[Boutique] Civil Engineering Internship Report

This article catalogue 1 Civil Engineering Internship Report 2 Civil Engineering Internship Report 3 Civil Engineering Internship Report Part 1: Civil Engineering Internship Report

1. Purpose and task

Graduation internship is an important practical teaching link in the civil engineering professional teaching plan. Its task is to enable students to understand the latest achievements and development prospects of domestic civil engineering before graduation design, enhance perceptual knowledge, broaden their horizons, collect graduation design materials, and apply Learn the knowledge, comprehensively understand the work of civil engineering design, construction and management, understand the responsibilities of engineers, and lay the foundation for graduation design and work as soon as possible after graduation. Through internships, students will be able to understand the current development of civil engineering in China, modern construction techniques and other recent developments in civil engineering, and cultivate students' love of the profession, clear responsibilities, and the idea of ​​building the motherland.

2. Requirements and content

2.1 requirements

Graduation internship is a comprehensive summary of students' learning knowledge at school and an important part of developing students' independent work ability. In business learning, social activities, and administrative contacts, students should take the initiative and report their work regularly. Students should carefully complete the internship assignments, make internship records, and abide by the discipline of practice. Students who are independent internships should take the initiative to prepare materials, laboratory instruments and auxiliary files, labor supplies, open out the internship certificate, prepare for life, business, etc., always strengthen discipline, pay attention to maintaining school spirit, not liberalism; often The guides report the work situation, follow the teacher's guidance; unite the students in the group, do a good job of cooperation, humbly learn from the masters and technicians, and handle the relationship between the school and the production unit; during the internship, students should pay attention to saving and pay attention to the public goods.

2.2 Content

Combine the type of construction of the internship location with the requirements of the graduation design. 2.2.1 Building part:

Understand the relationship between architectural planes and building functions;

The number of floors and use requirements of the building and the use of the land, environmental design features; the use of facade processing techniques;

Building decoration standards and common decoration materials; building traffic contact setting requirements; building roof form and drainage; building water supply and drainage pipe network setting; building electrical lighting and weak electricity setting. 2.2.2 Structure:

Relationship between structural option selection and function; relationship between structural plane layout and force; reinforcement arrangement and construction of components; form, composition and layout of stairs; node construction measures 2.2.3 construction part:

The layout features of the construction site; the content and characteristics of the construction organization design; the on-site organization and quality and safety assurance measures.

3. Project Overview

Internship unit: Zhejiang Second Construction Construction Group Co., Ltd. Project Name: Shuxiang Lijing

Project Location: Intersection of Yifu Road and Xinghai South Road, Zhuang City, Ningbo Supervision Unit: Ningbo Construction Supervision Co., Ltd. Design Unit: Ningbo Design Institute Building Area: 151,200 square meters

4. Impressions and conclusions

Through this month's internship, I have gained a lot in practical knowledge. The instructions I have learned from textbooks have also been confirmed in practice, and I have learned a lot of concrete construction knowledge, which is more flexible and operative than theory. During the internship, I established a good teacher-student relationship with technicians and workers. Exchange ideas with each other and respect the guidance and arrangement of the internship instructors. Upon entering the internship site, first of all, I have an understanding of the basic situation of the whole project and the construction site. I have seen the construction and structural construction drawings of the project, and understood the type, structure, scale of the project, production process, building structure and structural system. The characteristics of the foundation and foundation, as well as the progress of the project, the provision of technical strength and the quality of the workers, as well as the main problems existing in the project and the measures to be taken. By looking at the construction drawings, on-site investigations, and talking with workers and technicians, there is a basic understanding of the project, that is, knowing that the project has completed those tasks, and which tasks are to be completed, which tasks I will participate in.

