Is it difficult to learn the course of Built Environment and Equipment Engineering?

Needless to say, you have to learn all majors in the public basic courses, and you will use a lot of advanced mathematics in Jianhuan, so you have to learn high mathematics well, which will help you learn in the future. The basic courses include Advanced Mathematics, College English, General Chemistry, College Physics, Theoretical Mechanics, Fundamentals of Mechanical Design, Thermal Surveying, Electrical Engineering, Drawing Geometry and Engineering Drawing, Professional Basic Courses include Heat Transfer, Engineering Thermodynamics, Fluid Mechanics Professional courses include Fluid Transmission and Distribution Network, Air Conditioning Engineering, Boilers, Heating Engineering, Refrigeration Technology, and some schools also have heat and mass exchange. I am studying this major, and I feel that the basic courses of the major, such as fluid mechanics and thermodynamics, are relatively difficult to learn, and the postgraduate entrance examination is very useful, and most of the school postgraduate examinations are heat transfer and fluids.

However, professional courses such as boilers, air conditioning, heating, etc., are still relatively easy because they are closely related to the actual engineering process, so unlike purely theoretical things that require rigorous reasoning. It's just that the calculation of professional courses is a little cumbersome. Generally speaking, it is a relatively theoretical subject, and since this major is more engineering, it is not particularly difficult to learn.

And I think it has more potential for development.

I am a major in environmental construction at Zhengzhou University, and I generally feel that the course is not very difficult, but there are many things to learn, and it involves a wide range of things.

Upstairs was right. If you are in that major, it is easier to understand, and the foreign major starts to struggle.

nnd, the day before yesterday I took a fluid mechanics exam, engineering thermodynamics is difficult, review is the same as preview, engineering is not easy to learn, hard work is no problem.

Look at what you think, even if it's difficult to learn, don't be afraid!

Mr. Zeng, the human resources director of a well-known enterprise, said that the building environment and equipment engineering major cultivates senior engineering and technical talents who have the basic theoretical knowledge and ability of the design, installation and commissioning, operation management of indoor environmental systems and equipment and building public facilities systems, as well as the research and development of special built environment required by various departments of the national economy, and can work in the design and research, manufacturing and installation, property management and other departments of the building environment and equipment and related scientific research, production, teaching and other units.

So is the building environment and equipment engineering major good? Let me summarize the main courses, professional knowledge and professional skills of the building environment and equipment engineering major for you!

1. Main courses of building environment and equipment engineering:

Heat and mass transfer (heat transfer), engineering thermodynamics, engineering fluid mechanics (fluid mechanics), mechanical principles (automatic control principle), electrical and electronic technology, heat and mass exchange principle, refrigeration technology for air conditioning, HVAC (air conditioning), building equipment engineering.

2. Professional knowledge and skills of building environment and equipment engineering:

1. Systematically master the basic technical theoretical knowledge necessary in the professional field, mainly including: heat and mass transfer, fluid mechanics and fluid machinery, engineering thermodynamics, computer, electrical, electronic, mechanical, building environment, etc.;

2. Systematically master the basic theoretical knowledge of building environment engineering and construction equipment engineering, and understand the current situation and development trend of this professional field;

3. Have certain capabilities in testing, debugging and operation management of indoor environment and equipment systems;

4. Preliminary grasp of the design methods of indoor environment and equipment system;

5. Have a good foundation in natural sciences and humanities and social sciences;

6. Have strong work adaptability, cooperative spirit and self-learning ability.

7.This major focuses on the intersection and integration of multiple disciplines such as architecture, mechanical, electrical, thermal, and environmental protection. Through training, students will master the basic theories and basic knowledge of the building physical environment and environmental panic system, receive basic training in the design, commissioning and operation management of building equipment systems, and have the basic ability to design, operate and experiment research on building heating, ventilation and air conditioning systems and equipment; Have strong self-learning ability, independent work ability, innovation consciousness and high comprehensive quality.

The above is an analysis of what to learn in the undergraduate major of building environment and equipment engineering, and for more information about the analysis of the building environment and equipment engineering major of the college entrance examination, please pay attention to the express education career planning channel.

Good, good, good

I'm a sophomore this year. I have been studying Building Environment and Energy Application Engineering for two years. This major, it's really super good.

The employment prospects for this major are very good, and it is easy to get into graduate school. In the future, it is mainly faced with some problems such as energy consumption regulation, such as air conditioning, to put it bigger, Sanmenxia Dam is also closely related to this profession.

Let's take a realistic example:

It is the most common consensus that the world is increasingly strained on energy. Traditional energy sources such as oil, natural gas, and coal will be depleted in a few decades, while the development of new energy sources is unusually slow. Thirty percent of the world's energy is consumed by buildings, and HVAC consumes one-third of the energy consumed by buildings.

How to save energy is the problem that this profession will face in the future.

Career direction of building environment and energy application engineering:Graduates of the major have a wide range of employment and good employment prospects. After graduation, students will be able to engage in the planning and design, R&D and manufacturing, construction and installation, operation management and system guarantee and other technical and management work in heating, ventilation, air conditioning, cold and heat sources, lead pants purification, gas and other aspects of architectural design and research and planning management departments, engineering construction companies, equipment manufacturing enterprises, operating companies and other units.

Graduates of this major have a wide range of employment opportunities and good employment prospects.

So this major is really great.

Xihuai hopes that I will be helpful to you, I wish you a happy life, thank you!

Not unpopular. Building environment and equipment engineering, referred to as HVAC, is one of the more popular majors at present, because our major is closely related to the indoor environment that we are pursuing more and more

Building environment and equipment engineering is a major, which mainly cultivates senior engineering and technical talents engaged in the design, installation and commissioning, operation management of indoor environmental equipment systems and building public facilities, and the development of special environments required by various departments of the national economy.

In 2012, the Department of Building Environment and Equipment Engineering was merged with Building Energy Conservation Technology and Engineering and Building Facility Intelligent Technology (partial) into Building Environment and Energy Application Engineering.

Undergraduate graduates have the ability to design, install, debug and operate public systems such as HVAC, air conditioning, gas, building water supply and drainage, and building thermal energy systems. Graduates mainly go to design and research institutes, real estate companies, property management companies, product manufacturing and marketing companies, engineering technology and management, high-tech technology products and scientific research departments, colleges and universities, etc.

With the development of electronics and medicine with high requirements for clean technology, the demand for graduates of this major is increasing.