What does a Software Engineer do? Should I become a Software Engineer?
Software engineers design and create computer systems and applications to solve real-world problems. Software engineers, sometimes called software developers, create software for computers and applications. Should I become a Software Engineer?
Skills and Knowledge of Software Development Engineers
During university, the main courses studied are “Algorithm Analysis and Design”, “Operating System”, “Data Structure” and “Programming Language”. Programming knowledge in languages like C/C++ and Java is a need for this role, as is in-depth knowledge of a particular language. We need to be able to build algorithms and data structures at the most fundamental levels since this is merely the most fundamental talent. In terms of operating system and network, we need to be proficient with the system’s API interface, create good programs, be familiar with the LINUX operating system, be aware of HTTP and other communication protocols, comprehend the fundamentals of network programming, have experience creating sizable servers, or have work experience in a field related to search.
Should I become a Software Engineer? As a Software Engineer, we must be able to use our theoretical understanding of Computer Science’s fundamental concepts, including the composition of computers, master data structures, algorithm analysis and design, and compilation principles. Git, SVN, and other types of version control software.
You can master one or two of them and pick up the rest through actual work. After all, technology evolves too quickly, and you should always have an open mind. Every three to five years, there is an update from the standpoint of technical architecture. You won’t be able to stay up with the advancement of the industry if you can’t keep a learning mentality.
Should I become a Software Engineer?
1. Software development is the soul of the IT industry
Without software, computers cannot function, man-machine interaction cannot be accomplished, and there is no computer network for transferring, distributing, and managing data without software!
2. Software development has a wide range of applications
Online banking, shopping, and entertainment are all integral parts of our daily life, as are mobile devices, online games, text messaging, and email; Software permeates every smart gadget and tool we use in daily life. The new digital age has determined that all spheres of life, including business, agriculture, finance, the military, education, and health care, will experience an increase in automation. This means an introduction and creation of software applications!
It may be more intuitive to use examples to illustrate the application fields of software engineering.
Example 1
Consider going grocery shopping as an illustration. The salesperson typically uses a computer to do business activities throughout the checkout process. To get the sales price and add it up, first scan the product’s barcode and send the information to the computer. Calculate the amount of change after adding up the item’s total cost. Keep track of the dates, quantities, and stores you visit. Here, instructions sent through the software program incorporated in the computer are used to achieve the reciprocal conversion between the barcode and the price as well as the function of adding up the amount.
Example 2
When it comes to the power industry, the scale of the power network is continually expanding for the power sector. However, because there are only so many power dispatchers, it is hard for the dispatcher at the dispatch center to manage on-site command and maintenance of power outages that happen in various locations in real-time. The operating duties assigned to some equipment by software must be accomplished for these remote activities. The purpose of developing software is to help power dispatchers manage the entire power grid quickly and efficiently.
The aforementioned are merely two examples of software engineering in use. It may be argued that the use of software engineering not only fosters economic and social progress but also improves the productivity and convenience of people’s daily lives.
3. Software development skills are highly valued
The foundation of the software industry’s growth is having enough supply of talents. There is a major shortage of software talent worldwide. There is a dearth of software talent in nations and regions including Europe, America, Japan, and India. The scope and quality of higher education and vocational training have significantly increased and improved with the economy’s quick development. The future and politics of a nation are connected to the growth of the software sector. For example, Germany, the United Kingdom and the United States have put policies in place to aid the growth of the software business. Even the introduction of software skills is approved in developed nations.
Software personnel are always the core component of software design and development. Despite using the same development model, programming language, and database and adhering to unified development criteria, software quality indicators like function realization, running speed, readability, and maintainability are frequently influenced by the degree of software professionals. This calls for creative thinking from software skills and also establishes the fundamental principles of those talents.
The software industry does not need natural resources and major equipment, and the core of competition lies in the level of software talents. Employers know very well that only satisfied talents can be retained in the company, and only by retaining talents can the core technology be kept secret. Therefore, many companies try every means to maintain their talented employees, such as: domestic and foreign training at public expense to improve technical capabilities; improve salary to improve talent satisfaction; reasonable promotion path to extend the service life of talents.
4. Software development talents are paid well
Graduates in software development typically start out earning more than the national average, and the rate of wage growth is heavily influenced by the state of technology.
The US “Money Rankings” website announced the selection of the “50 Best Jobs in the United States” in May, and JAVA software engineers won the “Best Jobs in the United States”. “China Daily” pointed out: China’s “software engineer” position has an average annual salary higher than other positions, and has a strong prospect of salary increase. The data of Mycos’ “2018 Chinese College Student Employment Rankings” shows that “software engineering” ranks first in the “Main Undergraduate Majors with Higher Monthly Salary Three Years After Graduation”.
If you are still asking yourself ‘should I become a Software Engineer?’, this paragraph summarizes up. A software engineer typically has a decent job. There is still possibility for growth even as you become older and change occupations. A significant factor for entering the industry is the money. However, I advise anyone considering entering the field to think more deeply about their personality traits and whether they are a good fit for it. The industry will eventually eliminate those with weak fundamental knowledge, impatient personalities (who can’t sit still), and a lack of a thirst for knowledge and a willingness to learn new things.
Should I become a Software Engineer?
