What kind of expertise is involved in architecture?

Choose according to your own situation, I suggest you consider Engineering Management Bachelor's Degree Engineering Cost Specialist Architectural Decoration and Design Drawing Related Civil Engineering Bachelor's Degree Architectural Engineering Technology Specialist.

I guess you're asking what knowledge a technician on a construction site should have, right?

Drawing Geometry, Engineering Drawing, CAD, Theoretical Mechanics, Material Mechanics, Structural Mechanics, Building Materials, Engineering Management, Engineering Budget, Quality Management, Construction Organization, Construction Technology, Engineering Surveying, Contract Management, Bidding, Construction Safety, Engineering Materials, etc.

If you are not a graduate of a professional college and want to do this, it depends on the specific position you do. If you want to be such a person, you can go to the construction site and find a master to take you for 1-2 years. However, when working alone, you have to find an old version and a very skilled captain who is not very professional, so why don't you say much.

Mechanics, chemistry, economics, fine arts, software applications, algebra, geometry, etc., too many to mention. Personally, I think that many things in architecture are interconnected, and you can learn and improve them in your work, and you can improve your treatment through research.

You say that you have art skills, I recommend you to learn architectural decoration and design drawing.

Physics, chemistry, mathematics, economics, art, and much more.

Liberal arts students are actually out of the way!! In fact, in college, the project cost is the best. The cost of the project belongs to engineering, which is suitable for liberal arts students, as long as you are careful.

In addition, you have learned, the foundation of art, that's great, like a fish in water!! Because, courses related to engineering cost include architectural drawing and the like. When there is a course design, you will need to draw, you have studied art, hehe, it must be no problem!!

In the past, I also studied art, and now, it is the construction cost. If there's anything you don't understand, ask me again!!

1. Waterproof construction should be waterproofed with coated film2. The waterproof project should be done after the construction of the concealed project is completed and accepted

3. After the waterproof construction is completed, 2 water storage tests should be done4. The waterproof layer of the bathroom should not be lower.

5. Floor drains, yin and yang corners, pipelines and other places should be waterproofed one more time.

6. The floor drain should be odor-proof.

7. The hot and cold water pipes are hot on the left and cold on the right.

8. Try not to walk from the ground for water pipes.

9. The cold water pipe should have a 25px protective layer in the wall, and the hot water pipe is, so the groove should be deep.

10. The installation of PPR pipe is to consider the thickness of the tiles, so that the pipe will not disturb the filial piety and will be exposed.

11. It only takes a few minutes to cook vegetables, and it takes a long time to wash vegetables, so you must buy a large bucket.

12. The faucet and the basin should be matched, and they can't be installed if they don't get it right.

13. Cement should not be used for toilet installation, but silicone.

14. Pay attention to the protection of toilets and faucets after installation.

15. When buying a toilet, consider the pit distance of the toilet.

16. The washing machine should consider whether it is an upper drain or a lower drainage.

17. It is best not to install ** in the bathroom, which is easy to get wet.

Architectural design is the core of architecture, and guiding the creation of architectural design is the ultimate goal of architecture. Architectural design is a kind of skill, which was inherited by master and apprentice in ancient times, and passed on orally, and later although schools were opened and classroom teaching methods were adopted, it still had to be learned through design practice.

The subject of architectural design can be broadly divided into two categories. The first is to summarize the design experience of various buildings, according to the content, characteristics, and use functions of various buildings, and explain the problems that should be paid attention to in the design and the ways and means to solve these problems through examples. The other category is the general rules of architectural design, including plane layout, space combination, traffic arrangement, and aesthetic rules related to the effect of architectural art.

The latter is called the Principles of Architectural Design. Interior design is differentiated from architectural design, which mainly studies the artistic treatment of interiors, space utilization, decoration technology and furniture.

Architectural structure is the study of the composition of the building, the combination principle of each component and the construction method of the discipline, the main task is to provide a reasonable structural scheme according to the use function, technical economy and artistic modeling requirements of the building, to guide the detailed design and construction of the building, as the basis of architectural design.

Architectural history studies the process of the development of architecture and architecture and the law of its evolution, studies the representative architectural examples left over from the history of human architecture, understands the beneficial experience of predecessors, and draws nourishment for architectural design. "Architectural Theory"**The interrelationship between architecture and economic, social, political, cultural and other factors; **The guiding ideology that should be followed in the practice of architecture and the basic laws of architectural technology and architectural art. There is a close relationship between architectural theory and architectural history.

Building physics studies the application of physics knowledge in architecture. Architectural design applies this knowledge to create an acoustic, optical, and thermal engineering environment for buildings that are adapted to the requirements of the occupants. Building equipment studies use modern M&E equipment to meet building functional requirements, and building designers should have knowledge of these related disciplines.

Introduction to Architecture. Architectural Graphic Design, Architectural Section Design, Body and Elevation Design, Introduction to Construction.

You can look up the relevant knowledge online.

In the 21st century, urban architecture inherits culture in a unique way, spreads the charm of life, and constantly penetrates into people's daily life, creating a harmonious and peaceful spiritual home for people. At present, the country is in the construction stage, and the development of the construction industry is in full swing, covering all regions of the country, and the architectural styles are novel and diverse. In particular, some public buildings, with their unique shape and structure, show the unique personality and style of the city, and thus become a landmark building of the city, forming the unique charm of the region's economy and culture.

At the same time, the development of architecture has also become an important pillar of China's economic development.

The architecture major is a discipline that focuses on learning how to design buildings, and at the same time takes relevant basic technical courses. The main learning content is through the analysis of a blank space, and at the same time according to the requirements of the building for the function of the room, the type of buildingThe technology and materials used in the construction of the building are designed from scratch from the plane, exterior façade and interior and exterior spaces of the building. Undergraduate majors in architecture include:

Architecture, Urban and Rural Planning, Landscape Architecture.

