What is the general process of civil engineering data, and what are the construction process materia

The same as the construction sequence, the first project record, positioning and pay-off, slotting, groove inspection, each step has the corresponding information.

The information contains such as under the branches of the paulownia reed:

1. Design change and negotiation records.

2. Engineering surveying and pay-off records.

3. Pre-inspection, self-inspection, mutual inspection and handover inspection records.

4. Observation and measurement records of building (structure) settlement.

5. Construction records of new materials, new technologies and new processes.

6. Acceptance record of concealed project.

7. Construction log.

8. Concrete opening report.

9. Concrete construction records.

10. Concrete mix ratio measurement and spot check records.

11. Project quality accident report.

12. Investigation and treatment records of engineering quality accidents and accident causes.

13. Notice of rectification of project quality.

14. Notice of partial suspension of construction of the project.

15. Report on the rectification of project quality and application for resumption of work.

16. Notice of resumption of work.

Requirements for the storage of engineering data:

Retention period].

The retention period of engineering data can be divided into three periods: permanent, long-term and short-term.

The so-called permanence means that the noisy project files need to be kept permanently. Long-term means that the retention period of the project file is equal to the construction life of the project. Short-term means that the project files are kept for less than 20 years.

If there are documents and materials with different retention periods in the same file, the retention period of the case file shall be the longer one.

Classification of Secret Levels].

The intensive storage of engineering data can be divided into three types: top secret, confidential and secret.

If there are documents of different classification levels in the same file, the highest classification level shall be used as the classification level of the volume.

First of all, be familiar with the drawings

Familiar with the site, familiar with the construction management data, familiar with the construction technical data.

Familiar with the specifications, familiar with the construction process

Familiar with the content of the acceptance of the division: the acceptance specification of the national standard for civil engineering data has nine divisions of the original project, and the existing energy-saving division has been added, a total of ten divisions, foundation and foundation, main structure, roof, decoration, water supply, drainage and heating, electrical, intelligent, ventilation and air conditioning, and elevator. (GB).

Each division has a number of sub-items, and then a number of inspection batches are divided according to the engineering parts, and the data starts from the inspection batch. At the same time, it is necessary to simultaneously carry out the inspection of incoming materials and the sampling and retest of incoming materials. Division, sub-item, inspection batch.

The inspection materials include: commencement report, construction organization design, inspection of incoming materials, sampling and retest of incoming materials, and retest report.

According to the project part of the inspection: production and installation inspection batch, sub-item acceptance, sub-acceptance, unit project completion acceptance.

Construction management data: construction organization design: management personnel, machinery, labor, construction schedule.

Construction technical data: drawings will be reviewed. Design changes, engineering visas, etc.

There is a unified ** fill in according to the unified information **, fill in according to the requirements of the specification.

The civil engineering data you mentioned should be (construction quality acceptance data management regulations) belong to the construction quality management data. Instead of the Technical Data Regulations, construction management data and the Technical Data Regulations are different management data categories. Thank you.

p This question is difficult to explain, one of the five members, you have to learn a construction site to almost understand,

Drawings are very important, follow others first, you don't have to learn all to do it yourself, and the people who can really learn from the master are a minority after all.

The first step is to understand the drawings, know the production process, go to the construction site to see if you have nothing to do, and check the information after you come back**.

According to the "Technical Data Regulations", don't go wild.

Familiarize yourself with the program, and don't send the wrong experiment.

You can go to the 94 Architecture Forum to learn about it.

This is a very general statement, specifically to look at the drawings and construction specifications.

All provinces in the country generally use construction software, such as budget software, Glodon, and data software.

Construction software specializes in the sale of construction industry software, the company has been customer-centric for nearly 20 years, providing free version updates, as well as supporting off-site after-sales service, the country's largest construction industry, China's engineering budget network.

1. Construction management materials.

1. Construction site quality management inspection records.

2. Notice of winning the bid.

3. Project budget (final) accounts.

4. Contracting contract.

5. Construction permit.

6. List of personnel and post certificate of quality assurance system.

7. Enterprise qualification and quality management system and quality assurance system personnel post responsibility system.

8. Commencement report.

9. Supervise the acceptance notice.

10. Project quality warranty.

11. Enterprise standard (provided during construction).

Second, the construction technical data.