In the whole construction process of any project, civil construction plays a vital role. It is very important to understand the whole construction process. From the basic to the main body, every link is very important. The foundation is related to the stability of the whole project. The foundation is not well played, and the beauty of the main body can not change the fate of the entire project. Once the foundation is out of the problem, the whole project is a bean curd residue project;

The building determines its function from the beginning of the project. The design is only to fulfill its functional requirements. The construction is the value period to realize it. It is also the main process of capital consumption. Therefore, the quality must be guaranteed throughout the construction process. Therefore, obeying the construction engineering program is a natural requirement.

Construction must adhere to the process of “exploring, redesigning, and post-construction first”. Never reverse it. Otherwise, some problems may arise, and it is too late to regret it.

When I came to the construction site, the engineering foundation had already been set up. I only witnessed the whole process of the main construction. The pillars were first tied with steel bars in the formwork and then poured concrete. The construction of the beam was first to support the beam bottom mold and then to tie the beam. Reinforcement, the side mold of the beam, and then the side mold of the beam. Then the template assembly of the plate is carried out; finally, the concrete pouring work of the beam plate is carried out; the following problems often occur in the construction concrete pouring operation: the dimensional deviation of the honeycomb, the leakage rib, the hole, the gap and the slag layer, and the beam-column connection The deviation of the flatness of the oversized, cast-in-situ floor and stair steps is too large.

During the internship, I learned that the construction team passed the project department and supervision acceptance after the steel bar was tied. The project staff of the project department reported the quantity and location of the required concrete to the concrete mixing station. Then, when the concrete transport vehicle entered the site, it was required to submit the concrete opening. For the identification and other small tickets, the project department fills in the watering application and submits it to the supervisor for filing. Through the collation of these materials, I have learned about the relevant programs and specifications for engineering construction.

During the internship process, I also learned about the organization of the construction industry and the way in which the business is managed. Including the organization management system of the construction unit, the functions and related relationships of each department and the composition of the construction project manager department, and the responsibilities and business scope of the technical personnel at all levels, as well as the responsibilities of the parties in the construction project management. This internship made me deeply understand the lack of knowledge, and there is still a lot of knowledge to learn, both in books and in practice. Enhance my confidence in returning to school and study hard, use this internship to get in touch with the society, get a good workout, and really make me like this industry, I will try my best to improve myself, in the future. There is better development in the middle.

Part 2: Civil Engineering Internship Report

First, the purpose of the internship and the requirements of the internship:

1. Through practice, learn practical knowledge about the profession, enhance perceptual knowledge, and supplement the lack of classroom teaching; 2. Through practice, let us understand the overall layout of the building, local detailed structure, and some methods that should be emphasized in the construction. 3. Through self-study, learn about building materials, structural forms, construction, engineering functions, scaffolding, formwork engineering, steel engineering, concrete engineering, masonry engineering and other aspects. Internship requirements:

Students participating in the internship must develop a study plan in accordance with the requirements of the school and the profession. In the internship, we must study the business carefully and carefully, pay attention to the practical application of the knowledge we have learned in the actual work, and constantly improve our ability to discover, analyze, and solve problems; master the business of each internship and skillfully Their own independent work ability.

Students who participate in the internship consciously abide by the rules and regulations of the internship unit, so that they do not leave early, do not leave early, obey the distribution of the instructor, be eager to learn, and complete the task in time.

Second, the project overview

Project Name: Zhuji Xiongfeng Supermarket Design Unit: Zhejiang Hanjia Design Group

Construction unit: Hangzhou Hongliang Construction Group Co., Ltd. Supervision unit: Zhejiang Rongyang Construction Supervision Co., Ltd. Structure type: frame structure

Number of floors: underground floor, ten floors above ground floor area: 13220 square meters Project cost: 1550. 150,000 yuan Quality level: qualified

III. Learning experience and summary The internship is coming to an end. In the past few months, I have learned a lot of knowledge. I also feel that students in civil engineering majors must make a hard effort in learning in the future and learn every lesson in a solid way. Let's summarize and express our own experience.

