Low Cost Steel Detailing and Structural Steel Design Services

Outsourcing Steel Detailing firm is a leading steel design service provider company specializing in steel structure designing & steel detailing services. They offer custom-tailored 2D & 3D Steel Designing & Detailing solutions to help you turn today's challenges in to competitive advantage. They use application like AutoCAD, AutoSketch, Revit, Tekla, etc & web-based collaborating tools to provide you the benefits of low operating cost, superior services & efficient delivery schedule.

Steel structures are widely used in steel building designs & construction of residential steel building design. Structural Steel detailing is useful for all kind of steel structures ranging from residential buildings to massive commercial buildings. Steel structures can be designed or planned basically with less hard work & provides advantages like sturdiness, durability & portability. Structural steel services include designing dimensions & detailing of various Post-tensioned, Precast concrete detailing, Pre-stressed & Composite steel structures in accordance with industry standards & codes.

They have a massive pool of highly qualified steel detailers & structural steel engineers producing correct drawings of each structural element, their placements, connections between them & exact dimensions. This involves detailing of steel staircases, beams, plates, columns, bar joists, stack, decking/grating, etc. Our methodology is well defined & technique & result oriented. They put our best hard work to establish fruitful business partnership with our clients by ensuring exact, correct, high quality steel detailing services within the budget & on time.

They provide structural steel designs for industrial structures such as:
Steel buildings
Residential/Commercial buildings
Residential Steel framing
Warehouses
Sheds/Shelters/Roofs
Office blocks
Support structures
Floor systems/Mezzanines,
Miscellaneous Steel structures

Factors to be considered in the design of steel structures

All the members in the structure ought to have adequate strength, stiffness & toughness to be sure proper funtioning in the work of service life. Members ought to have adequate strength, stiffness & toughness to be sure propoer functioning in the work of service life.

Reserved strength must be obtainable to cater for:

Aim is to prevent limit state from being reached.
one. Adaptations to site:

Occasional overloads - underestimated lots
Variability of strebgth of materials from those specified.
Variation in strength due to workmanship, construction practices.

If the structure is a building, for example, the designer must generate a plan that has suitable arrangement for rooms, corridors, stairways, windows, elevators, emergency exits etc & all this plan ought to be adapted to site so that it is feasible, accepted aesthetically & at a reasonable cost. This is called funtional planning.
two. Structural system:

structural system is dependent on funtional planning. Structural system includes the location of columns in the buildings, it is to be worked out with the funtional plan & sufficent space must be anticipated between completed ceiling & completed floor for location of columns.
three. Structural analysis:

One time lots are defined & design is laid out, structural analysis must be performed to choose internal forces that will be produced in various members of the framework. Assumptions must be made & it ought to be ensured that structure in point of fact also behaves as it is meant to (& as it was assumed to behave).
four. Proportionality of members:

Members must be proportioned with factor of safety in mind.
five. Factor of safety:

Variability of the material with respect to strength & other physical properties
Uncertainity in the expected lots
Precision with which internal forces are calculated
Possibility of corrosion
Extent of damage, loss of life
Operational importance
Quality of workmanship

The development of design specifications to provide suitable values of the margin of safety, reliability & probability of failure must take in to consideration the following factors.

Advantages of LRFD

LRFD accounts for both variability in load and resistence. It achieves uniform levels of safety for different limit states.
Comparison of ASD & LRFD

Advantages of LRFD

ASD is the simple technique & LRFD is the sophisticated.
ASD combines dead and live lots and treats them in the same way.
In lrfd different load factors are assigned to dead lots and live lots, which is appealing.
Changes is load factors and resistence factors are much simpler to make in lrfd.

Mechanical properties of structural steel

Material
Length
X-section

Resistence to deformation based on:

Design technique

Preliminary member sizing of beams
Structural analysis - modeling, analysis
Design review - member modifications
Cost of estimation
Preparation of structural drawings and specifications
Lots for structural analysis and design
Dead load
Live load
Mean return period OR
Recurrence interval OR
Live lots for various occupencies
Reduction in basic design live load
Impact Load
Wind load

Load & Resistence Factor Design

It considers the variability not only in resistence but also in the effects of load.
Provides measure of safety relative.
Safety in the design is obtained by specifying that the reduced nominal strength of a designed structure is less than the effect of factored lots acting on the structure.

Redundancy:

Ability of a structure to go through in-elastic deformation without rupture.

Ductility:

It is the ability to resist abrasion.

