How to start learning software development?

1. First of all, if you can, it is not recommended to learn alone, and if you have money, you still have to sign up for a training class. It can be much faster with a teacher's guidance.

3. Look around to see if there are any colleagues or friends who are doing development, and ask them to give you advice. Asking them to tell you what to focus on can be more efficient.

5. In the process of self-study, you should do more hands, and follow the case by yourself.

6. Assign yourself a set of study schedules and develop a good habit of studying at the specified time every day.

7. Cultivate your interest in software development, interest is the best teacher. With interest, all learning will become active and will play a role in getting twice the result with half the effort.

The ways to learn software development are: 1. Start self-learning software programming courses; 2. Familiar with algorithms and data structures; 3. Learning of additional skills; 4. Cultivation of hands-on ability. (1) Start self-study software programming courses:

There are many different types of programming languages, and each one has its own merits, so you need to know which one you want to learn before you learn. After the determination, it is necessary to make a reasonable study plan and implement the study plan consistently. Develop good study habits during the study process.

First of all, we need to determine a learning direction, and the content that needs to be learned in different directions is also different, and the learning time is also different. For beginners with zero foundation, in the process of learning software development, there are two problems that need to be solved, one is to have an effective communication channel, and the other is to have a certain practice scenario.

Generally speaking, there are three major directions that can be considered for learning software development: First: web development.

At present, the market size of web development is still very large, and there are many programmers engaged in web development.

Web development is usually divided into front-end development and back-end development, at present, driven by cloud computing, the boundary between the front and back end is gradually blurred, and the web full-stack programmer will be a relatively large development trend, so if you want to learn web development, you should pay equal attention to the front and back end. Usually, web development takes 3 to 6 months to get started.

Software development is all about: requirements, design, programming, and testing!

Requirements: Not only user needs, but all requirements encountered in development. For example, you first need to know what problem you are doing this project to solve. What data should be entered in the test case......In order to get a clear picture of these requirements, you often have to communicate with customers, project managers, etc.

Design: Before coding, there must be a plan that tells you what you want to do, what the structure will be, etc. You have to follow this, or it could be a mess.

Programming: If by project deadline, your program doesn't work up or meets the client's requirements, you won't get paid.

Testing: The purpose is to let you know when it's done. If you're smart, you should write the test first so you know if you've actually done it. Otherwise, you often don't know which features are really done and how far from the desired goal is.

In software development, both customers and developers have their own basic rights and obligations.

Customer: Define the business priorities of each user's needs;

Develop an overall plan, including how much to invest, how long it will take, and what it will achieve;

Every working week in the project development process can make the investment get the most slippery and large returns;

Accurately grasp the progress of the project by repeatedly running the functional tests you specify;

Ability to change requirements, features, or priorities at any time while avoiding costly reinvestments; Able to adjust the project plan in a timely manner according to various changes;

Ability to cancel projects at any time; When a project is cancelled, the previous development work is not a pile of garbage, the developed features are in order, and the work in progress or unfinished should not be difficult to pick up.

1. Foundation. This is the starting point for every developer. The developer has just learned a language, such as C, learned basic data structures and algorithms, and consolidated the knowledge with some exercises.

These exercises are mainly after-class exercises, which are exercises on simple basic concepts such as printouts, receiving input from the user, traversal of arrays, sorting, or linked lists.

The next step is to do some simple projects, which do not have complex algorithms and advanced domain knowledge, such as statistical analysis of data, after-sales management system of products, etc. These projects, although simple, are a real and complete project. It not only practiced the developer's ability to apply the language, but also experienced the whole life cycle of software development, that is, software engineering, from project demand analysis, to design and development, to software release and project acceptance, and finally to software maintenance.

Through simple projects, I mastered the ability to navigate the language and became familiar with software engineering. As your ability improves, you will gradually get in touch with more complex projects, so that your ability can be further consolidated and improved.

Competence enhancement includes proficiency in the use of language and software design. Exposure to and familiarity with more languages, such as dynamic language pyhton, scripting language bash, emerging language golang, swift, etc.

Through the comparison between languages, we can have a clear understanding of the advantages and disadvantages of languages, so as to choose a reasonable language in the project.

2. Architecture design and system analysis.

As more and more projects are done, you will find that most of them are duplicating and reach a bottleneck. It is possible to read a lot of books and make the transition to software architecture and systems analysis. When designing software, pay more attention to the architectural design.

Software architecture can be derived through evolution. But if you can see farther and do some design in advance, you will get twice the result with half the effort.

At this stage, it can take a lot of time to spend in the business area. Because software technology doesn't need to invest much energy for the time being, there is also time to focus on the business area. Familiar with the business field, able to analyze the needs and constraints of users, write information system requirements specifications, formulate project development plans, etc., and be able to evaluate and select appropriate development methods and tools according to the actual working environment; Able to write system analysis, design documents, etc. in accordance with standard specifications.

Exercise system architecture and system analysis skills in real-world projects.

If you want, you can take a system architect or system analyst.

3. Basic algorithms and project management.

After developing to this level, I am familiar with both software technology and business areas. The so-called poor will be good for themselves, and good will help the world. It's likely to bring new employees with you.

This is an opportunity to practice leadership and get a feel for how to lead people. Lay the groundwork for the next step in leading the team. You can arrange some of the things at hand for them to do.

Take a break from yourself to study more important things. For example, research on basic algorithms, expanding into new fields, etc.

In fact, at this stage, there are two options, you can go further to project management and be a project manager. You can also delve into basic fields and become domain experts.

To learn programming and software development. To get started, we can consider starting with C plus ++. But be sure to keep it in mind. Practice more, think more, and draw inferences from one case to another, in order to learn better. Because software development itself is the process by which a person teaches computer software how to work.

1. First of all, if your own economic conditions allow, it is recommended to apply for a training course, which has a good reputation on the market, most of which lasts for four months, which is fast and effective.

2. If you don't want to spend money on training, you might as well take the way of self-study. If you have colleagues who are engaged in software development, you can ask them for advice, and ask them to give you a line of key knowledge and learn in an orderly manner.

3. Usually go to the book guess store, buy some good development books, and spend time to study after work. Think more when reading a book, ask a friend if you don't understand a question or search for answers from the Internet.

4. Now the online self-service omen learning resources are also very rich, you can find some self-study from a lot of self-study**, which is equivalent to someone teaching, and the efficiency of learning will be very fast.

5. If you think that the resources you find are not systematic enough, you can buy some first-class tutorials from the Internet, these tutorials are usually very cheap, you can buy them for dozens of dollars, and you can learn systematically after buying.

6. If you have classmates from the training class, you can also ask them for some self-study, which saves trouble and effort, and colleagues can also learn systematically, which is a very efficient way.