After entering the construction site, I visited two rooms in the building. One was not plastered, and the other was plastered. The construction there told me about the knowledge that I could not see in the book: Wall A small piece of concrete protruding above is called gray cake, its role is to control the thickness of the plaster; the concrete on the wall is scraped a lot of diagonal lines in order not to cause horizontal cracking; the use of barbed wire between different masonry is to prevent cracking; The brick used for the wall is made of concrete instead of clay brick. Although the strength of the clay brick is large, the concrete brick is environmentally friendly. This makes me understand that many factors should be considered during construction, not just purely theoretical as described in the book; Wall interior wall insulation is not as good as external wall insulation. Although the insulation capacity of internal insulation is worse than external insulation, the external wall insulation can make the use area of ​​the house larger than the internal wall, so the economic benefit is even higher. We have benefited a lot from the explanations of Jianli. In addition, we also learned that the pile depth of this building is 67 meters, which is a friction pile.

After the visit, I went to the office of the construction site to see the design drawings. There are a lot of engineering drawings in it. The points are very fine. There are many drawings on the other floor to explain. I understand the meaning of some parts in the drawings, and I I understand that CAD that I have learned in my freshman year can draw these drawings.

An administrator at the construction site introduced me to various mechanical equipment on the construction site: concrete mixer, attached tower crane, manned and cargo elevator. On the way, we saw a pile of different sizes of steel bars stacked in an orderly manner. Each steel bar was marked with its model number. For example, the TD22 is a special killed steel with a diameter of 22 mm. We also saw a small worker making three or four sets of upright steel bars into a stirrup on the open space. After entering the building, he led us to visit the first floor and the second floor. Under his careful explanation, I also learned a lot of knowledge: the concrete strength of the first floor of this building is C50, and the concrete strength level of the second floor. It is C40, the smaller the C value is, the smaller the thickness of the first layer is 25 cm, the thickness of the floor of the second floor is 11 cm, and there are many structural columns around the load-bearing column. When the wall exceeds 5 meters, it is used. It is used to increase the strength of the wall to avoid easy collapse due to the long wall; there are many neatly arranged holes on the wall of the stairs, and a hollow tube runs through the wall. It is used to fix the template on both sides of the wall; there is a hole on the outer edge of one side of the second floor, which is used for measuring the positioning and positioning.

In the past few months, I have learned a lot of knowledge: 1. Building materials

Rebar and concrete are two completely different building materials. The ratio of steel bars is not only able to withstand pressure but also withstand tension; however, it is expensive and has poor insulation properties. Concrete has a small specific gravity, it can withstand pressure, but can not withstand tension; it is cheaper, but not strong. The birth of reinforced concrete solves the defects of both, and retains their original advantages, making reinforced concrete the material of choice for modern building construction. Aerated concrete has good thermal insulation properties - also known as heat insulation bricks, energy-saving bricks; most importantly, it is made of concrete and has high strength, so its name is called - autoclave Gas concrete block. Based on its good characteristics, it is widely used as a wall material for buildings. The aerated concrete has a high resource utilization rate, and it contributes to the human living environment, and it also provides a broad profit margin for its producers. Aerated concrete has low energy consumption and can make extensive use of industrial waste such as fly ash, tailings sand and desulfurization gypsum, in line with the development of circular economy strategy. 2. Structure and structure

Reinforced concrete structures, ie the main load-bearing members, including beams, slabs and columns, are all reinforced concrete structures. These types of structures are mainly used for large public buildings, industrial buildings and high-rise residential buildings. In reinforced concrete buildings, there are frame structures and frames-shear walls. Structure, frame - tube structure, etc. At present, high-rise buildings of about 25-30 floors usually adopt frame-shear wall structure.

The main load-bearing members of the steel structure are all made of steel. It is light in weight and can build super-high skyscrapers. It can also be used for large-span, high-net-high space, especially suitable for large public buildings.

