Introduction: Work summary is an important basis for promoting work progress. Any work, whether performed by an individual or a group, requires repeated operations and hard work to be completed. The following is an article about a personal work summary of a consulting engineer for your reference.

I wrote a supervision work summary when I was the director of a high-rise building in Chongqing for your reference. I hope to provide some help for your work. If you have any good suggestions, I'd love to hear them.

General Construction Supervision

Chongqing Construction Supervision Consulting Co., Ltd. is entrusted by Chongqing Real Estate Development Co., Ltd. to supervise the construction phase of Chongqing unit projects. This project started on May 8, 20xx, and the pre-acceptance of the project was carried out on December 3, 20xx. The supervision unit has completed the work content stipulated in the entrusted supervision contract. The construction supervision work of this project is now summarized as follows:

1. Project Overview

Chongqing Commercial and Residential Building is located in Chongqing? New District piece. This project is a high-rise residential building with a seismic fortification intensity of 6 degrees, a fire protection level of Level 1, a roof waterproofing level of Level 2, and a designed service life of 5 years. The total construction area of ??this project is 45m2, the total height of the house is 93.m, -3/28 floors, and the maximum span is 7.8m.

The foundation project uses manually dug piles, independent column foundations, and strip foundation trenches. The foundation is placed on weathered mudstone. The designed natural compressive strength of the mudstone is 9.12mpa.

The main structure is a frame shear wall structure, the concrete strength of the main structure is c3-c45, the internal and external filling walls are made of aerated concrete blocks, shale hollow bricks, and mixed mortar (strength grade is m5 .), structural columns, prefabricated small pieces (lintels) concrete c2.

The flat roof has a 3mm waterproof layer of SBS modified asphalt membrane, a 3mm polystyrene board insulation layer, and a 4mm thick fine stone concrete C25 waterproof layer.

The interior is initially renovated, with cement melon stone leveling layer, wall mortar plastering bottom layer, no overlay, ceiling scraping waterproof putty, stairwell floors and steps using wear-resistant floor tiles, and elevator front room It is vitrified floor tiles, wall tiles are pasted at the elevator door, iron railing handrails in the stairwell, and the remaining walls are covered with white latex paint; the balcony railings are made of laminated glass and stainless steel railings, and the entry door is an anti-theft security door, exterior wall window, and balcony door. They are all 5+9a+5 insulating glass-plastic steel windows. The doors and windows of the exterior wall are 5+9a+5 hollow glass-plastic steel windows, and the entrance door is a steel door.

Drainage project: indoor drainage pipes and rainwater pipes are installed with PVC pipes.

Energy-saving project: polystyrene particle insulation exterior wall, polystyrene board insulation roof, plastic steel window double-layer hollow glass insulation layer.

Water supply, electrical installation and elevator installation are all implemented in accordance with the contract.

2. Participating units

Construction unit: Chongqing Real Estate Development Co., Ltd.

Supervision unit: Chongqing Construction Supervision Consulting Co., Ltd.

Design unit: Chongqing Engineering Design Co., Ltd.

Survey unit: Geological Survey Institute

Contracting unit: Chongqing Construction Engineering Company

3. Quality supervision unit: Chongqing District Quality Supervision Station

4. Supervision organization and supervision system

Chongqing Construction Supervision Consulting Co., Ltd. is entrusted by Chongqing Real Estate Development Co., Ltd., in accordance with relevant laws, regulations and entrustment The supervision contract stipulates that the construction quality and progress of this project shall be supervised in accordance with the requirements of the construction contract, design and construction drawings, relevant design documents, and relevant technical specifications.

1. Supervision organization: Chongqing Construction Supervision Consulting Co., Ltd. appoints comrades as the chief supervision engineer and on-site supervision engineers to form the Chongqing Project Supervision Department.