Steel Strength:

it is the ability to redistribute the load. Simple beam is determinate. Fixed beam is indeterminate by two degrees so it's redundant actions. fixed supported beam is more better as indeterminate structure can redistribute the load. When load increases support becomes plastic & it turns in to a basically supported beam. But basically supported does not go through the stage of plastic hinge they fail directly.
Hardness:

Ability of a structure or structural part to absorb energy.
Fatigue:

Maximum load which an object can resist. OR it is the maximum load that the steel can resist before failure. Steel is said to be failed when it's yielded. It is thus called yield strength
Toughness:

It is a progressive, localized permanent destroy under fluctuating stress.

Structural Steel Design & Construction of Steel Structures

Design philosophies

A. Allowable stress design
B. working stress design (for concrete)
C. final stress design


What is meant be the design of structures?
Is it an arbitrary or scientific technique?
How to design a structural technique?
Parameters involved in the design?
What is meant by demand on structural technique & what is capacity of a structure?
Is demand related to capacity?

What are the requirements of steel design?

Topics to be studied & ideas to be learned

Demands: Snow, earthquake, live load etc.
Limit state:

A condition beyond which a structural technique or a structural part ceases to fulfill the funtion for which it is designed.
Examples of limit states :

A. Deflection
B. Fatigue
C. Shear
D. Buckling
E. Bearing
F. Cracking
G. Flexure
H. Torsion
I. Settlement
J. Stability

Strength limit states :
A. Flexure
B. Shear
C. Torsion

Serviceability limit states :
A. Cracking
B. Excessive deflection

How To Test Soil

I. PURPOSE
• Pricing Field Dry Weight Content.
• Determining the Degree of Soil Density.

II. BASIC THEORY
There are several methods used to calculate the weight of the contents of the field. Standard procedures used include:
a. Sand cone method
b. Rubber Balloon Method
c. Use of Nuclear Density Measurement.
Cone of sand (sand cone) consists of a plastic or glass bottle with a metal cone that is placed on it. Plastic bottles and cones of sand in dry Ottawa sand fill with sand, which is a standard that has a uniform gradation.
On the field made a small hole in the tube-shaped land that has been compacted. After the holes were dug, soil is weighed entirely original, with a bottle filled with sand cone placed over the hole so that it can obtain the contents of the dry weight of the compaction.

III. EQUIPMENT AND MATERIALS
Equipment
1. A set of tools sand cone.
2. Scales with 0.01 gram accuracy.
3. Cylinder of known volume.
4. Cans with lids
5. Term sliding
6. Meter.
7. Digger, shovels, spoons, screwdrivers, knives, etc.

Material
Ottawa sand with a uniform diameter and dry.

IV. STEP WORK
A. Determine the weight of sand in the funnel. (Wps.cr)
1. Prepare the equipment needed, by placing the bottle and funnel.
2. Ottawa sand bottles filled to the brim, valves closed and the remaining sand is cleaned and then weighed (W1) with the funnel in place.
3. Place on a flat field with the funnel facing down.
4. The tap is opened up to sand down and fill the funnel, after full faucet is closed.
5. Bottles plus a funnel and the remaining sand and then weighed (W2)
6. Then the weight of sand in the funnel is:
7. Wps.cr = W1 - W2

B. Determine the weight of sand in the cylinder (Wps.sl)
1. After the move, place the bottle on a cylinder that has been known volemenya (with the funnel facing down)
2. The tap is opened up to sand down to fill the cylinder and funnel, when the cylinder is estimated to have been fully tap is closed.
3. Bottle and funnel along with the rest of the sand 2 is calculated (W3)
4. Then the weight of sand in the cylinder
Wps.sl = W3 - Wps.cr

C. Determining the content of the dry weight of sand. (Γps)
How to calculate the weight of the contents of dry sand is by dividing the weight of sand in a cylinder with a cylinder volume, then:
γps =

D. Determine the volume of the cylinder (Vsl)
1. Calculate the weight of the cylinder (WSL)
2. Then calculate the volume of the cylinder, by measuring the radius (D), & high (t).
3. Then the volume of the cylinder is:
Vsl = ¼. Π.D2.t