The load-bearing structure of the wall is divided into the load-bearing of the cross-wall, the load-bearing of the longitudinal wall and the mixed load-bearing of the vertical and horizontal walls. Features: General strength. Suitable for low-rise buildings. Can not be flexible to divide the space. 3, masonry engineering

Masonry materials and masonry scaffolding The materials used in masonry work are mainly brick, stone or block and masonry mortar. The masonry mortar has cement mortar, lime mortar and mixed mortar. The choice of mortar type and its grade should be determined according to the design requirements. Masonry scaffolding is a temporary facility for stacking materials and workers in the masonry process. According to its locating position, it is divided into two categories: outer scaffolding and inner scaffolding; it is divided into wooden scaffolding, bamboo scaffolding and metal scaffolding according to the materials used. Our internship site is an external scaffolding and metal scaffolding.

The form of masonry scaffolding is multi-rod type, bridge type, frame type, folding type, pillar type, gantry type, cantilever type, hanging type, self-lifting type, etc., which are used for different construction occasions. Material transportation and masonry construction In the masonry project, not only a large amount of bricks and mortars but also scaffolding, scaffolding boards and various prefabricated components are transported. Not only vertical transportation, but also horizontal transportation of the ground and floor. Vertical transportation is an important factor affecting the construction speed of masonry. Commonly used vertical transport equipment includes tower cranes, derricks and gantry. The machinery used in the internship site is an attached tower crane.

The basic requirements for brick and block construction are: horizontal and vertical, full mortar, uniform gray joints, up and down staggered seams, internal and external framing, and solid joints. “Connecting” refers to temporary breaks that can be set up by adjacent masonry at the same time, which facilitates the joint between the first masonry and the rear masonry. 4, reinforced concrete engineering

Reinforced concrete works include steel works, formwork works, and concrete works.

There are three ways to connect steel bars: lashing wires, welding wires, and mechanical wires. The lashing of the steel bars is to tie the steel bars with galvanized iron wire according to the minimum lap length specified in the specification. Welding includes flash butt welding, resistance spot welding and gas pressure welding; welding includes arc welding and electroslag pressure welding. For the welding of hot rolled steel bars, flash butt welding is preferred.

Concrete engineering includes construction, transportation, pouring, maintenance and other construction processes. Each construction process is related to each other and affects each other. Improper construction of any process will affect the maximum amount of concrete engineering. Concrete preparation Concrete preparation refers to the dosing and agitation of concrete. For the concrete ingredients, the quality of cement, coarse and fine aggregate, mixing water and admixture should be strictly controlled first, and the amount of concrete should be controlled according to the concrete strength grade and concrete construction ratio specified by the design. The mixing of concrete should be according to the specified mixing system. Implemented in a blender. Concrete transportation is divided into two cases: horizontal transportation and vertical transportation. Commonly used horizontal transport equipment mainly include mixing trucks, dump trucks, motorized dump trucks, belt conveyors, and two-wheeled trolleys. 5. The function of the construction

Because the two construction sites of our internship are mainly built to entertain us, I specially checked their functions. Of course, Jianli is very familiar with all aspects of the construction site, and has a wealth of knowledge and high academic qualifications. .

The duty of supervision is to promote the full implementation of the project contract signed by Party A and Party B on the premise of implementing relevant state laws and regulations. Generally speaking, the main function of engineering construction supervision is: in the process of construction, through the management, coordination and supervision of the project, the effective control of project quality, schedule and project cost is implemented. Eventually, the project contract will be fully implemented.

During the construction process, the supervisor must always notice that both Party A and Party B must fulfill their obligations under the contract and create conditions for the smooth implementation of the contract. The supervisor shall review and issue the design drawings and organize the design. To supervise the quality of the construction unit, an inspection and acceptance visa must be carried out before the concealed works and concrete are opened. The important part supervisors must be present at the scene. The raw materials for construction and the concrete to be poured shall be independently sampled.