2. Supervision system: In accordance with the requirements of the "Construction Project Supervision Specifications" (gb5319?2) and related documents, a system for design disclosure and joint review of construction drawings, a system for project quality acceptance and inspection, and Construction organization design (plan) review system, start (resumption) review system, incoming raw materials, finished products and semi-finished products, component inspection and witness sampling inspection system, concealed project acceptance system, project quality inspection system, project stage Acceptance and completion acceptance system, guarantee document verification system, on-site meeting system, etc.

5. Development of supervision work

(1) Construction preparation stage

Supervisors all enter the construction site during the construction preparation stage to carry out supervision work on this project The planning and preparation were carried out; the quality of the construction preparation work of the construction contractor was inspected before the start of construction, and the following work was mainly carried out:

1. Reviewed the construction unit and project manager, project technical leader and main Qualifications and qualifications of management personnel;

2. Checked the establishment of the construction unit’s quality and safety assurance system and quality and safety management system, and the establishment and implementation of the on-site management system and responsibility system;

3. Reviewed the construction organization design and related safety production construction plans submitted by the construction unit;

4. Inspected the construction technology, construction machinery, equipment, materials, and temporary facilities of the construction unit Preparation status;

5. Participated in the design technical briefing meeting and put forward constructive opinions and suggestions;

6. Prepared the construction supervision plan and key sub-projects Supervision rules;

7. Organize supervisors to familiarize themselves with the drawings, identify key points and difficulties in construction quality control, and formulate countermeasures;

8. Establish a construction site meeting system, and The first regular construction site meeting was organized and the supervision work was explained.

(2) Construction stage

1. Verify the implementation of the construction site quality management system, construction quality inspection system and the arrival of on-site construction technical management personnel; inspect the construction unit Prepared construction organization design, safe and civilized construction plan, scaffolding erection and disassembly plan and construction technology briefing, etc.

2. Supervise the construction unit to conduct on-site acceptance of raw materials, semi-finished products, finished products, etc. entering the construction site, including: 6 on-site acceptance records of important raw materials; 147 steel factory quality certificates, and 147 sampling re-inspection reports 7 cement factory certificates, 7 on-site re-inspection reports; 1 sand sampling inspection report; 9 gravel sampling inspection reports: 1 group of shale brick samples: 2 groups of hollow bricks, aerated concrete masonry Block 2 Group: Both groups of ceramic tiles have factory certificates: 5 factory certificates; 5 compressive strength test reports; all meet the design requirements and relevant quality standards, ensuring that the materials used in the project are qualified products.

3. Quality control points have been set for key processes or parts that may affect the safety and functionality of the structure, such as: foundation positioning and setting out, inspection and acceptance of pile foundations, concealed acceptance of steel bar projects, formwork and supports. The production and installation, the site acceptance and pouring of concrete, the construction of roofing and bathroom waterproofing projects, the construction of sample walls and sample rooms for decoration projects, etc. Supervision methods such as standing by, inspections, parallel inspections, and witness sampling were adopted during the construction. During the construction, 63 side station supervision records and 15 rectification notices were filled in.

4. Verification, acceptance and approval of hidden projects and key processes one by one. Such as concealed acceptance of foundation trench pits, concealed acceptance of pile foundation projects, concealed acceptance of floor steel bars, concealed acceptance of reinforced masonry, etc.

5. The witness sampling inspection system for concrete, masonry mortar and steel joints is strictly implemented in accordance with regulations.

The witness sampling and inspection system was implemented, the witness sampling and inspection was carried out according to the sampling plan, and unqualified test pieces were processed in a timely manner. During the construction, concrete cube compressive strength test specimens were extracted for standard maintenance of 153 sets of 1# building, 128 sets of 2# building were maintained under the same conditions for 1# building set 59; 2# building set 51: mortar cube compressive strength test specimens 1# building 2 were extracted. There are 31 groups in each # building; 324 groups in the steel joint performance test 1#2# building ***.

