Appendix 2 of the notice on holding the 2010 National Vocational School Skills Competition Secondary Vocational Group Construction Engineering Technology Skills Competition:

"Glodon Cup" Engineering Measurement Competition Rules The Engineering Measurement Competition consists of two parts: manual measurement (civil engineering) and software measurement (steel bars).

1. Manual calculation part

(1) Scope of competition

Appendix A of the "Bill of Quantities Valuation Specifications for Construction Projects" (GB50500-2008) Items and Calculation Rules of the Bill of Quantities for Construction Projects, Appendix B: Decoration and renovation project bill of quantities items and calculation rules.

(2) Competition drawings

The building area is about 1000m2, with a 3-5-story frame structure, flat roof, concrete sunken pipe cast-in-place piles, and ordinary

decoration.

(3) Competition content

Based on Appendix A, Appendix B and construction drawings of the "Bill of Quantities Valuation Specifications for Construction Projects" (GB50500-2008), and in accordance with the task requirements, the project quantities will be determined List preparation. Including setting up the project, selecting the project code, listing the units of measurement, describing the project characteristics, and calculating the quantity of the sub-projects.

2． The software calculation part

According to the "Construction Engineering Bill of Quantities Valuation Specifications" (GB50500-2008) Appendix A, Appendix B and the selected drawings, and in accordance with the task requirements, the selected steel measurement software is used. Calculate steel bar engineering quantities and save the input results. The competition lasts for two and a half days.

Session 1: Part time of manual calculation: 7:30-12:30 am, ***5 hours

Session 2: Part time of software calculation: Afternoon 15:00-18:00, ***3 hours 1. Manual measurement competition

The manual measurement competition is planned to be held in a large classroom for completion or design. The competition will provide a table that can spread the 3# drawings, a set of competition 3# construction blueprints and special engineering quantity calculations. Table and sub-item bill of quantities. Generally, the number of participants in each classroom shall not exceed 25.

2． Software calculation competition

The software calculation competition is arranged in the computer room. The number of contestants in each computer room is generally no more than 20. The steel bar calculation software used in the competition is selected by the contestants from Glodon Software and Luban Software, and the professional personnel designated by the competition will be responsible for the installation. Players must indicate their chosen software in the remarks column when registering. 1. Calculator;

2. Tools for answering questions: black or blue ballpoint pen or rollerball pen, HB pencil, triangle ruler or ruler, and eraser;

3. "Construction Engineering Bill of Quantities Pricing Specifications" (GB50500-2008) (genuine, no alterations or markings allowed).

4. Plane method G101 series atlas (drafting rules and structural details of the overall representation method of concrete structure construction drawings): "03G101-1 Cast-in-situ concrete frame, shear wall, frame-shear wall, frame-supported shear wall structure", "03G101-2 Cast-in-place concrete slab staircase", "04G101-3 Raft foundation", "04G101-4 cast-in-place concrete floor and roof panels", "06G101-6 independent foundation, strip foundation, pile foundation cap" . (Only used for software steel bar calculation competition). 1. Knowledge preparation

①Knowledge and application of building structure and drawing recognition;

②Knowledge and application of building materials and construction technology;

③Knowledge and application of construction engineering measurement ;

④Measurement knowledge and application of decoration engineering;

⑤Knowledge and application of steel bar engineering quantity calculation.

2． Technical requirements

①Read engineering drawings;

②Calculate the bill of engineering quantities;

③Prepare the bill of engineering quantities;

④Proceed Operation of steel bar measurement software. 1. Contestants must bring two ID cards (ID card, student ID card) and a competition badge. Anyone missing one will not be allowed to participate in the competition.

2． Competitors must attend inspection and enter the competition venue according to the competition time specified by the conference.

3. Competitors who are more than 15 minutes late will not be allowed to enter the competition venue and will be considered as forfeits. After the game starts, players are not allowed to leave within half an hour.

4. Drinking water and going to the toilet are included in the competition time. Except for normal drinking water, all other activities unrelated to the competition must signal the referee on duty and can only be carried out with the permission of the referee.

5. For software calculation competitions, in principle, contestants from the same participating region will not be arranged in the same venue.

6. If there is a temporary computer technical failure that prevents the game from continuing, the referee on duty will have the discretion to arrange for the game to continue on another computer. If the problem cannot be resolved, the chief referee (or deputy chief referee) will make a decision based on the situation.

7. In order to prevent data loss due to computer failure, contestants are required to save the result file at any time and in a timely manner.

8． After the game, players are not allowed to perform any operations or calculations. The saved results must be inspected and signed in the register with the referee before they can leave the field. Neither test papers nor scratch paper are allowed to be taken out of the field. 1． The full score for both manual calculation and software calculation is 100 points. The scores are specifically based on the scoring standards set by the expert referee committee: the total score of the contestant = manual calculation score × 70% + software calculation score × 30%.

2. The rankings of the contestants are arranged from high to low according to the total score of the competition. The contestant awards are in accordance with the unified regulations of the 2010 National Vocational College Skills Competition. Those with the same total score will be ranked in a tie. Engineering Measurement Project Competition Examination Outline The Engineering Measurement Project Competition consists of two parts: manual measurement and software measurement. Contestants should have knowledge of house structure and drawing recognition, building materials and construction technology, construction engineering measurement, decoration engineering measurement, and steel bar engineering. Measurement and other related knowledge; have the ability to skillfully prepare the bill of quantities according to the national unified bill of quantities pricing specifications and designated drawings and calculate the steel bar engineering quantities with the help of measurement software.

