What courses do I need to take in cloud computing?

The courses that need to be learned in cloud computing are mainly Linux cloud computing network management, Linux system management and service configuration, Linux shell automatic operation and maintenance programming, open source database SQL Nosql operation and maintenance, large-scale high-concurrency architecture and automated operation and maintenance projects, security penetration testing and performance tuning projects, public cloud operation and maintenance technology projects, enterprise private cloud architecture and operation and maintenance, Python automatic operation and maintenance development foundation, and Python automatic operation and maintenance development projects.

Cloud computing is the product of the development of a variety of computer network technologies, including network storage technology, virtualization technology, distributed computing, parallel computing, and utility computing.

1. The first thing that cloud computing needs is to learn its system foundation. It mainly includes Linux system management, database management, KVM management and the establishment of cloud computing environment.

2. Secondly, you need to learn Linux network management, database synchronization, HKVM migration and remote management, cloud computing and image management.

3. Finally, you need to learn database clustering, KVM virtual machine embedding, cloud computing storage management, docker practice and cloud computing data management, in addition, Linux storage management and cloud computing network management are also indispensable courses.

Cloud computing is currently a very hot IT technology, and learning requires a college degree or above, so it will be easier for computer students to understand and progress faster. As for the way of learning, you can choose to study on your own or choose institutional studies.

The main contents of cloud computing learning are:Network foundation and Linux system management;

Optimized and highly available skills;

virtualization and cloud platform technologies;

DevOps. If you want to learn systematically, you can investigate and compare the popular schools that offer IT majors, and good schools have the ability to independently develop courses according to the needs of current enterprises.

Answer: Cloud computing is the pattern of addition, use, and interaction of Internet-based services, typically involving the provision of dynamically scalable and often virtualized resources over the Internet. Cloud is a metaphor for the network, the Internet. In the past, clouds were often used to represent telecommunication networks in diagrams, and later they were also used to represent the abstraction of the Internet and the underlying infrastructure.

As a result, cloud computing allows you to experience even 10 trillion operations per second, which is so powerful that you can simulate nuclear, climate change, and market trends. Users access the data center through computers, laptops, mobile phones, etc., and perform calculations according to their own needs.

In layman's terms, cloud computing is to calculate through a large number of computing resources in the cloud, such as: users send instructions to provide cloud computing service providers through their own computers, and carry out "core" calculations through a large number of servers provided by service providers, and then return the results to users.

The cloud computing learning course outline is as follows:

1.Linux cloud computing network management practice.

2.Linux system management and service configuration practice.

3.Linux shell automatic operation and maintenance programming practice 4Open source database SQL NoSQL O&M practice 5Large-scale high-concurrency architecture and automated O&M projects.

6.**Actual combat of security penetration testing and performance tuning projects.

7.Public cloud operation and maintenance technology project practice.

8.Enterprise private cloud architecture and O&M practice.

9.Python Automated O&M Development Basics.

10.Python automated operation and maintenance development project practice.

The essence of cloud computing is the social division of labor, and the value generated by the social division of labor can be generated by cloud computing, such as the cost reduction and efficiency improvement generated by scale and refinement.

Here are the courses you mentioned, you can check them out.

Linux foundation, networking, 50-100 cluster architecture, 200-2000 cluster architecture, OpenStark, Docker, K8S, Alibaba Cloud, database, network security, Python starter automation are all needed! You can consult with a professional.

Mobile app development. Background development (cloud storage, application development), security knowledge, reliability transmission technology, and various document technologies. It depends on what you're doing with mobile computing.

The cloud computing learning course outline is as follows:

Linux cloud computing network management practice.

2.Linux system management and service configuration practice.

3.Linux shell automatic operation and maintenance programming practice 4Open source database SQL NoSQL O&M practice 5Large-scale high-concurrency architecture and automated O&M projects.

6.**Actual combat of security penetration testing and performance tuning projects.

7.Public cloud operation and maintenance technology project practice.

8.Enterprise private cloud architecture and O&M practice.

Here's what you need to learn:

1.Business and financial skills.

The convergence of technology and business has always been the absolute key to success, especially in the era of cloud computing.

2.Technical skills.

With cloud computing, enterprises or other organizations can streamline their IT resources and offload most of the day-to-day system and application management.

3.Enterprise architecture and business requirements analysis.

Cloud computing requires IT professionals to preferably have interdisciplinary knowledge, especially service-oriented architectures.

Available Jobs:

1.Cloud platform operation and maintenance engineers for cloud platform management, service construction, data security maintenance, and performance optimization.

2.Cloud service application development engineer based on the development, testing, and maintenance of cloud application software products.

3.Promote and sell cloud computing management platform and server virtualization software and cloud application software system product sales engineer.

4.Handle customer technical consultation, technical customer service to solve common product technical problems.

5.Cloud platform implementation engineers who build a cloud computing management platform for enterprises or enterprises to ensure the smooth online operation of the private cloud platform.