1. Geological survey reports and drawings.

2. Construction drawing review and approval (lightning protection, fire protection, seismic review opinions and replies).

3. Drawing review.

4. Design change (notice).

5. Document substitution visa.

6. Project contact form.

7. Construction organization design (plan).

8. Technical disclosure.

9. Positioning measurement pay-off record.

10. Settlement observation record.

11. Building axis, elevation, full height, verticality measurement records and structural size review records.

12. The net height of the staircase entrance, the net height of the verticality of the staircase and the net height of the handrail and window sill.

13. Supervision and inspection records and review records.

14. Quality accidents (problems), treatment plans, construction plans and review and acceptance records.

15. Concealed engineering records.

16. Construction diary.

17. an as-built drawing.

3. Quality control data.

a) Architecture and structure.

1. Steel 1) Steel acceptance registration form and factory certificate (2) test report.

2. Welding 1) Welding rod (agent) acceptance registration form and factory certificate.

2) Welding simulation test report and test report (steel structure weld test report).

3. Cement 1) cement acceptance registration form and factory certificate (2) test report.

4. Bricks (blocks).

1) Brick (block) acceptance registration form and factory certificate (2) test report.

5. Sand and stone (separated).

1) Sand and stone acceptance registration form (2) test report.

6. Waterproof material (tile).

1) Waterproof material acceptance registration form and factory certificate.

2) Test report.

7. Admixtures.

1) Admixture acceptance registration form and factory certificate (2) test report (masonry should be made type inspection report).

8. Components (including all kinds of doors and windows, steel structures, paints, coatings, bricks, etc.).

1) Component acceptance registration form and factory certificate (2) test report (pull-out strength of rear embedded parts, three-sex test of external windows, steel structure bolt test, bonding strength of facing bricks, etc.).

It is necessary to buy a set of local data software, make data according to the construction order, and how to do it on the software.

First of all, it is actually very beneficial for a person to do information.

Here are some of my lessons over the years that I hope will help:

First of all, the information should be made to ensure the accuracy of the test date of the raw materials, and of course, the compressive report of the concrete and mortar test blocks. Because these things are issued by the laboratory, the date content is relatively unchangeable. Therefore, first of all, it is necessary to ensure the completeness, completeness and validity of these materials, do not fall behind those who need to do the retest, and timely check those who need to be sampled.

Personally, I think that the materials we printed by ourselves are really missing, and it is easier to make up for them in the end, but the experimental report is more difficult to deal with.

Secondly, pay attention to the validity of time when making materials. It does not need to be the same as the actual construction situation on the construction site, but it is necessary to ensure that the time of your own information is not visible to others. To put it bluntly, it is okay to make up the time according to the construction process.

Of course, in the case of commercial concrete, the pouring date and the test block date should be consistent with the commercial concrete quality certificate.

Then there is the concealed engineering acceptance and functional test report and the like, these things as long as you pay attention to them, don't fall behind, even if they really pull down, it is easy to make up. However, sometimes the covert acceptance may involve the settlement content, and it is best to let the supervisor of Party A sign and keep it just in case.

After the completion of the project, what needs to be done is the acceptance of the unit project, and it should be noted that most of our projects are delayed, and it is impossible to complete the project on time in accordance with the requirements of the contract. Therefore, when filling in the completion date, try to fill in the contract completion morale. It is also weakly protected under their own.

Of course, if there are too many reports in your test that are issued after the completion date of the contract, then this date should be discussed with the leader.

When the archives were finally transferred, the regulations of the archives were different from place to place, so it could not be said too absolutely. Before handing over, you should go to the Operations Guidance Section of your local archives to bring you the request for the transfer. The instructions on the requirements will be very complete, including what information you should provide and in what order to organize the volume.

Generally, it is easier for our archives to transfer information, and they can't look up the information in the same way as the supervisors. As long as you have something, it doesn't matter if you're not all. The general quality acceptance data only accepts the unit project acceptance ** and sub-item acceptance, and the inspection batch is not required.

However, it varies from place to place, so it is advisable to consult your local archive.

According to the civil engineering quality acceptance division table, first determine the unit project - division - sub-item - inspection batch In this way, step by step, the inspection batch has a fixed **, and then it is necessary to do some material inspection forms.