What is the difference between a surveyor and a surveyor in the field of roads and bridges? 200

Surveyor is an ordinary national vocational qualification certificate, which is mainly divided into two categories: technicians and technicians, and each category is divided into three levels: junior high school and high school. The vocational qualification certificate can only prove that you have the qualifications of the relevant industry, and can obtain the vocational qualification certificate through a unified written examination and practical operation assessment.

Surveyor belongs to the engineering series in the evaluation of professional and technical post qualifications (i.e. professional title evaluation). It is divided into four levels: staff level, junior level, intermediate level and advanced level. The staff level is an ordinary technician, and the three levels of junior high school are assistant engineer, engineer, deputy senior engineer, and senior engineer.

It doesn't give you a certificate by passing a simple exam. You need to work in the production unit for the corresponding number of years, according to your work ability and level, as well as work performance and performance, as well as academic research (** and publication of works), etc., by the experts of the professional and technical post qualification assessment committee to evaluate and grade you, and issue technician and engineer certificates.

In terms of gold content, it is of course good at the technician level in terms of professional qualification certification, and it is of course good at the engineer level in the professional and technical qualification evaluation (professional title review).

The surveyor certificate mentioned by the netizens upstairs is just a stepping stone or admission ticket to enter the surveying industry, and does not represent your actual technical level and work ability in this industry. The surveyor certificate means that you have been working in the industry for a certain period of time, have a certain ability and level, but are just an ordinary technician in the workplace. However, surveyors always have some work experience, and surveyors can still be surveyors' masters.

Overview of surveyors: engaged in surveying and pay-off work and surveying line inspection work in the construction unit, surveyors belong to technical positions. Surveyors are managerial positions.

Generally, it is an engineering surveyor certificate to be examined.

The staff is good, the staff in the unit is better than the worker, the minimum college graduate is also a member, and the technical secondary school graduates are the workers.

You can go to the personnel bureau and ask.

Summary. The basic courses are as follows: engineering drawing, engineering surveying, engineering mechanics, engineering geology, building materials, road survey, design and lofting, subgrade construction and testing, pavement construction and testing, foundation construction and testing, bridge and culvert construction and testing, bridge design and structural calculation, engineering cost and bidding, road construction organization and management, railway lines, railway engineering construction, engineering supervision, etc.

Hello, engineering surveying technology and road and bridge engineering technology, seniors recommend you to choose the latter, road and bridge engineering technology.

Because of this, the working environment after graduation is relatively formal and stable. But one thing is that both of them are almost always in remote areas within a few years of graduating, following the program. The only difference is that after working in road and bridge work for a few years, you can choose to be a technician, supervisor or project manager, and have a stable opportunity.

And engineering surveying is the surveyor, the surveying captain, and then when you are too old to run, you are asked to go to the office to do surveying, data sorting and drawing.

In terms of salary, working environment, and difficulty of employment, road and bridge engineering technology is a priority.

What are the courses in Road and Bridge Engineering Technology?

The basic courses are as follows: engineering drawing, engineering surveying, engineering mechanics, engineering geology, building materials, road survey, design and lofting, subgrade construction and testing, pavement construction and testing, foundation construction and testing, bridge and culvert construction and testing, bridge design and structural calculation, engineering cost and bidding, road construction organization and management, railway lines, railway engineering construction, engineering supervision, etc.

What does a surveyor do:

1. Before measuring, it is necessary to understand the design intent, learn and check the drawings; Understand the construction deployment and formulate the measurement and pay-off plan.

2. Together with the construction unit, the red line pile measurement control point will be calibrated on the spot.

3. Verification and calibration of measuring instruments.

4. Cooperate closely with the design, construction, etc., and make full preparations in advance, and formulate a practical and feasible measurement and pay-off plan synchronized with the construction.

5. It is necessary to do a good job of pay-off and line inspection at all stages and main parts of the whole construction, and strengthen the work in reviewing the measurement pay-off plan and guiding the inspection and measurement pay-off work to avoid rework.

6. Take the initiative in line inspection. The line inspection work should start from the review of the measurement pay-off plan, and put forward preventive requirements for the measurement and pay-off work before the construction of each main stage, so as to truly prevent problems before they occur.

7. Accurately measure and set the elevation.

8. Responsible for vertical observation, subsidence observation, and record and sort out the observation results (data and curve charts).

9. Responsible for timely sorting out and improving baseline review, measurement records and other measurement data.

Summary. 1. Engineering surveyor is a general term for a type of work, and road and bridge surveyor belongs to a professional surveyor in engineering surveyor. 2. The scope of engineering surveyors is broader, such as highway engineering surveyors, earth and rock blasting surveyors, road and bridge surveyors you example, and so on.

3. Generally, many of those who are engaged in surveying focus on a unit project (specialty), such as being good at bridges, highways, tunnels, etc., but I hope you can master the points of each major, after all, there are many projects that are interconnected. 4. Therefore, from the engineering point of view, insiders know that surveying is a general term, and I have to add a road and bridge surveyor (actually a professional surveyor of roads and bridges) I think it is set up to highlight the professional and personal strengths. Or do you have a good grasp of multiple specialties, and it is more suitable for engineering practice, as you call "practical".

What is the difference between an engineering surveyor and a road and bridge surveyor!Which one is better, which one is more practical?

1. Engineering surveyor is a general term for a type of work, and road and bridge surveyor belongs to a professional surveyor in engineering surveyor. 2. The scope of engineering surveyors is broader, such as highway engineering surveyors, earth and rock blasting surveyors, road and bridge surveyors you example, and so on. 3. Generally, many of those who are engaged in surveying focus on a unit project (specialty), such as being good at bridges, highways, tunnels, etc., but I hope you can master the points of each major, after all, there are many projects that are interconnected.

4. Therefore, from the engineering point of view, insiders know that surveying is a general term, and I have to add a road and bridge surveyor (actually a professional surveyor of roads and bridges) I think it is set up to highlight the professional and personal strengths. Or do you have a good grasp of multiple specialties, and it is more suitable for engineering practice, as you call "practical".

What engineering surveying technology does.

It is to do surveying and mapping, one is to get spatial data, the other is to set the location according to the map and data, and also call and pay. If you are in the field, you are tired, even if you have gos, you are tired, and if you are in the office, it is very boring ......

Measurement: level, latitude and longitude, the operation of these instruments, and further the calculation of data in terms of roads and bridges: the basic knowledge of highway subgrade and pavement construction, and the basic knowledge of bridge construction always know what they want to measure, what to measure these things, and whether the measurement results are generally accurate.

Textbooks that may be involved: books such as surveying, or engineering surveying subgrade, pavement engineering, highway survey, bridge engineering.

In addition, one of the books that should also be read is engineering drawing, simply put, the drawings can be understood by picking them up, and if you see them all, you can also match things in practice, and you can basically become a technician.

First, control measurement 1, bridge axis positioning lofting 2, set the bridgehead level point 3, cross-river bridge also set the river width triangle network review point (baseline) two, construction survey 1, bridge pier lofting 2, the pile position lofting 3 of each pier, set the temporary leveling point at the pier position, in order to facilitate the construction elevation review 4, determine the elevation reference point for the ground structure construction 5, set up lofting 6 for the bridge support, review the verticality of the pier body, plane, elevation deviation 7, cooperate with the supervision and acceptance 8, the pier support installation lofting (the longitudinal axis of each pier, Transverse axis lofting) 10, with the bridge superstructure construction lofting 11, bridge deck horizontal network measurement (to prepare for the bridge deck pavement) 12, complete the measurement data every day, archiving. 9、