E. Determine the volume of pits (VLB)
1. Full contents of the bottle in the sand plus the funnel and then weighed (WA).
2. Prepare digger and plastic.
3. Ground surface, at a predetermined point leveled and cleared.
4. By using the mall, made a hole as deep as 10-15 cm. In accordance with the height of the cylinder used to measure the weight of the contents of dry sand (B). All soil excavation should be collected in plastic, there should not be wasted and taken care not to change their water content (plastic while closed).
5. Place the bottle over the hole with a funnel facing down. Faucet is opened up to fill holes and sand down a funnel.
6. After the sand from the bottle does not go down anymore, faucets are closed, then weighed the bottle along with the rest of the sand (WB). Meanwhile above ground the excavation immediately weighed and measured water content in the soil until the hole is known weight (W), and its water level ()
7. Obtained the weight of sand in the funnel
Wps.cr = WA - WB
8. Calculate the weight of sand in the hole
Wps.lb = WC - Wps.cr
9. Volume obtained by dividing the weight pit of sand in the sand pit and gamma
VLB =
F. Determine soil moisture content pit (ω)
1. Bring on the ground that had been dug into the field laboratory
2. Take 3 small bowls of fruit and calculated weight (WC).
3. Put some soil samples dug into 3 small bowls and weigh weighing each - each (Wctb).
4. After that enter the 3 bowls which already contains the soil into the oven for ± 24 hours.
5. The next day took the cup from the oven and weigh weight (Wctk).

6. Calculate the weight of water contained in the land
Wair = Wctb - Wctk
7. Calculate the weight of dry soil excavation
WTK = Wctk - WC
8. Water content obtained by dividing the weight of water and dry soil weight multiplied by 100%
ω =
G. Determine the dry weight of the contents of the field
1. Bring the excavated soil in field and calculate the weight (Wtn.lb)
2. Calculate the height, diameter, and volume of pits.
3. Gammanya Calculate by dividing the land between the weight and volume of the hole.
γ =
4. Calculate the dry unit weight by dividing the field between the gamma and levels of water plus 1.

Why CAD Desingning Software

In engineering area planning and designing play crucial role in the accomplishing of every project. In civil engineering field building design drawing is necessary and ought to be carried out correctly as soon as feasible. Draftsmen and drafters are specific positions that usually do the building construction drawing.

CAD drawing and designs usually signify to drawing and designing structures in digital format that utilize the latest building drawing program. Drawings generated from the program extensively used by civil engineers to get insight about the building specification or what is called design designs. Architecture specialists have established a guideline for building construction drawing and explained it as building's technical drawing. The work of construction is progressed by using these technical ideas and drawing. All mandatory elements such as different views, layouts, cross referencing as well as units of measurement can be obtained using the CAD design drawing. CAD designing professionals can basically accomplish the design understanding and dimension specification.


The CAD or Computer Aided Design drawings are chiefly technical drawing building program for drawing building designs. The program can make working drawings from raw knowledge and therefore civil engineers can draft comprehensive specification and technical drawing sheets using it. The Auto CAD drawings are offered from blue prints to hand drawn sketches. Complete drawing of building can be made from common layout sketches along with details like electrical designs, furniture designs, floor finish designs, elevations, reflected ceiling designs, point of view and more.

CAD building drawing program is necessary to receive correct estimations that include estimation of costs from the outset of construction designs or working drawing. Various materials' volumes that are needed can be given if the material quality specification is given along with its current rates.


Today the introduction of 2D and 3D know-how bring impacts to CAD building drawing program and improve its ability to produce quality sheets with the help of computer know-how. The program allows civil or architecture engineers to reduce the redesigning possibility that therefore will save more time. This modern program definitely can make lots of works by professional architects and drafters can be done basically in building designs. The application of the program is from residential to commercial projects. All kind of construction drawings that need layouts, 2D and 3D presentation, elevations and details can take advantage from CAD. CAD drawings have catered the actual estate makers, actual estate owners, contractors as well as consultants

Guides of Drawing Numbering Technique in Civil Engineering

Preparing drawing is the common task of a civil engineer. Drawing of a building is performed after the structure design has been completed. Having the right drawing numbering technique is important in the whole building construction technique in order to get better presentation. Here they will discuss about some important guides of drawing numbering technique in civil engineering.


The first important tip is numbering by using time control. That means a project ought to have timeline in month & year about when it starts & when it stops. Such timeline is useful so you can control over your building design drawing & make it traceable. For an instance, in case you receive a project on say three June 2008, your drawing number ought to not be 30602008 but must 062008. The reason is that the first number has more chances to become complicated. As control item, you can select the year of the awarded project, 2008. In that case, your preliminary building drawing is 062008. The second advice you can take is the use of client name control. For example, if your client name is AAA Company, by combining the time & client name controls you can get a building drawing number of AAA/062008.