A good supervisory unit must perform its duties well. Through the work of the contract, the tasks stipulated in the contract are successfully completed according to the quality of the contract and the cost of the contract. Fair and reasonable maintenance of the interests of both parties A and B will be satisfactory to both Party A and Party B. Fourth, the outlook

Although this internship can be painstakingly studied after the start of the internship, discover problems, analyze problems, solve problems, and consciously abide by the rules and regulations of the internship unit, be eager to learn, and carefully record what is learned, what you think, what you earn, and write. Good internship diary. However, since I did not prepare for the internship before the internship, I was still a little confused after the internship. Although I was serious about learning, I could only ask some basic knowledge because I knew too little knowledge, and I could not get further points. Know how. After this lesson, I will try to correct these shortcomings in future internships.

Part 3: Civil Engineering Internship Report

During the three-day internship, each of us learned a lot of knowledge. The following are the lessons I learned through the three-day internship: the base plate and the foundation beam reinforcement; the wall reinforcement; the structural column reinforcement Binding; beam reinforcement; plate hoop binding.

1. Foundation floor and foundation beam reinforcement:

1. Press the rebar position line to pop the bottom layer of the bottom plate. According to the force of the bottom plate, it is determined in which direction the steel bars of the lower layer are below the steel bar. Under normal circumstances, the short-term reinforcing bars are first laid, and then the long-term reinforcing bars are laid.

2. Place the mortar cushion for the concrete protection layer of the bottom plate. The thickness of the cushion is equal to the thickness of the protective layer. The distance can be reduced by about 1m, and even the mortar block can be replaced by iron.

3. If the base plate has a foundation beam, it can be bundled and formed, then installed in place, or tied in place according to the beam position line.

4. If the bottom plate steel bar has a lashing joint, the lap length and the lap joint position of the steel bar shall conform to the requirements of the construction specification, and the steel wire for the steel lap joint shall be fastened at the center and at both ends. If welded joints are used, the joint position shall also comply with the construction specifications in addition to the specimens to be taken in accordance with the welding regulations.

5. According to the good wall and column position line, the ribs that extend the wall and column into the foundation are firmly tied. The depth of the inserted foundation should meet the design requirements. The length of the splicing should not be too long. The upper end should take measures to ensure that the ribs are vertical. Do not skew, dump, or displace.

2. Wall lashing:

1. Eject the wall and door and window hole position line on the floor concrete, and correct the pre-embedded ribs again. If there is displacement, handle it carefully according to the negotiation regulations. The wall formwork should adopt the “jumping mode” to facilitate the construction of steel bars.

2. First tie 2 to 4 vertical ribs, and draw the cross-bar markings, then tie the two transverse ribs at the lower part and the chest, and draw the vertical ribs. In general, the transverse ribs are outside, and the vertical ribs are in the inside, so the horizontal ribs are tied first and then the horizontal ribs are tied. The spacing and position of the horizontal and vertical ribs should meet the design requirements.

3. All steel crossings should be tied point by point, and the length and position of the laps should meet the requirements of the design drawings and construction specifications.

4. To ensure the correct position of the door and window opening, mark the elevation line on the vertical rib of the hole. The door and window openings shall be tied to the beam reinforcement according to the design requirements, and the length of the anchor into the wall shall meet the design requirements.

5. The seismic structural reinforcement and anchorage length of each connection point shall be tied according to the design requirements. For example, the longitudinal stress-bearing steel bar of the first-level column extends into the depth of the basement wall; the anchorage length of the end of the wall and the junction of the inner and outer walls is stressed, and attention should be paid when tying.

6. Cooperate with other types of work to install pre-embedded pipe fittings, reserved openings, etc., the location and elevation should meet the design requirements.

From June 3rd to June 5th, during this period, our civil engineering major went to three large construction sites in Hefei. Although our professional courses have not been opened before, we also let us each through this internship. The civil servants have benefited a lot, let us have a preliminary sense of the building, and lay a solid foundation for us to open professional courses and learn professional knowledge in the future. I am very grateful to the school for giving us this internship opportunity, so that we have the opportunity to go to the construction site to watch the internship, let us witness the construction workers how to construct the building. Each of us is very happy to have such an opportunity to learn a lot of books and not learn.

