. Their approach to teaching is student-centered, which allows for a lot of hands-on learning opportunities. Your resume will seem stronger if you add a credential you earned from a recognised organisation. Once the programme concludes, you will be able to put your acquired talents to work immediately since you have a job waiting for you.

1. Cloud administrator
Companies often employ specialists to oversee their cloud-based operations. They design security procedures and rules, monitor and assure uptime, and evaluate the need for technological improvements; they also create, enforce, and update policies about how workers and users use cloud services.
2. Cloud support engineer
When there is technology, there will always be issues. Engineers that specialize in cloud computing provide technical assistance to customers, most of whom are businesses rather than end users. Cloud support engineers are not only expected to be available whenever a customer needs them, but also to document the platform's use and training processes in the form of guides, FAQs, and tutorials. The ideal candidate will have strong verbal and written communication skills and expertise providing technical help and troubleshooting.
3. Cloud security analyst
Analysts in this field are accountable for the safety and security of a company's cloud infrastructure. This is achieved through conducting risk assessments and bolstering defenses, with the goals of averting data breaches, protecting data, and closing security loopholes in the case of a breach.
4. Cloud network engineer
IT experts in this job are responsible for the development and upkeep of the organisation's cloud services throughout the enterprise network. Some cloud network engineers' responsibilities may overlap with those of cloud architects and engineers, such as the need to research and propose new cloud providers, evaluate business requirements, and give platform suggestions.
5. Cloud software engineer
Engineers specializing in cloud computing collaborate with other IT professionals, such as programmers and computer scientists, to create cloud-based applications and services. They not only create the software that runs the company's databases, but are also responsible for updating, fixing, and maintaining it.
6. Cloud automation engineer
There will be a growing need for cloud automation engineers to design, deploy, and manage the growing body of cloud-based automation systems. Workers benefit since they no longer have to do mundane chores.
7. Cloud engineer
Engineers in the cloud are in charge of the organizational elements of a company's cloud plans. While architects and engineers work together to execute a company's cloud strategy, engineers also handle the administrative job of negotiating with customers and suppliers to keep the project on track.

A 5% increase in cloud computing employment over the next decade makes it one of the fastest-growing industries. Therefore, if you are contemplating a career in this field, you may choose from a number of different paths. Operations research, design of solutions, and high-level networking are only a few examples of the many specialised fields that exist. Among the various subfields are DevOps and Big Data. When looking for a university, I knew I wanted to study in a programme that focused on cloud computing and systems operations (SysOps). When it comes to making purchases, I am quite fussy. In my opinion, NIIT is the best because of the variety of courses it offers. There are a variety of teaching methods available to ensure that students have a thorough understanding of the material. In my opinion, you can learn all you need to know from the classes offered at this school. Since they focus on the needs of the students, they are able to provide them with extensive opportunities for practical learning. Including a degree from a reputable institution can help your resume stand out. The training will culminate with a job offer so that you may put your new skills to use right away.

My own interest in the subject led me to realise that there is a lot more to learn and that depending just on free web resources is not enough. As a result, I decided to seek professional assistance. I just finished a Cloud Computing and SysOps programme online course. After a lot of experimentation, I chose to enrol at NIIT. After completing this course, I went from being a senior IT engineer to a DevOps specialist. This course will teach you the foundations of cloud computing and how to implement them in your own work. All you need to know about cloud hosting service providers will be covered in this course, including design, deployment, service offerings, and so on. Everything in this class is set out so that you can get a handle on the most important concepts quickly and easily. Having their accreditation is a great advantage in the area of information technology.

There are a number of security and privacy concerns associated with cloud computing.
Multi-tenancy - makes it easier for a hacker to to steal the data of all business customers who share the same cloud database.
Threats of data loss and data leakage -the threat of data leakage increases when employees use their mobile devices to access and share corporate documents via cloud storage services such as DropBox, Box, etc.
Insecure APIs - Most cloud service providers do not pay attention to the security of their APIs which can pose risks to an enterprise data with regards to privacy and data integrity.
Encryption - Most government regulations (HIPAA, PCI) require that data encryption. Although encryption is widely used, it is often implemented poorly. Many companies depend on the cloud provider for encrypting data which means that have control of the key & can access the data anytime.
Key management - Managing and storing these keys in a safe and secure location is of paramount importance when it comes to keeping the entire cloud database safe and secure. Most companies store both encryption and decryption key on the same database which can be detrimental for security.
Scope:
According to the statistics provided by the market research media, the worldwide market for Cloud Computing is likely to grow at a CAGR of 30% to reach US$ 270 billion through the year 2020. Considering the cutting-edge innovations and new industry-specific applications, cloud computing is fast emerging as an essential component of an enterprise IT framework.
Organizations, both big and small have deployed the cloud technology in some suitable capacity. Enterprises need expert IT professionals to work around the cloud. The cloud computing industry requires professionals with adept training and knowledge in both technical and managerial fields. The demand for IT professionals continues to rise at an exponential rate as more and more enterprises adopt cloud computing.

The systems administrator role:
The systems administrator role is perhaps one of the earliest in technology, at least as far as the implementation of a system goes. In the earliest days of computing, electronic technical professionals built prototype computers. In time, the systems administration role owned the installation, configuration, operation and tuning of these systems once they went into production and use on a larger scale.
A few of the tasks associated with the role are:
1. Planning, installing and configuring systems.
2. Planning, designing and creating storage, networking and other system components.
3. Planning, designing and implementing high availability and disaster recovery for each system.
4. Maintaining and monitoring systems.
5. Implementing performance tuning systems based on monitoring.
6. Re-balancing workloads across servers based on monitoring.
7. Securing systems, networks and individual computers based on requirements and implementation.
8. Planning, implementing and controlling user and account security rights and restrictions.
How the cloud changes things:
The systems administrator has the same concerns and impacts of the cloud as the DBA and the systems architect. They need to educate themselves on the options within this new option, try a few test solutions out and of course work with others on various parts of the implementation.