Links between civil engineering majors and electricals

Civil engineering is obviously not as good as electricity Civil engineering students are basically unstable now, can't buy a house, don't have a daughter-in-law, don't take vacations, and have to run around, if you don't get it, it's a wilderness. I live in a prefabricated house!!

Generally, electrical construction is required after the building is formed. From power distribution to fire protection, access control, monitoring, elevators, air conditioning, and so on are all electrical engineering. The construction period is short, the technology is massive, the technology is high, and it is easy and decent, and people who are engaged in civil engineering are very envious.

I'm sorry, I'm against that. I also graduated from the electrical engineering industry, and now I am doing engineering construction in a provincial construction engineering group. 1. The amount of electrical is not very much, and the installation accounts for 30% of it at most, which is not only electrical, but also HVAC, water supply and drainage; 2. Electrical in the general contractor is obviously bullied by civil engineering, civil engineering to do the best, you follow the pre-buried to the first.

You can only get angry with them, and if there is a way out, I will jump into the reinforced concrete.

Let me give you a little bit of my personal opinion, I feel that your brother is right, that is, don't give up electrical while studying civil engineering. Nowadays, all walks of life are inseparable from electricity, and the rapid development of science and technology is also inseparable from electricity, and it is changing very quickly with each passing day. Therefore, my idea is that it is best to be multi-skilled, and design a wider path for your future, so that you can go better in your future life.

In my humble opinion, please refer to it.

It is recommended that you continue to study civil engineering while continuing to do electrical engineering, and it is not recommended to work in civil engineering, which is too tiring. The work of electrical in construction engineering is relatively simple, an electrical engineer can take care of several projects, and it is easier to be an electrical technician than a civil technician, and you can also earn extra money.

Electrical Engineer.

It is mainly engaged in power engineering construction, commissioning, installation, technology development, experimental research, power generation and power supply operation, maintenance, repair, power management, power grid dispatching, power environmental protection, power automation, technical management and other work of electric power professional engineering and technical personnel. The main work content is as follows: responsible for the on-site management of mechanical and electrical installation.

Job; coordinate and solve professional and technical problems; Carry out production arrangement, entry and exit, acceptance and handover of mechanical and electrical materials and equipment within the scope of competence.

The main work is as follows:

1. Responsible for the on-site management of mechanical and electrical installation, and be directly responsible for the implementation of the construction progress, construction quality, safe and civilized construction and on-site cost measures in the managed area and specialty

2. Coordinate and solve professional and technical problems, and prepare professional construction plans.

And supervise the implementation, deeply understand the design intent, and optimize the professional drawings that are conducive to construction or cost reduction;

3. Manage the whole process of production arrangement, entry and exit, acceptance and handover, transportation in place, installation and commissioning of mechanical and electrical materials and equipment within the scope of competence;

4. Participate in the system commissioning, training and handover in the completion and acceptance stage of the project

5. Be familiar with the drawings of the profession, and be aware of the contact between the drawings of other specialties and the profession

6. Responsible for the tracking and solving of specific drawings and technical problems within the scope of the specialty;

7. Responsible for supervising and inspecting the implementation of on-site construction activities of the professional subcontractor, and ensuring that the subcontractor can select qualified materials and equipment for installation activities by qualified personnel in accordance with qualified processes

8. Responsible for the inspection and acceptance of engineering materials and equipment of the specialty, and supervise the inventory management of subcontractors.

9. Responsible for the preparation of technical disclosure.

materials, organize technical disclosure and training for the subcontracting of the profession:

10. Responsible for collecting and filling in relevant quality documents and information

11. Responsible for design changes.

and on-site visa execution and confirmation of workload.

Hello, there is a big difference between civil engineering and electrical engineering in terms of knowledge and learning content, so for civil engineering students, there may be corresponding difficulties in learning and learning electrical engineering. However, it is also possible for students to learn electrical engineering well if they are interested in electrical engineering and have enough time and energy to study it. In addition, studying electrical engineering requires a certain foundation and ability in mathematics, so students need to determine whether they have these qualifications.