Three days to the internship on the construction site, the school used the school bus to pick up and drop off. When we arrived at the site of the construction site, I saw the students wearing safety helmets on the head; at the same time, the living area of ​​the construction site and the door of the construction area also read: Those who do not wear helmets are not allowed to enter the construction site; of course, the slogan on the protection net outside the main body of the building also reads: safety responsibility, which is more important than Taishan; thus the first problem to be noted in construction is safety. In the past, many production injuries and fatal accidents were caused by the failure of production companies to pay attention to the safety of migrant workers. These accidents have caused great damage to workers and enterprises. At the same time, in order to ensure the smooth construction and construction safety, the construction site is to use brick walls. All the vehicles and internal personnel who are in the construction can only enter and exit. We must also negotiate with the construction party in advance to negotiate with them.

When we entered the construction area, we saw the structural body of the building at a glance. At that time, the main body of the structure gave me the feeling that it was not as good as the building. This may be because it is different from the building I have seen that has been built and put into use. There is a large space in front of the main body. This site is used for stacking building materials. It can be seen that the stacked building materials are mainly steel bars, and there are no building materials such as cement, sand and stone. This is because the finished concrete has been used now. Come to pour the structure. This will ensure the quality of the concrete, reduce construction waste and reduce production costs. In the steel bar stacking area, we can see that the different types of steel bars are open, and also indicate the type of steel bars and the arrival time in front of them.

On the construction site, I saw the building materials I have never seen before. The name is not clear, it is called pressurized coagulation air mass. At present, few construction companies in Hefei use this material, compared with those traditional red bricks. This material has many characteristics that red bricks do not have: it has the function of sound insulation. With so many advantages, the price is certainly much higher than the price of those red bricks. Although this material occupies a large volume, it is very light. A person with great strength can lift it up with one hand.

During the three-day internship, each of us learned a lot of knowledge. The following are the lessons I learned through the three-day internship: the base plate and the foundation beam reinforcement; the wall reinforcement; the structural column reinforcement Binding; beam reinforcement; plate hoop binding.

1. Foundation floor and foundation beam reinforcement:

1. Press the rebar position line to pop the bottom layer of the bottom plate. According to the force of the bottom plate, it is determined in which direction the steel bars of the lower layer are below the steel bar. Under normal circumstances, the short-term reinforcing bars are first laid, and then the long-term reinforcing bars are laid.

2. Place the mortar cushion for the concrete protection layer of the bottom plate. The thickness of the cushion is equal to the thickness of the protective layer. The distance can be reduced by about 1m, and even the mortar block can be replaced by iron.

3. If the base plate has a foundation beam, it can be bundled and formed, then installed in place, or tied in place according to the beam position line.

4. If the bottom plate steel bar has a lashing joint, the lap length and the lap joint position of the steel bar shall conform to the requirements of the construction specification, and the steel wire for the steel lap joint shall be fastened at the center and at both ends. If welded joints are used, the joint position shall also comply with the construction specifications in addition to the specimens to be taken in accordance with the welding regulations.

5. According to the good wall and column position line, the ribs that extend the wall and column into the foundation are firmly tied. The depth of the inserted foundation should meet the design requirements. The length of the splicing should not be too long. The upper end should take measures to ensure that the ribs are vertical. Do not skew, dump, or displace.

2. Wall lashing:

1. Eject the wall and door and window hole position line on the floor concrete, and correct the pre-embedded ribs again. If there is displacement, handle it carefully according to the negotiation regulations. The wall formwork should adopt the “jumping mode” to facilitate the construction of steel bars.