As addition guide, you can use engineering field control for your building design drawing. If your current project is to build a structural building, you can use the abbreviation of structural building, 'ST' for your drawing number. Therefore, your new drawing number will be AAA/062008/ST. Other abbreviations that are often used in civil engineering sectors are 'EW' for earthwork, 'WT' for water work, 'SW' for sewer work,'DR' for drainage work & more.


Structural element control can be used in numbering your building design drawing. The structural elements here include column, pad footing foundation, slab & more. For beam you can use 'BM' abbreviation, 'SB' for slab & more. If for example the beam detail is showed by your building construction drawing & it is the first drawing, then AAA/062008/ST/BM01 will be your drawing number.


The last part in drawing numbering is the drawing amendment. If on particular sheet of your building drawing there is an amendment you can use the abc notation to show every amendment available on your drawing. For example to show the first amendment to your existed number, AAA/062008/ST/02, you will use AAA/062008/ST/02a, while for the second amendment you will use AAA/062008/ST/02b. In conclusion, they can draw a formula for your drawing number as: [(client name)/(month year)/[(engineering field)/( element type)(number)(amendment).

This Editorial is about: Drawing of a building, building construction technique, civil engineering, building design drawing, building drawing, building design drawing, civil engineering, building drawing

Factors On The Salary Of Civil Engineering

In today's life, engineering has become a pool of the most luring jobs all over the world. Civil engineering, of the main groups in engineering has been beautiful for plenty of students to take admission in plenty of high-class engineering institutes throughout the world. Jobs in civil engineering do not only demand a sizable amount of creativity & challenge but also offers a nice income or wage as well as high positions.

Despite of offering bright career path, civil engineer is of the hardest jobs since it involves high load or work that includes building design drawing, work planning, resource assessing, researching & more. An expected wage of a civil engineer with considerable experience is beginning from about $75000. Therefore, the lower level position in civil engineering can expect lesser than that amount. Based on knowledge from National Association of Colleges & Employers in Pennsylvania, United States, obtained in April 2010, graduates from civil or architectural engineering can get a beginning wage of $52,443. The average number appears to be unaffected from the economic recession since when other professionals get declining wage range, this average number of wage of engineering graduates get wage rise of one.3%.

In Indonesian civil engineering sector, civil engineers that work as consultants both in public & private segments usually get an beautiful wage & so do they in Indian's & any other countries. In India, the salaries of these individuals who work using building construction process that work in the sector of government get nice wage with range from Rs 8,000 to Rs 12,000. By experience, those engineers may expect their salaries to go up to reach a range from Rs twenty,000 to Rs 25,000 a month. Further, in the same country engineers that work for private sectors often get a every month wage that is about Rs 30,000 while the experienced ones may command every month salaries that range from Rs 50,000 to Rs 60,000.

Is about: Civil engineering, building design drawing, civil engineering, Indonesian civil engineering, building construction process, drawing building designs, technical drawing building program for drawing building plans

Civil engineers who work in specific or specialized field such as surroundings, infrastructure, hydraulic & others that may involve bigger risks can expect a great wage. Engineers that have additional knowledge such as drawing building designs are highly regarded. Knowledge about technical drawing building program for drawing building designs will make them get an additional point. In short, the factor that influences the amount of salaries among civil engineers closely related with on the length or the type of the projects that they are working for. More qualified & experienced civil will deserve for beautiful remuneration as well.

Role Civil Engineering In Industry

Construction engineering is thought about of the oldest segments in industrial sectors. It stands high in contributing an essential amount to the society's development. Civil engineering is a field that greatly supports human civilization for lots of years. By generating important infrastructures like roads, dams, high buildings, & more civil engineers have evolved in significant timeframe to demonstrate their greatest potential.

A though work is involved in the construction engineering jobs. That is known well by recruitment agencies that have specialization in manufacturing or construction sectors.

Over that construction engineering has been playing a compulsory role in the nation development all over the world. This area offers luring career path as well. In civil engineering there's stages of works including drawing, designing, planning, translating as well as implementing constructional jobs. Civil engineer is a profession that involves a variety of engineering activities like planning, inspecting & other structural activities dedicated for public segments like constructing buildings, roads, airports, bridges, harbors, tunnels. From time to time, construction engineering offers a immense amount of demanding career chances.