6. Quality behaviors that violate construction project specifications, standards and safety regulations are dealt with in a timely manner; for quality defects that occur during the construction process, supervisors promptly supervise and help the construction unit to correct the problems that arise. Correct and deal with problems that affect project quality during the construction process.

7. During the construction process, supervisors should promptly supervise and guide the construction unit to prepare, collect and organize construction technical data (construction records, self-inspection records, hidden inspection records and various engineering technical data) , ensuring that the engineering technical data is synchronized with the project progress; at the same time, the formed technical data is verified and signed to ensure the authenticity, accuracy and completeness of the engineering technical data, and *** signs and approves the project inspection application form 286 copies.

8. Witnessed and monitored the sampling inspection (inspection) of important sub-projects involving structural safety and functional functions, such as: drainage pipe filling test, roof and toilet water storage test, lightning protection grounding resistance Testing, exterior wall facing brick adhesion strength test, building verticality, elevation observation, etc., implemented side station monitoring, and inspected relevant testing data and physical objects.

9. Organized and held monthly construction site meetings and supervision work briefing meetings, and timely raised matters needing attention and existing problems based on the project progress regarding on-site construction technology, project quality, construction safety and other issues, and Make relevant requests, etc.

(3) Quality acceptance work

The project supervision personnel supervised the entire process of project construction quality and did the following work for construction quality acceptance:

1. Supervise the construction unit to conduct self-inspection and mutual inspection before accepting the project quality. On the basis of self-inspection and assessment, the inspection application will be submitted. The supervising engineer will sign and approve the construction party's application for inspection after passing the inspection.

2. Participate in the acceptance of inspection batches and sub-projects, and the on-site supervision engineer will sign off on the projects that have passed the acceptance.

3. Participate in the acceptance of branch projects, and make project quality evaluation reports for foundation branch projects and main branch projects. The chief supervisory engineer or the director's representative will sign off on the branch projects that have passed the acceptance.

4. During the acceptance process, rectification notices were issued in a timely manner for unqualified engineering projects or quality defects, and the construction units were urged to make timely rectifications. After the rectifications were completed and passed the self-inspection, the supervising engineer re-examined the rectification projects. After acceptance, the rectification receipt was signed and confirmed.

5. Review and sign the construction unit’s application for completion inspection, and issue a unit project quality evaluation report.

6. Participate in the project completion acceptance meeting organized by the construction unit, and prepare a general project construction supervision report.

6. Project construction quality acceptance status

1. Foundation project quality status

This foundation project adopts three foundation forms: manually dug piles , independent column foundations and strip foundations.

The main raw materials of the foundation have reached the qualified standard upon acceptance; the pile end bearing capacity of the piles, the pile embedding depth and the geometric dimensions of the piles all meet the design requirements; the piles’ The axis deviation, pile top elevation, and verticality deviation of the pile body are all within the allowable error range of the specification; the structural concrete specimens have all reached the qualified standard after inspection and evaluation.

The foundation piles were tested by the low-strain reflected wave method, and 5 piles were tested. The concrete on the pile body was complete and the test passed;

This foundation section is divided into earthwork, formwork, For five sub-projects including steel bars, concrete and cast-in-situ structures, there are 71 quality acceptance records for sub-project inspection batches. The quality of each sub-project and inspection batch has reached qualified standards.

On the basis of the self-inspection of the contractor, the project of this division has been verified and accepted by all parties participating in the construction.

2. Quality of the main structure

The main structure of this project is a frame shear wall structure, and the main raw materials entering the site have been accepted to meet the qualified standards.

According to the fact that during the construction process, physical objects such as columns, beams, slabs and brick masonry were witnessed and sampled in accordance with regulations. Concrete specimens, steel welded joints, and mortar specimens all met the design and acceptance Specification requirements.

