The previous social era mainly relied on human physical activities. Now that the development of science and technology is more and more advanced, artificial intelligence has gradually replaced many things. Power systems, computers, electronic equipment, etc. are more common and used in daily life, so they play a great role in people’s lives, and these fields belong to electronic engineering.
Electronic engineering is an interdisciplinary engineering discipline, covering multiple business fields. In terms of intelligent systems, computer facilities, information processing, etc., different fields have attracted the attention of many people.
Introduction to Electronic Engineering
The professional knowledge of electronic engineering covers many small fields and is a broad engineering discipline, including communications, circuit design, and so on. It uses scientific knowledge to test and develop electronic activities to form a complete system.If you want to study in Japan, you can take a masters of translation in Japanese and learn one more language to facilitate communication.
Electronic engineering mainly involves the fields of signal processing, communication systems, electronics, etc. It transmits various information technologies to equipment with applications such as adjustment, testing, and control.
The subject of EE has imported a lot of electronic technology talents for the society and has provided a better development platform for the manufacturing industry, research, and development market.
Course content: The electronic courses are diversified. The main courses include engineering mathematics, testing skills, circuit principles, etc., and train professionals with rich knowledge and strong abilities.
The courses are mainly based on three themes, namely computer science, electronic engineering, and computer engineering. The learning content of each different topic is different, and the importance of knowledge is divided according to the professionalism of the subject. For example, computer engineering, which includes theoretical knowledge of engineering and computers, combined with knowledge of hardware and software, helps students develop better in the computer industry.
In addition to basic mathematics and physics, electronic engineering also needs to study core subjects and elective subjects related to electronics. These courses mainly include artificial intelligence, circuit design, semiconductors, and so on.
Duration of study: generally 4 years
Course content:
Tuition fee: about HKD$45000
Study mode: full-time
Suitable for the crowd:
- Have team spirit
- Good English reading
- Interested in electronic engineering knowledge and industry
- Strong
- Actively deal with the difficulties encountered in the research process and find solutions
Outlet of electronic engineering:
The demand for professional talents in the electronics industry is quite ideal. After graduation, many students work in related engineer positions in telecommunications companies, government units, and science and technology departments. If you don’t want to get into social work so quickly, you can go abroad or locally to study for a higher degree after graduation, and then enter the academic research industry or teaching work. Here are 6 popular occupations for everyone :
- Electronics Engineer
- Programmer
- Software Development Engineer
- Computer engineer
- Mechanical Engineers
- Education industry
4 tips for learning electronic engineering
- Interested in electronic engineering
The theoretical knowledge of electronic engineering is mainly based on software research, and you are brave enough to explore unknown fields. Therefore, it is best for you to understand yourself before applying for this major. Are you interested in this industry? Only in this way can we persevere longer.
2. Active learning
Each course of electronics is closely linked. If you have something you don’t understand in class, you should take the initiative to ask others or teachers for advice and do exercises based on the exercises after class. Don’t let the problems stay there and not solve them. In this way, there will be more and more problems that have been accumulated for a long time, and it will be more difficult to learn later, and you will even gradually lose interest and confidence in this industry.
3.Strong logical thinking ability
In electronic engineering, there are many circuit diagrams and formulas that need to be inferred and even more small formulas. In this learning process, your logical thinking is very important. If your logic skills are not strong, you will often think about a problem for a long time during the design process, which will take more time. You also need to have a certain understanding of circuit systems, so that it is easier to use computers to perform inference operations in higher-level courses.
4.Accumulate practical experience
Whether it is a hardware facility or a software facility, you have to accumulate practical experience. Even if you memorize your knowledge backward, how good your written test results are, and lack practical experience, this will affect your future research work and career. In the course of your studies, you are not only doing your own study, but you also need to work with other students to make a team project with the knowledge you have learned.
3 common problems in electronic engineering
Q1: Is the content of electronic engineering courses the same in every university? what is the difference?
The classification of electronic engineering is more complicated. Among them, the most common electronic and electrical engineering, but this department has many branches, so the course content of each university is somewhat different. When you choose the general direction of this major, you must first understand the professional direction of the school. In addition to checking the official website of the institution of higher learning, you can also consult the graduates of this school.
Q2: Is IT the same as electronic engineering? What is the difference between them?
IT mainly collects, analyzes, and organizes data, and uses different methods to provide services. After IT graduates, students can be programmers, software engineers, and so on. Electronic engineering mainly focuses on hardware, and then systematically integrates with software to create a better development trend. After graduation, ee can be engaged in the electronic development industry, equipment operation engineer, equipment design and development, etc., and your future work has better development potential.
Q3: Is the electronic engineering salary high?
If you want to develop in the ee industry, in addition to studying for a general bachelor’s degree, you can also take a master’s degree. When facing social competition in the future, you will also have enough ability to keep up with international standards. So your professional skills are high, and the salary will be correspondingly high.
to sum up
Whether in Hong Kong or abroad, many prestigious schools have electronic engineering as a subject. Now the number of young people studying electronic engineering is increasing, but there are not many talents who have outstanding performance in this field, so there is a lot of room for their development. EE is a popular subject. Many universities focus on scientific research, cultivating professionals for the country, and creating better achievements for themselves.