To be a skillful, professional & professional civil engineer, has to possess deep knowledge about building construction process. Civil engineers are the 'captains' behind the industry development that therefore recruiting companies ought to pay additional attention when they recruit professionals in the field of construction engineering. It is important to receive a who has strong knowledge about the whole process of constructing structures, from drawing building designs to the final inspections. Consultants in engineering recruitment provide their expertise in finding skilful, gifted, creative & innovative candidates to be able to deliver their best expertise & potential as well as to contribute to their company & the nation great level of success.

Computer & application knowledge is usually a common requirement in construction engineering field. Particular knowledge about building drawing application is a and in the civil workforce. The reason is that such knowledge is proven to be beneficial in cutting the wasted time coming from long process of drawing of building including redesigning due to manual error in the building drawing process. Over that, the building drawing application is also beneficial in keeping with the important construction codes at a local level in the country.

Construction engineering in the industry has specific employment patterns. The recruiter consultants usually have in-depth knowledge in lots of aspects of resourcing, transportation, geo technical, surroundings & more. That is all needed so that they know exactly the qualities needed in civil workforce & can recruit the potential & right individual that suits for obtainable position in this segment.

Construction Document Services

Structural drawings with design calculations:
Foundation Plan
Details of Roof Truss & Joist
Details of Tanks, Chimney, Bunkers, Silos, etc.
Details of Blown up connections
Standardized Bar Bending schedule
Drawings of Pre-stressed structure
Measurement sheet of quantity estimation
Full Tendon profile

Structural Drafting Firm provides reliable construction documents services & construction documents management at competitive rates. Our in-house team of engineers & CAD operators delivers quality construction documents & CAD drawings as per the country specific planning & building code requirements. They also offer specialized construction documentation services like coordinated drawings which integrates mechanical, electrical, architectural & structural drawings in to set of drawings.
Our construction documents services includes:

Structural Drafting Firm aims to provide construction documents services at 100% precision using leading edge technologies (Tekla, AutoCAD, AutoSketch, Revit, Photoshop, etc) & country specific codes (AIA Standards, ASME, BS codes, etc). They have well defined methodology which is system driven & result oriented. Our team strictly complies with the specifications provided by your architects, structural engineers & consultants to generate standardized construction document project manuals.

Architectural Drawings:
Site location layout showing major building parts & sections
Civil drawings like designs, elevations, sections, details & specifications
Interior drawings like designs, elevations, lighting, furniture layouts, etc
Axonometric drawings

The company offers flexible & tailor-made solutions to fit your needs & requirements for all cost points. They work for clients on fixed & man-hour pricing models depending on the complexity & volume of work. They have high-level project development & management support - leaving clients to focus on the remainder of their business.

Design Audit

They also make definite that your design meets ergonomic standards so that there's mobility & operating clearances between equipment, furniture & other design elements of the floor & space designs. For every piece of equipment & furniture you propose to be in your floor plan, they research its usage requirements to make definite it functions well with work processes & occupant traffic flow.

With Classical Drafting's design audit service, they check your proposed design against all applicable permitting codes, including building, health, fire, plumbing, mechanical & handicap codes, among other codes, to make definite the feasibility of your design. They can understand your design intent & will offer solutions to design conflicts that both maintain the integrity of your design while meeting code requirements.

Design Audit aligns: 

Brand design
Information design
Service design
Corporate design (which integrates product, information and environment design)

3D Modeling

3D drafting is the latest in drafting know-how. It is based on the idea of BIM ' Building Knowledge Model ' in which a virtual 3D model of a building is created. Knowledge is then extracted from the model to generate building designs, 3D renderings & animation. 3D know-how is faster than 2D drafting, more correct & has lots of benefits. The benefits to drafting in 3D can be seen in the technique of generating designs, which is as follows:



Buildings are modeled using 3D digital elements such as walls, windows, doors, roofs, cabinets, appliances & any other aspect of a building. One time the model is created, any view & any amount of knowledge can be extracted from the model.
The model can be sliced horizontally to view the floor plan.
The model can be sliced vertically to view wall & building sections.
A bird's eye view of the model can be shown to generate the roof plan.
Elevations can be automatically generated from the model.
The 3D digital elements that make up the model store knowledge which can be extracted in to schedules & tables such as window & door schedules.
Materials such as brick, stucco, paint, roof tiles or any other material can be applied to the 3D digital elements of the model to generate full color 3D renderings & animation.


