Engineering survey training experience

Experience of engineering survey training: 500-word model essay

On weekdays, it is inevitable that there will be some new ideas in your heart. You can consider writing them into your own experience, so that you can develop a good summary method. So what are the characteristics of a good experience? The following is a 500-word model essay on engineering survey training experience that I compiled for you. Welcome everyone to learn from it, I hope it will help you.

Engineering Survey Practice Experience 1 The two-week engineering survey practice from XX165438+1October 26th to XX 65438+February 7th has ended. Through this practice, I deeply understand the importance of integrating theory with practice. The investigation area is the campus of Chongqing Yongchuan Water Conservancy Vocational and Technical College. Although the survey area is relatively large, it is basically the whole school, and the mapping map is also the plan of our school. However, we were lucky. In this winter, during the period of our measurement, the weather was fine and there was no rain we were worried about, so we were relieved to measure. In order to finish the task as soon as possible, our group worked overtime on Saturday and Sunday.

Measurement was a very accurate job at first. By studying surveying in class during my school days, I have formed the basic and theoretical outline of surveying in my mind, and the purpose of internship is to link these theories with practical engineering, which is the characteristic of engineering. Surveying is a science used to study the shape and size of the earth and ground points. In essence, the main task of measurement is to determine the position of the ground target in three-dimensional space and its change with time. In today's information society, the role of measurement is becoming more and more important. As the foundation of GIS, the survey results provide the most basic spatial position information. To build information superhighway, basic geographic information system and various thematic and professional geographic information systems, it is urgent to establish a unified standard survey database and survey result information system. Therefore, surveying has become the most reliable and accurate means to acquire and update basic geographic information. There are many classifications of surveying, such as general surveying, geodesy, photogrammetry and engineering surveying. As students of hydraulic engineering department, we should learn all aspects of measurement. The foundation of surveying and mapping that we have learned is the foundation of these professional knowledge.

Through this internship, I not only learned the practical ability of measurement, but also had the endurance to face difficulties. I also learned the unity and tacit understanding between groups, and also exercised my mapping ability. First of all, familiar with the use of level and optical theodolite, familiar with the use of level and optical theodolite, and master the inspection and calibration methods of instruments. Secondly, in the process of checking and correcting the data, we know the sources of various measurement errors, mainly including three aspects: instrument error (determined by the instrument itself, which is an objective error source), observation error (caused by the technical level of personnel, which is a subjective error source) and external influence error (influenced by external factors such as temperature and atmospheric refraction, which is constantly changing and difficult to control, which is a variable error source). Knowing how to avoid and minimize the measurement error, we should do the following:

(1) Choose a measuring instrument with high precision.

(2) Improve your measurement level.

(3) Take the average of many measurements.

In addition to being familiar with the use of instruments, understanding the sources of errors and measures to reduce errors, we should also master a set of scientific measurement methods, and follow certain measurement principles in the measurement, such as the working principle of "from the whole to the part, control the part first and then decompose it", and do not proceed to the next work without checking the previous work. Doing so can not only prevent the accumulation of errors and find them in time, but also improve the efficiency of measurement. Through the practice of engineering practice, I really learned a lot of real things, such as more skilled operation of measuring instruments and leveling, and learned things that I couldn't do in class, such as drawing digital topographic maps and measuring damaged parts, which greatly improved my hands-on ability and brain ability.

In this internship, we also learned that if we want to do a good job in measurement, we must first master excellent basic theoretical knowledge and have a hard-working spirit. Each team member should practice in person, with a clear division of labor and interchangeable work. We also need to know that failure is the mother of success. In the process of practice measurement, it is impossible to be completely error-free. We should not be discouraged, continue to retest, recalculate and practice again and again. But thanks to the teacher's guidance, we encountered various difficulties in the early stage of our internship. Thanks to the teacher's patient explanation, we solved many difficult problems in measurement.

Experience of engineering investigation training 2 training is a strange word to me, because I have never experienced training in my more than ten years of student career. This is the first training, and he will comprehensively test my abilities in all aspects: study, psychology, body, thought and so on. This is like a touchstone to test whether I can apply theoretical knowledge to practice. It is related to whether I can succeed in this challenging society in the future.

Because of the short time, I was exposed to these things in those weeks, but I was very satisfied.

Without practice, many problems cannot be considered, and only after practice can we know what we may encounter. This requires us to have rich practical experience. For example, students who have just left school are not rich in practical experience, but if they don't know anything in theory, they can't stand it in the training process. After a period of on-site training, I understand that it's not that what I learned in the textbook can't be used, but whether you can use it or not, and whether you can be flexible.

At first, I went to this site to learn about the construction drawings. I walked slowly and looked at them by myself. I still don't see any problems. I only saw the frame column and foundation surface, wooden shed, steel shed, etc ... Every few days, Li Shifu asked me to pay back the money with him. Pay-off is the foundation of architecture, which is necessary for us beginners. During this period, I got a better understanding of level and theodolite, and became more familiar with the operation of measuring instruments, which made me practice the observation of instruments at the construction site and adapted me to operating instruments under different conditions.

I am mainly responsible for setting out and leveling this site. Sometimes I will help others with earthwork and elevation measurement, which is a skill to adapt us to field work under worse conditions. Only by adapting to the worst environment can we exercise ourselves better and learn more and more solidly. It is the most tiring thing on the earthwork site, running up and down with a level every day, and completing the measurement task. This is a challenge for the college students I just trained, and it is also a test that reflects my adaptability.

Besides measurement, we should do some other things to enrich our practical life. Digging, digging stones, moving bricks ... is to exercise my will. Although I didn't get good results from these exercises, I also honed myself and let me know the hard work, and I will gradually adapt to the life on the construction site.

Two months have passed, and my two-month life has finally been enriched. I did what I had to do and experienced what I had to experience. I believe there will be a more wonderful life in the future, and I will work harder.

The biggest gain of this training is to learn to adapt to the environment. Through this training, I adapted to this kind of construction site life. Although I may not go to work on the construction site in the future, with this period of exercise, I have a hard-working perseverance and learned to adapt to the environment no matter what I do in the future. In addition, I learned some problems different from those in the school on the construction site, that is, I learned how to communicate with workers as a technician on the construction site.

Through this training, I actually have a deeper understanding of the relevant knowledge of architecture. It should be said that there are many professional knowledge learned in school, which is only theoretical and still a little different from reality. This training helps my ability to read maps. When reading a map, knowing what you should pay attention to requires careful calculation. In terms of structure, where should safety be considered during construction and where should the problems in actual construction be considered during pay-off? It can meet the requirements of construction and specification, and realize the standardization of design and construction. Without this training, I may just use the theoretical knowledge in books, and I won't consider too many problems, let alone whether the drawings I see can be constructed. Although the construction site is bitter, what we can learn is some realistic things, and what we can exercise is the practical ability to solve problems.