2. First tie 2 to 4 vertical ribs, and draw the cross-bar markings, then tie the two transverse ribs at the lower part and the chest, and draw the vertical ribs. In general, the transverse ribs are outside, and the vertical ribs are in the inside, so the horizontal ribs are tied first and then the horizontal ribs are tied. The spacing and position of the horizontal and vertical ribs should meet the design requirements.

3. All steel crossings should be tied point by point, and the length and position of the laps should meet the requirements of the design drawings and construction specifications.

4. To ensure the correct position of the door and window opening, mark the elevation line on the vertical rib of the hole. The door and window openings shall be tied to the beam reinforcement according to the design requirements, and the length of the anchor into the wall shall meet the design requirements.

5. The seismic structural reinforcement and anchorage length of each connection point shall be tied according to the design requirements. For example, the longitudinal stress-bearing steel bar of the first-level column extends into the depth of the basement wall; the anchorage length of the end of the wall and the junction of the inner and outer walls is stressed, and attention should be paid when tying.

6. Cooperate with other types of work to install pre-embedded pipe fittings, reserved openings, etc., the location and elevation should meet the design requirements.

Fifth, the steel bar binding:

1. Clean up the debris on the template, use chalk to draw the main ribs on the template, and distribute the spacing of the ribs.

2. According to the spacing, place the main ribs and the rear distribution ribs. The embedded parts, wire tubes, reserved holes, etc. are installed in time. Two-way force plate, the steel bar in the short direction is below, and the steel bar in the long direction is on.

3. When there is a strip beam in the cast-in-place board, the strip steel bar should be tied first, then the plate steel bar should be placed.

4. Place the mortar pads under the steel bars at a distance of 1.5m. The thickness of the spacer is equal to the thickness of the protective layer and should meet the design requirements. If the design is not required, the thickness of the protective layer of the board should be 15mm. The requirements for the length of the lap joint and the position of the overlap are the same as those of the beam mentioned above.

Through this internship, I have some feelings, mainly speaking from several aspects: For the first time, I personally felt that civil engineering is a university question, and there is a lot of knowledge. I am still an ignorant student who has not even entered the civil engineering door. I have to learn a lot and do a lot of things. The future time should be the day when I am studying hard, and I am trying to find a day. There is still a way to go from theory to practice: on our first day at the construction site of the building, much of the knowledge we have learned from books cannot be combined with practice. In the future, we must work harder. The university is not a high school. It is necessary to learn the true ability. It is possible to apply the things in the textbooks to the realities and innovate in order to be truly learned. It is the real ability. If you want to learn well, you must first "three diligences": in many construction sites, the site technicians give us the most and most valuable experience is "three diligence", diligent, diligent, diligent. For each site and project, we must pay more attention to it. Construction technology, construction methods, construction management, etc. should pay more attention to it. In addition, it is necessary to look at professional books and so on. If you find problems and are not clear, you should ask more questions. Ask the technicians and ask the workers to master. In short, solve the problem well and make it clear in the shortest time. For any problem, any method, etc., you must seriously consider it and leave it to others to solve it. Don't simply copy other people's methods, thinking is a shortcut to progress. Learn the true skills, have their own skills: this time the teacher and the site technicians, let me remember the deepest words is "learning the true ability, have their own skills." Don't die on the textbooks, but don't break away from the textbooks, contact the reality, you must learn the skills, learn what you can use, and use your skills in future positions. To have their own specialties, one of the words of the worker's master is "one stroke first to eat all over the sky". If you have your own talent, you will have your own foothold. If you are engaged in engineering, you must be able to endure hardships. You must have endurance: What will happen to a person who can't even see the sun? If one encounters difficulties, the person who withdraws will have nothing to do. This is another gain of my internship. It is his own perseverance, and he has got a certain amount of exercise, and he has prepared a resilience for a better career in the future.

Overall, I am very happy to have the opportunity to participate in an internship. Let us learn a lot of knowledge. I am very satisfied with this internship. The above is what I learned during my internship. The report ends here, thank you!