Classical Drafting makes use of AutoDESK products 'AutoCAD, AutoCAD Architecture (formerly called Architectural Desktop 'ADT) & Design Review

If any changes are made to any element of the building, the changes are automatically reflected in all designs, sections & schedules & in other parts of the plan set. Making changes is necessary in place, for example, adding or changing a door, & the changes are automatically reflected in every single place else in the designs ' on the floor plan, on the elevations, on the door schedule & in all other places where the door appears in the designs.

The Building Design Methodology

Structural Drafting Firm is India-based leading Building Information Modeling solutions provider catering to project information and visualization needs of engineers, architects and consultants. They have an in-house team of 100 experienced draftsmen, structural engineers and CAD operators who work closely with engineers and building contractors to deliver highly smart BIM models, construction drawings and visualizations using Building Information Modeling (BIM) expertise.

Building Design, Building Information Modeling or BIM is an innovative approach to manage and represent building information information such as its structural parts, spatial relationship, construction sequences, etc in digital format. BIM modeling develops a 3D virtual model for building's architecture using sketches and renderings. It constricts building design lifecycle by improving coordination among engineers, architects, contractors and building owners.
BIM Services - Building Information Modeling include:
Virtual Building Modeling
Architectural BIM Services
Structural BIM Services
HVAC and MEP BIM Services
Construction Documentation
Clash Detection and Risk Mitigation

Through the built-in BIM methodology they make it simple for all the stakeholders to create, evaluate and document building designs right from the conceptual phase through the facility operation, construction phase, and beyond. They are the cease location for all of your BIM modeling requirements. Contact us today!
Application Expertise:
ArchiCAD, Revit, Tekla and Microstation
Project information extracted by a BIM Model can be utilized for various purposes like:
3D CAD Modeling and Rendering
CAD Drafting in 2D
CAD interoperability support for engineering coordination.
Verifying information on building geometry, interior design, project sequencing and scheduling.
Advantages of BIM Services:
BIM Modeling decreases construction costs by enabling quantity surveys.
Improves coordination between all involved parties
Production of high quality set of construction documents
BIM modeling enhances the quality of construction by facilitating pre-fabrication of different parts
BIM method helps in mitigating risks through real-time clash detection

2D Structural Drafting

Outsource Structural Drafting is a leading offshore structural engineering services company based in India. They have a worldwide client's base exceeding 120+ SME & large-scale companies, including reputed international firms.

Our company has successfully done hundreds of structural drafting projects catering to a variety of requirements. They have expertise in producing 2-dimensional (2D) structural drawings for all kinds of structures - Reinforced Cement Concrete (RCC), Steel, Post-Tensioned, Precast, Prestressed, Lumber, Masonary & Composite Structures.

At Outsource Structural Drafting, they aim for building long-term business associations through reliable, on-time & quality services management & delivery. As our clients, benefit from flexible, transparent, well-planned & cost-efficient structural drafting projects management.
Our structural drafting services include, among others, the following:
1.Foundation Plan Drawing with footing & column schedules
2.Shallow, deep & machine foundation drawings
3.Sheet Pile foundation drawings
4.Structural layouts with decking, joist for RCC beam framing
5.Roof Truss & Joist details
6.Floor & Roof framing plan with detail sections
7.Pre-stressed structure drawings
8.Reinforced Cement Concrete Chimney with reinforcement details
9.Tendon profile with co-ordinate for Post Tensioned slabs
10.Reinforced Cement Concrete Joint & Slab details
11.Staircase detailing
12.Special structures like Water Retaining tanks, Retaining wall, shell, decks, bulkheads, masts, funnels, bridges, transmission towers etc
13.Bowed & planar structures of side
14.Bar Bending Schedule for Reinforced Cement Concrete structural elements as per relevant standards

You can send us input documents in the type of hand drawn sketches, Scanned Images, PDF files, Revit files (.rvt), JPEG images, TIFF images, AutoCAD files (DWG, DWF & DXF) or any other format. You are guaranteed exact, correct & detailed two-dimensional structural drafting outputs in a format of your choice, meeting all of your specifications.

They have all the reputed program to serve comprehensively a wide clientele. Our company possesses the technical expertise to quickly fine-tune to your requirements, however complex it would be. With multiple production centers in very preferred ITES industry locations in India, they have access to the best talent pools as well as excellent infrastructure resources.
The advantages of our structural drafting services:
1.Accuracy guaranteed ' a maximum of 99.5%
2.Cutting-edge solutions
3.Custom-made project method
4.Low turnaround time
5.Speedier Services Delivery
6.Substantial Savings ' up to 60%

Structural Steel Design Analysis

At Structural Drafting Firm, they provide reliable, effective and wide selection of structural design and analysis services at affordable rates. They have state-of-the-art infrastructure and robust offshore delivery model enabling us to justify the most critical and complicated structural steel design and composite structural analysis projects in fast turn-around time with ease.

