Is the building environment and equipment engineering major an architectural major?

Is the Built Environment and Equipment Engineering major a (mechanics) major? Or what type?

The Built Environment and Equipment Engineering major does not belong to the (mechanics) type of major. It is a professional in mechanical and electrical equipment and environmental protection maintenance.

Construction Civil Engineering & Management:

urban underground space engineering; Urban planning; urban planning and design; city gas engineering; city gas engineering technology; urban and rural planning; urban and rural planning management; urban and rural regional planning and management; urban water supply; town planning; urban planning and construction; urban development; urban construction planning; urban construction and planning; road and bridge engineering technology; roads, bridges and river crossings; roads and bridges; road and bridge engineering; underground engineering and tunnelling engineering; underground engineering and tunnel engineering technology; disaster prevention and mitigation engineering and protection engineering; housing construction works; landscape architecture; water supply and drainage; Water Supply and Drainage Science and Engineering; water supply and drainage works; engineering supervision; engineering and construction management; engineering structural analysis; engineering project management; project cost; project cost budget; Engineering Command; industrial and civil buildings; industrial and civil construction engineering; highway engineering management; highway bridges; highway and bridge design; highway and urban road engineering; roads and bridges; maintenance and management of ancient buildings; basic engineering technology; construction project management; Building; building materials engineering technology; building electrical engineering; building electrical engineering technology; building electrical and intelligent; Construction; construction project management; construction engineering technology; construction project supervision; Structural inspection of construction projects; construction technology of building engineering; construction project management; Building Environment and Energy Engineering; Building Environment and Energy Application Engineering; Built Environment and Equipment Engineering; construction equipment engineering technology; smart technology for building facilities; Building Construction Technology and Management; building hydropower; construction of hydropower projects; installation of building water and electricity equipment; Architecture; Construction & Civil Engineering; building intelligence; traffic civil engineering; structural engineering; landscape architecture design; mine construction; Historic Building Conservation Works; intelligent building engineering technology; bridge and structural engineering; bridge and tunnel engineering; foreign-related construction projects; municipal engineering; municipal engineering technology; municipal engineering construction; water conservancy and hydropower construction projects; Civil engineering; civil engineering project management; geotechnical engineering; Engineering Technology of Ancient Chinese Architecture.

The difference is still huge!

Building environment and equipment engineering, also known as HVAC engineering, is mainly the study of large-scale heating and air conditioning, and there are many physics disciplines, but in fact, it is also a marginal discipline, which is very intersecting and needs to learn many aspects, but it seems that it is not too difficult.

Environmental engineering, which can be popularly understood as environmental protection, has many aspects, and different schools have different emphasis. However, most schools will be based on chemistry learning, which is also a marginal subject, and physics, mathematics and biology will be involved.

Building equipment and environmental engineering is the previous HVAC engineering, mainly engaged in ** air conditioning, when I was in college, including boilers, heating and gas supply.

This major can be taken as "HVAC Registered Equipment Engineer".

At the postgraduate level, he studied many related fields, such as refrigeration engineering, heating and gas ventilation engineering, building automation, simulation of the building environment, audit of building energy consumption, etc.

After graduation, students have many employment directions, mainly in the construction industry, some are engaged in construction, some are Party A, some are working in equipment manufacturers, and some are working in design institutes. I think my classmates are all doing well now. Engineering majors can learn a skill, and finding a job is not a problem.

All in all, I don't think I regretted entering this major at all.

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. Situation!

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.

Okay, good, this major is very good, I am a sophomore, I have studied this major for two years, this major has a high gold content, it is also easy to find a job after graduation, and it is also very good to take the postgraduate entrance examination. All in all, this major is really super invincible.

The teacher and the graduating seniors told usIn layman's terms, after graduation, you can manage some ** air conditioning maintenance or research on the rational use of energy. To say something noble, it is:After graduation, they can be engaged in the planning and design, R&D and manufacturing, construction and installation, operation management and system guarantee of heating, ventilation, air conditioning, cold and heat sources, purification, gas and other hidden surfaces in architectural design and research and planning management departments, engineering construction companies, equipment manufacturing enterprises, operating companies and other units.

The employment scope is wide and the employment prospects are good. Every year, nearly 30% of graduates are recommended or admitted to master's programs without examination. In addition, this major has the right to confer master's and doctoral degrees.

Career direction: Graduates can work in the field of industrial and civil building environmental control technology; Engaged in design management in design and research institutes, construction and installation engineering companies, and property management companies; Engaged in relevant professional work in scientific research, production, teaching and other units; You can also choose to continue your studies in heating, gas, ventilation and air conditioning engineering, thermal energy engineering and other disciplines.

I hope mine is helpful to you and I wish you a happy life, thank you!

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!