Structural map


Integrated Construction and Development Group with combined experience, modern technical and managerial knowledge along with experienced engineers and graduates from prestigious universities, utilizing powerful software for designing and analyzing building structures and mastering municipal regulations, designing special structures With minimum consumption of consumed iron is approved by the engineering system and Housing and Urban Development Organization.

The team designs and prepares 100% economic computing maps using modern software and new computing systems.




نقشه سازه  - محاسبات



The most important thing in designing a structure is the employer and the client's demands. What are the client's demands on the structural designer?
1. Accuracy and quality of work (appropriate to architectural design (eg parking not removed ...), detailing on maps to present to contractor, suitability of daylight, .....)
2. Cost-effective (cost-effective design or even cost-effective design of building structures)
3. High speed (minimum time required: design, implementation of structures)
Based on the above, the services of the Structural Design and Development Department in the field of structural design are as follows: A) Concrete: (Using 100% economic structural software)
* The list of items presented to the employer in the available maps is briefly as follows:

1. Drawing items
1.1. Arrows

1.1.1. Drawing shooting plans with full details including beams, for beams or slabs, beam type, beams, for positioning and related measurements, etc.
1.1.2. Drawing longitudinal sections of beams including: main bars, reinforcing bars, appropriate cut-and-bend, dimensions of the bottom and top columns, length and number of bars, size, distance and POS of bars, appropriate signs to indicate the cross-sections, appropriate details for change Longitudinal height of beams, axles and related measurements
1.1.3. Types of beams in floors: It is possible to type beams in two types: max and cascade.
1.1.4. Drawing cross sections: With proper naming and at the user's preferred point, accurate measurement for beam dimensions, rebar cover, free spacing of up and down bars, possibility to set minimum distance for grouping bars, bamboos and pins.

1.2. columns

1.2.1. Drawing column plans including column types, dimensions, shape and orientation of columns, axing and related measurements
1.2.2. Column elevation drawing including foundation alignments and floors, column length bars with associated length and POS, column alignment with the corresponding distance, size and POS, additional intergroup brackets, additional brackets below the foundation, naming appropriate cross sections.
1.2.3. Drawing of cross sections of columns including, proper naming, appropriate elongation, dimensions and shape of cross sections, measuring cross section and overlay on reinforcement, size and number of reinforcement used
1.2.4. Draw columns as tables and floors by floor

2. List of values of materials

2.1. Listing of longitudinal bars, bamboos and beams for beams, columns, shear walls, foundations, etc.
2.2. Cut command: Cut rebar cut for the smallest round
2.3. Concrete Volume Calculation: Concrete volume calculates all beam, column, wall and slab elements and displays the results in tables by classes and elements in units of weight or volume.

B) Metal: (using software)
* List of items that are summarized in the maps available to the employer as follows: 1. Drawing items
1.1. Beams:
1.1.1. Drawing plans with full details including beams, for beams or slabs, specifying beam sections on the beams, detailed beams, plate length, positioning and related measurements, etc.
1.1.2. Drawing sections of beams with full view of specifications including type of profile used, specifications of reinforcing sheets used
1.1.3. Possibility to type beams in floor plan if similar

1.2. columns:

1.2.1. Columning plan drawing including column type, dimensions, shape and orientation of columns, axing and related measurements
1.2.2. Draw the Base Plate layout individually with the dimensions of the plates
1.2.3. Drawing of column height including foundation alignment and floors, naming and typing appropriate for column cross sections as well as specifying profiles and reinforcement sheets used in columns

1.3. Bracelets

1.3.1. Drawing plan for locating bracelets in related openings
1.3.2. Drawing the elevation of bracelets and gloves including the elevation of the floors as well as the type and cross section used
1.3.3. Drawing the cross sections of the bracelets

2. List of sections

2.1. Provides complete list of sections including length and weight of profiles and reinforcing sheets separately for sections and floors
Advantages of Design and Development of Civil Engineering Group:

Saving time:

a) Design: (Design with software in half the time of manual design) For example, if you want to design a project of less than 700 manually, it takes at least 4 hours to complete the design using your project software in less than half that time. (For drawing only)

b) Execution: (Provide listing and detailed details)

By keeping a list of used materials (listing list) and providing executable details on the maps, you can save time by properly planning to purchase and store the requested materials and deliver them on time.

Cost savings:

a) Design: (Design with 30% of the cost declared by Tehran Engineering System Organization) b) Execution: (Provide listing and detailed details)
Quality and design accuracy:
1. Minimizing operator errors:
a) Listing and detailing (contractor errors)
b) Software Computational Error Alert (Possible Errors in Structural Modeling, Defining Sections and Number of Rebar)

2. Provide detailed tables in accordance with the standards in detail
3. Providing a solution for lightweight and minimal use of materials (optimization)
4. Consultation for excavation and pit stabilization methods
5. Persistence