Building electrical engineering technology is a major under the civil engineering professional catalogue of ordinary higher vocational colleges, and belongs to the construction equipment major. The following is the information of the construction engineering profession compiled by Zhongda Consulting for relevant construction professionals, the specific content is as follows:

Basic Introduction to Architectural Electrical Engineering:

The building electrical engineering technology major cultivates technical application professionals who can adapt to the needs of production, construction, management and service on the front line, and adapt to the installation, maintenance, operation and maintenance, intelligent management and other fields of electrical system in modern building communities. After entering the job, the graduates of higher vocational colleges majoring in building electrical should become engineering and technical personnel and enterprise managers who can design, construct, manage, and know the budget and final accounts of the project.

Objectives of training professionals in building electrical engineering:

Talent development. Building electrical engineering technology is a major under the civil engineering professional catalogue of ordinary higher vocational colleges, and belongs to the construction equipment major. This major is at the junior college level of ordinary colleges and universities, with a three-year school duration, and accepts the research, guidance, consultation, and service taught by the National Teaching Steering Committee for Civil Engineering Majors in Higher Vocational Education.

This major is mainly offered in colleges and universities featuring civil engineering majors.

The major of building electrical engineering technology cultivates high-tech application professionals who can adapt to the needs of production, construction, management and service on the front line, and adapt to the installation, maintenance, operation and maintenance, intelligent management and other fields of electrical system in modern building communities.

Professional competence in building electrical engineering:

Professional competence. Higher vocational graduates majoring in building electrical should have a solid professional knowledge foundation and a wide range of professional knowledge, strong ability to use silver paper, strong computer drawing ability, strong ability to analyze and solve problems independently, strong ability to adapt to social development, and have a pioneering and innovative spirit.

The connotation of electrical engineering and its automation profession.

The major of electrical engineering and automation, referred to as electrical engineering, or electrical major, is an undergraduate major offered by ordinary colleges and universities.

In the national standard for the teaching quality of electrical majors, the description of electrical engineering and its major is "electrical engineering is a general term for the activities carried out around the production, transmission and utilization of electric energy, involving scientific research, technology development, planning and design, electrical equipment manufacturing, power plant and power grid construction, system commissioning and operation, information processing, protection and system control, condition monitoring, overhaul and maintenance, environmental protection, economic management, quality assurance, market transactions, and system automation and intelligence."

Electrical engineering, as a discipline, has its roots in the theory of electromagnetism, which gradually developed in the mid-19th century. On the basis of the development of the discipline of electrical engineering, electric power and related industries have been formed. The 20th century was the century of global electrification, and with it, higher education in electrical engineering grew rapidly. ”

In the discussion on the development strategy of the electrical engineering major, there is a more popular description of the major: "The electrical engineering and automation major is mainly a major that studies the generation, transmission, conversion, control, storage and utilization of electric energy.

The predecessor of this major was called electrical engineering, which shows that the motor once occupied a core position, and its name gradually evolved into electrical engineering. In recent decades, the conversion and control of electrical energy has become increasingly important in this profession, so the name of the profession has been changed to electrical engineering and automation.

I hope it will be beneficial to all of you.

Electrical engineering is one of the core disciplines in the field of modern science and technology, and it is an indispensable key discipline in today's high-tech field. For example, it is the great progress of electronic technology that has promoted the arrival of the information age based on computer networks, and will change the way human life and work and so on.

In a sense, the degree of buried beams in the developed range of electrical engineering represents the level of scientific and technological progress of the country. Because of this, the education and scientific research of electrical engineering have always occupied a very important position in universities in developed countries.

The electrical engineering discipline of American universities is called the Department of Electrical Engineering, the Department of Electrical Engineering and Information Science, the Department of Electrical Engineering and Computer Science, and so on. This discipline is quite different from the domestic electrical engineering discipline in terms of scientific research, teaching and academic organization. Understanding the status of foreign disciplines and the direction of teaching and scientific research plays a very important role in adjusting the direction of our disciplines and improving the level of teaching and scientific research.

Traditionally, electrical engineering is defined as the sum total of the disciplines involved in the creation of electrical and electronic systems for the production and transportation of electrical and electronic systems. This definition is already very broad, but with the rapid development of science and technology, the concept of electrical engineering in the 21st century has gone far beyond the scope of the above definition, and the professor of Stanford University pointed out that electrical engineering in the 21st century covers almost all engineering behaviors related to electronics and photons.

The tremendous growth in the breadth of knowledge in this field requires us to re-examine and even reconstruct the discipline direction, curriculum and content of electrical engineering, so that the discipline of electrical engineering can effectively respond to the needs of students, the needs of society, the progress of science and technology, and the dynamic scientific research environment.