The Hengyi Experimental Testing Center conducted in-situ testing of the concrete strength of the main structure, and tested 13 floor concrete components (concrete

strength c3-c45), which met the design requirements; The stirrup spacing was tested, and the error values ??were all within the allowable range of the acceptance specifications;

The main part is divided into cast-in-situ structures and filled walls (air-entrained concrete blocks, burned shale hollow bricks) There are 6 sub-projects of body, steel bar, formwork and concrete, and 878 inspection batch acceptance records signed by *** (including 432 for Building 1# and 446 for Building 2#), and each sub-project and inspection batch have passed the acceptance test.

On the basis of the self-inspection of the contractor, the project of this division has been verified and accepted by all parties participating in the construction.

3. Quality of projects in other divisions

⑴Roof waterproofing project: The roof waterproofing details are basically correct, there is no obvious water accumulation on the roof surface, and there is no leakage in the roof water storage test. The quality of the branch's acceptance projects reaches qualified standards.

⑵ The decoration branch has been inspected and accepted: the floor cushion has no sand, cracks, or hollows; the bathroom water storage test has no leakage; the ceiling wall is smooth, without sand, cracks, or hollows , peeling; the doors and windows are installed in the correct opening direction, flexible in opening and closing, and have complete accessories; the railings and handrails are installed firmly, and the safety standards meet the requirements of the specification; the exterior wall bricks have been tested for adhesive strength in 2 groups on the 1# and 2# floors and passed the test.

The Decoration and Decoration Division inspects and accepts the project quality to meet the qualified standards.

⑶ The water supply and drainage branch project has been verified and accepted: the project was constructed strictly according to the drawings, the raw materials used were in line with the design upon entry and acceptance, the positions of the water supply and drainage holes were basically correct; the pipe fittings were all configured according to the design requirements Installation; the slope of the sewage pipe is correct, the drainage is smooth, and there is no leakage; the drainage pipe is filled with water, the ball is passed, and the water is filled with water. There is no leakage in the pipe, and the water pressure of the water supply pipe meets the requirements; the installation errors of the pipes and facilities are all under construction The allowable error range shall be used to ensure that the quality of the acceptance project reaches the qualified standard.

⑷ The electrical installation project has been verified and accepted: the raw materials used in the project are in line with the design upon entry and acceptance, the power line piping is constructed in strict accordance with the drawings, the wire connection loop meets the design requirements, and the interphase insulation meets the requirements; the distribution box , The installation position of the switch socket is correct, and the switch action is accurate; the overall quality of the lightning protection grounding system is good after testing. The grounding resistance of the grounding system, down conductor system, and sky surface air-termination device is all .4?, which meets the design requirements and is accepted. The acceptance quality meets the qualified standards.

⑸Quality inspection and acceptance of thermal insulation and energy-saving projects

The main thermal insulation measures of this project include three aspects: First, external wall insulation, using polyben granular mortar insulation layer and thermal insulation slurry Supplied by Teli Building Materials Co., Ltd.; the second is the use of plastic steel doors and windows hollow double-glazed glass (5+9a+5) for thermal insulation; the third is the roof thermal insulation, using extruded boards (thickness 3mm ~ 5mm) Thermal insulation. During the construction, the construction quality of the incoming raw materials and construction process was witnessed and sampled for inspection to ensure that the project quality met the thermal insulation and energy-saving effects required by the design. Among them:

14 groups of rubber powder polystyrene particle insulation test blocks, 12 groups of pull-out test of plastic anchor bolts for exterior wall insulation, 4 groups of 8?8mm quality inspection of plastic anchor bolts, galvanized steel wire mesh for exterior walls ( .9?12.7?12.7mm), and 6 groups each of anti-crack mortar and rubber powder polystyrene particles were tested. The test results all met the requirements of the national acceptance standards.

There is one group each for four-property testing of plastic steel windows, glass dew-point testing, and on-site air tightness testing. The testing results all meet the national acceptance standards.

After design accounting, it was confirmed that the thermal insulation and energy-saving effect of the project met the design requirements.