Our in-house team of specialist structural engineers and CAD operators are well versed with International building and structure standards in the area of structural design and analysis. They value the strength of safe and efficient steel rebar detailing and do our best to maintain it. They constantly strive to deliver cost-effective structural designs using our core strength competitiveness and our success lies on the basis of quality, cost-effective and time-bound services coupled with effective and efficient structural design and analysis solutions.
A quantity of our Structural Design and Analysis include:
1.Structural design validation
2.RCC structures design for buildings, water tanks, retaining walls etc
3.Structural steel design for plate beam, truss beam, gantries, industrial sheds etc
4.Steel connection design
5.Design for deteriorated structures
6.Composite structure design
7.Pre-stressed & post-tensioned structures design
8.Masonary design

Structural Drafting firm has established is a trusted choice for delivering practical, innovative and cost-effective structural design and analysis solutions and has over 100 satisfied offshore clients in USA, UK, Australia and Canada..

They use leading-edge application technologies like Tekla, Revit, AutoCAD, Microstation, etc widely used for engineering, construction, industrial and civil works. Our structural engineering design competency extend from building construction to the renovation and reinstatement of existing steel and composite structures and include design of foundation and specialty structures.

Structural Drafting firm carries out structural design and analysis for a variety of commercial, residential and industrial projects. These projects can vary significantly in both structural requirements and overall project scope, encompassing additions, renovations and new construction. A significant aspect of these projects is determining the building owner's priorities relating to schedule, cost and life expectancy. Since the structural systems utilized for these projects are dependent on structure type and actual requirements, clients are appreciative of our experience in determining the most appropriate structural method, the most efficient structural materials and the most buildable structural design.

Auto CAD 3D Civil Design

Civil engineers, drafters & surveyors use AutoCAD to deliver higher-quality civil engineering design & construction documentation. They at Outsource Structural Drafting firm use latest AutoCAD Civil application to offer you the benefits of low project cost, custom-made design & efficient delivery schedule.

With AutoCAD, if civil engineering design changes are made, drafting & construction documentation updates automatically, helping to boost productivity & reduce errors & omissions.Key features of AutoCAD Civil Design include:

1. Smart 3D structural modeling 
2. Criteria-based geometric design 
3. Surveying & coordinate systems 
4. Surfaces, grading & dynamic relationships 
5. 3D piping & plumbing layout 
6. Effective team coordination - collaborating design changes 
7. Styles, CAD standards & Fabrication drafting 
8. Knowledge compatibility & Interoperability 

Advantages of appointing us for structural CAD design services:

AutoCAD Civil helps serve various industries such as transportation, land development, building design, industrial plants & plenty of more.

1. Proven domain expertise across different industry verticals 
2. Complete understanding of the full project life cycle right from idea to design, fabrication & service 
3. Highly expert Civil draughtsman & latest CAD techniques 
4. Robust global outsourcing practices 
5. Compliance with local engineering & individual standards 

They provide tailor-made Civil CAD design support to fit your existing business processes, while producing highly reliable design & correct drawings as per your requirements.

CAD Civil Engineering Design

Designing, drawing, & drafting roads, bridges, dams & other synthetic constructions are all civil engineering about. Designing & drafting were completed by hand historically. Nowadays however, there's lots of kind of building drawing program that provide computer aided drawing or CAD that can facilitate civil designers, engineers & drafters to make their own designs as well as drawings.

So lots of benefits can be obtained from using the CAD computer program in the making of drafting & designing in the sector of civil engineering. The most advantages of the engineering program come from the chance to duplicate & apply sudden changes to the design in short time. Historically such changes were not very made unless engineers spare more time & by hand needed to redraw the whole drawing. It was all over since the use of Auto CAD provides engineers more power to make any alterations basically through clever computer program & after that they only need to render the building drawing again.



By using the AutoCAD or CAD building drawing program the work & time within the system of designing & drafting will lead to great savings both in the project costs as well as in construction timeline. For the benefits they have offered, those technical drawing building program for drawing building designs can gain lovely place in the system of designing & drawing.

In built documentation reports are also offered by CAD & AutoCAD program programs in addition to those visually oriented advantages. Informative & clever reports are important to give in the business. Overall, the benefits of CAD & AutoCAD cover sot, energy & time saving in addition to benefits of documentation outputs & great visualization.