1. Knowledge and application ability of house structure and drawings

1. Understand the basis for classification and grading of buildings; the role of building modules and positioning axes.

2. Be familiar with the composition, types and construction practices of general civil building foundations, walls, floors, stairs, roofs, doors and windows, and general decoration.

3. Be familiar with commonly used symbols and legends in construction drawings; recognize the steps and key points of construction drawings.

4. Master the contents of general civil building general plans, general construction descriptions, building plans, building elevations, building sections, and building details.

5. Master the contents of the general description of general civil building structures, foundation plans and details, column level construction drawings, shear wall level construction drawings, beam level construction drawings, slab reinforcement plans, structural details, and peace method drawing rules and structural requirements. .

6. Be proficient in reading architectural construction drawings and structural construction drawings of general civil buildings, and have strong spatial imagination ability.

2. Knowledge and application ability of building materials and construction techniques

1. Understand the classification, basic properties and uses of commonly used engineering materials;

2. Familiar with the main construction techniques and methods of construction and decoration projects;

3. Understand the classification and application scope of commonly used construction machinery;

4. Understand the preparation content and methods of engineering construction organization design;

5. Understand the basic contents of engineering-related standards and specifications.

3. Knowledge and application ability of construction engineering measurement

1. Familiar with the composition and content of Appendix A of the "Construction Engineering Bill of Quantities Pricing Specifications" (GB50500-2008);

2. Master the project name setting, project code selection, project feature description, and measurement unit determination for the construction bill of quantities;

3. Be familiar with the quantity calculation rules for earthwork projects, pile and foundation foundation projects, masonry projects, concrete and reinforced concrete projects, roofing and waterproofing projects;

4. Understand the engineering quantity calculation rules for wood structure engineering, metal structure engineering, and anti-corrosion and thermal insulation engineering;

5. Be able to skillfully use bill of quantities pricing specifications, correctly carry out project settings, project coding, feature descriptions, engineering quantity calculations, etc. for general civil construction projects in accordance with given construction drawings, and complete the preparation of bill of quantities for construction projects as required.

4. Knowledge and application ability of measurement for decoration and renovation projects

1. Familiar with the composition and content of Appendix B of the "Construction Engineering Bill of Quantities Pricing Specifications" (GB50500-2008);

2. Familiar with the engineering quantity calculation rules for general decoration projects such as floor and floor projects, wall and column projects, ceiling projects, door and window projects, and paint and coating projects;

3. Understand the calculation rules for the quantities of paper projects and other projects;

4. Be able to skillfully apply bill of quantities pricing specifications, correctly carry out project settings, project coding, feature descriptions, engineering quantity calculations, etc. for general decoration and renovation projects in accordance with given construction drawings, and complete the preparation of bill of quantities for decoration and renovation projects as required.

5. Knowledge and application ability of steel bar measurement

1. Plane method G101 series atlas (drafting rules and structural details for overall representation of concrete structure construction drawings), including:

(1) "03G101-1 Cast-in-situ concrete frame, shear wall, frame- Shear wall, frame-supported shear wall structure" Key points to master:

1) Part 1 Drawing rules for the overall representation of the plane of the construction drawing of the building structure

①Chapter 1 General Principles

②Chapter 2 Rules for Drawing Construction Drawings of Column Level Method

③Chapter 4 Rules of Drawing Construction Drawings of Beam Level Method

2) Part 1 of the Standard Structural Detailed Drawings in Part 2 ~13, 22~26

(2) "03G101-2 Cast-in-situ Concrete Slab Staircase" key points to master:

1) Part One Drawing Rules

①Chapter 1 General Principles

②Chapter 2 Construction Drawing Rules for Slab Staircase Leveling Method

2) Part 2 Standard Structural Detailed Drawings

(3) "04G101-3 Raft Foundation" focuses on mastering:

1) Part One Drawing Rules

①Chapter 1 General Principles

②Chapter 2 Beam-Slab Raft Rules for Drawing Type Foundations

③Chapter 3 Drawing Rules for Flat Type Raft Foundation

④Chapter 4 Drawing Rules for Related Structures of Raft Type Foundation

2) Chapter Two parts of standard structural details

(4) "04G101-4 Cast-in-situ concrete floor and roof panels" key points to master:

1) Part one drawing rules

②Chapter 2 Rules for Drawing of Floor Coverings with Beams

③Chapter 3 Rules for Drawing of Floor Coverings without Beams

④Chapter 4 Floor Slab Related Structural Drawing Rules

2) Items 1~10, 14~20 in the second part of the standard structural details

(5) "06G101-6 Independent Foundation, Strip Foundation, Pile Foundation Cap" Key points to master:

1) Part I Drawing Rules

①Chapter 1 General Principles

②Chapter 2 Independent Foundation Drawing Rules

③Chapter 3 Drawing Rules for Strip Foundation

④Chapter 5 Drawing Rules for Foundation Coupling Beams and Underground Frame Beams

2) Chapter 5 Items 1~22, 30~32 of the two-part standard structural details

2. Familiar with the calculation rules and methods of steel bar engineering quantities.

3. Be familiar with the operating procedures and methods of steel bar measurement software.

4. Be able to skillfully operate the selected steel bar calculation software to calculate steel bar engineering quantities.