Main disciplines: Architecture main courses: Architectural Design Basics, Architectural Design and Principles, Chinese and Foreign Architectural History, Architectural Structure and Building Mechanics, Architectural Construction.

The main practical teaching links: including art practice, construction site practice, architectural surveying and mapping practice, architectural understanding practice, and design institute production practice.

4. Other construction industries include: 1. Engineering preparation refers to the preparatory activities before the construction of houses and civil engineering buildings. 2. Provision of construction equipment services refers to the service of providing construction equipment with operators for various construction sites.

3. Other unspecified construction activities refer to other unspecified engineering construction activities. - Installation and construction of soundproof and dustproof facilities in the project; - loading and unloading of building fences and fences; - Other construction activities not included.

Main courses of architecture: Fundamentals of Architectural Design, Architectural Design and Principles, Chinese and Foreign Architectural History, Architectural Structure and Building Mechanics, Architectural Construction. Main Practical Teaching Links:

Including art internship, construction site internship, architectural surveying and mapping internship, architectural awareness internship, design institute production internship.

The technology and materials used in the construction of the building are designed from scratch from the plane, exterior façade and interior and exterior spaces of the building. Undergraduate majors in architecture include: Architecture, Urban and Rural Planning, and Landscape Architecture.

At the same time, the development of architecture has also become an important pillar of China's economic development.

The general classification includes housing and civil engineering construction, construction and installation industry, building decoration industry, etc.

The large crossbar --- the longitudinal horizontal bar, that is, the horizontal rod and the small crossbar arranged along the longitudinal direction of the scaffold--- the transverse horizontal bar, that is, the horizontal bar arranged transversely along the scaffold.

The longitudinal sweeping rod --- close to the ground, and the longitudinal horizontal rod connecting wall pieces connecting the root of the vertical pole --- connecting the components of the scaffold and the building.

Transverse diagonal brace --- zigzag diagonally intersected with the inner and outer vertical rods or horizontal rods of the double-row scaffolding.

Scissor braces --- crossed diagonal rods arranged in pairs on the outside of the scaffolding.

The main node --- the snap point where the vertical rod, the longitudinal horizontal rod, and the transverse horizontal rod are close together.

Majoring in architecture, there are three major mechanics (statics, material mechanics, and structural mechanics) in the basic courses; In order to understand these mechanics books, you can't do without mathematics, at least you need to learn calculus and differential equations, and you can also learn some advanced algebra, matrix calculations, etc.

The basic courses include: design principles of reinforced concrete structures, characteristics of engineering materials, design principles of prestressed structures, geotechnical mechanics, etc.; Of course, there are also some marginal disciplines that can also be learned, such as: water conservancy and hydrology, dynamic load analysis (vibration), material testing, etc.

Professional courses depend on what major you study: traffic safety in transportation, construction management in construction, design specifications and so on.

Of course, the computer familiarity should be relatively high, at least be able to master AutoCAD (computer-aided design system).

Ability: knowledge determines innovation, experience determines ability, perseverance determines achievement, and diligence determines success.

Basic knowledge and application of construction engineering.

Part 1: Exam Objectives and Basic Requirements.

Purpose of the exam: The purpose of this part of the exam is to test the candidates' knowledge of construction engineering and their application skills in property management, as well as their mastery of building structure, building materials and architectural drawings.

Mastery: the main structure of the building, the types and applicable conditions of common building materials, and the content of construction drawings.

Familiarity: classification of buildings, commonly used building materials, common symbols in construction drawings.

Understand: the detailed structure of the building, the basic properties of the materials, the basic properties of commonly used building materials.

Part II: Review the main points.

1. Buildings, buildings and structures.

Architecture is a general term for buildings and structures.

Specifically, a house or place for people to carry out production, life, or other activities is called a building, such as a residence, hospital, school, shop, etc.

Buildings in which people cannot directly produce and live are called structures, such as water towers, chimneys, bridges, embankments, monuments, etc.

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2. Classification of buildings according to their use.

According to the purpose of the building, it can be roughly divided into production building, residential building and public building.

1. Productive buildings mainly refer to buildings used for industrial and agricultural production, including various industrial buildings and agricultural and animal husbandry buildings.

2 Residential buildings mainly refer to buildings used for domestic and collective living. Including various types of houses, apartments, and dormitories, etc.

3 Public buildings mainly refer to buildings used by people to engage in various political, cultural, welfare services and other social activities, such as exhibition halls, hospitals and office buildings.

3. The basic properties of the material: density, compactness, porosity.

Density: refers to the mass of a material per unit volume in an absolutely dense state.

Compactness: Refers to the degree to which the volume of a material is enriched with solid matter.

Porosity: The magnitude of the porosity directly reflects the density of the material.

Fourth, the material of water resistance, impermeability, frost resistance, thermal conductivity.

Water resistance: A material's ability to resist the damaging effects of water is known as water resistance.

Impermeability: The property of a material that resists pressure water penetration is called impermeability (or impermeability).

Frost resistance: The property that the material can withstand multiple freeze-thaw cycles without damage and does not seriously reduce the strength of the material in the water-saturated state, which is called the frost resistance of the material.

Thermal conductivity: When there is a temperature difference between the two sides of the material, the heat will be transferred from the hot side through the material to the lower temperature side, and this ability of the material to conduct heat is called thermal conductivity.

5. Gas-hard and hydraulic cementitious materials.

Air-hard cementitious materials refer to cementitious materials that can only harden in the air and can only maintain or continue to develop their strength in the air, such as gypsum, lime, etc.