In term of accuracy it's been proven that CAD building drawing program can produce more correct design & drawing renderings. Those program programs enable civil engineers to utilize within their building drawing the complex objects. Furthermore, the use of solid modeling, wireframe & parametric methods makes the rendering system of a drawing can be completed more exactly. There's various rendering techniques available in the program programs of AutoCAD & CAD that can be used to make correct & realistic drawing rendering. Lots of users have said that drafters or draftsmen can generate a virtually actual building picture using the program. That is definitely beneficial since planners, designers, drafters & engineers can present their most realistic construction ideas without having to spend much work & time in the system.

CAD Designing

In engineering area planning & designing play crucial role in the accomplishing of every project. In civil engineering field building design drawing is necessary & ought to be carried out correctly as soon as feasible. Draftsmen & drafters are specific positions that usually do the building construction drawing.

CAD drawing & designs usually signify to drawing & designing structures in digital format that utilize the latest building drawing application. Drawings generated from the application extensively used by civil engineers to get insight about the building specification or what is called design designs. Architecture specialists have established a guideline for building construction drawing & explained it as building's technical drawing. The work of construction is progressed by using these technical ideas & drawing. All mandatory elements such as different views, layouts, cross referencing as well as units of measurement can be obtained using the CAD design drawing. CAD designing professionals can basically accomplish the design understanding & dimension specification.

The CAD or Computer Aided Design drawings are chiefly technical drawing building application for drawing building designs. The application can make working drawings from raw knowledge & therefore civil engineers can draft comprehensive specification & technical drawing sheets using it. The Auto CAD drawings are offered from blue prints to hand drawn sketches. Complete drawing of building can be made from common layout sketches along with details like electrical designs, furniture designs, floor finish designs, elevations, reflected ceiling designs, point of view & more.

CAD building drawing application is necessary to receive correct estimations that include estimation of costs from the outset of construction designs or working drawing. Various materials' volumes that are needed can be given if the material quality specification is given along with its current rates.

Today the introduction of 2D & 3D know-how bring impacts to CAD building drawing application & improve its ability to produce quality sheets with the help of computer know-how. The application allows civil or architecture engineers to reduce the redesigning possibility that therefore will save more time. This modern application definitely can make lots of works by professional architects & drafters can be completed basically in building designs. The application of the application is from residential to commercial projects. All kind of construction drawings that need layouts, 2D & 3D presentation, elevations & details can take advantage from CAD. CAD drawings have catered the actual estate makers, actual estate owners, contractors as well as consultants

3D CAD Drawing Building

For building strong and classy structures, ideal architectural 3D design drawings made by draftsmen or architectural engineers are needed. The wisest option for building design and building drawing nowadays is the architectural 3D Design. The building drawing program helps in building not only stronger but also safer building. Furthermore it provides builders the views of realistic 3D of the buildings and make is feasible for the builders to construct accordingly to accomplish optimum comfort.

Day by day they can see that the business of building design and construction is flourishing. Therefore, it is recommended to utilize the most recent and feasible choices for your construction business. The architectural 3D CAD is technical drawing building program for drawing building designs that is proven to be useful and correct alternative for large business organizations as well as for individuals. No wonder is lots of think about those 3D CAD building construction drawing is beneficial in every stage of designing as well as constructing structures.

Architectural 3D CAD is actually over an ordinary building drawing program since it provides dimensional representation of various kinds of building structures. The 3D CAD building construction drawing permits builders to view every part of designed structure from each feasible side and angle.

The draftsmen and construction engineers usually make those architectural 3D CAD drawings for their companies. The first part that ought to be understood is the building structure's detailed specification. After that, based on the most recent trends in the business of building design, those drafters make reliable version of 3D CAD drawings according to the requirement of the user. For that purpose, they must be aware well about the idea of architectural engineering and must possess deep knowledge for the same.

3D CAD or Computer Aided Design is necessary in building design drawing. Furthermore, the drawing will be used throughout the whole method beginning from idea, translations from drawing to building to the finish. From here they can conclude that both the drawings of 3D CAD and the design of architectural 3D are crucial in the 3D architectural rendering, the 3D building design, the 3D exterior figures, the architectural home designs, the 3D interior and exterior design, and the 3D floor designs.

In short, the right design made using architectural 3D and the error-free CAD drawings are important in helping construction engineers and all construction team to get their building project accomplished within the timeframe. Those programs will enable the team to save their valuable money and time too