BIM Global Solutions USA management has a core strength in BIM implementation and documentation with training key personnel. Also, it has vast experience in the field of AEC industry. Our Experience and the strength in the industry would help to understand and lead the key AEC market players towards the adoption of BIM as an advanced technology tool for the construction industry.

BIMGS aims to be a BIM leader in the region and a primary provider of total CAD/BIM solutions offering integrated building information modeling services and lead the AEC industry by influencing and enabling the transition from legacy CAD to BIM.

To provide Integrated Building Information Modeling services to the AEC industry and driving profitability using BIM Technology. To increase the efficiency of the customers’ work process by providing expert consultancy and training services for effective adoption and smooth transition to BIM. To offer a differentiated CAD product portfolio and services tailor-made to the AEC industry in the region. To deliver specialized services and construction Documentation Support Services using BIM tools. To train and deploy skilled BIM professionals to address the acute manpower shortage.

We have close associates in the field and easy access to the key players owing to our experience in the field of Architecture and engineering.We have proven ourselves as trusted mentors in implementing Revit as BIM tool. We have expertise in advanced CAD documentation methods and successfully completed projects of various types and scale.The industry looks upon us as pioneers in adapting to the newer technology in AEC industry.

BIMGS operates from Singapore, Bangalore & Chennai, India in a strategic business district with an office with the following facilities such as.

Meeting room.

Ample parking facilities for clients.

Well equipped CAD / BIM studio.

State of the art training rooms.

Cad Drafting Services in the USA

An Architect is a leading provider of central processing unit aided design 2D/3D designing and drafting solutions to the total architecture, engineering, and building construction industry. Computer Aided Design and Drafting

(CADD) has brought revolutionary change to the field of engineering drawing. CADD is a convenient technology, which replaces manual drafting on paper and allows the designers to prepare drawings on a computer screen. 

2D & 3D CAD drafting services have reduced the drafting efforts and increased the efficiency and quality considerably. Accurate technical drawings are critical in the early design phase of many products, structures, and machines. 

These technical and engineering drawings are the instructions that are used in the production of the actual object. More than just a sketch, these documents are a kind of language that communicates all the information necessary to create the part. For the designer's vision to be delivered properly to the manufacturers, accuracy, precision, and quality drawings are of the utmost importance.

Computer-assisted drawing and drafting (CAD) technologies have dramatically improved the efficiency and the tools available to drafting technicians. It as also opened up the potential for high-quality drafting work to be undertaken remotely.

Working with expert drafting technicians remotely frees up the time and resources needed to hire in-house, allowing entrepreneurs and startups to leverage maximum value from their budget.

Cad Crowd specializes in connecting clients and firms with top-quality CAD drafting and design services. 

Whatever the nature or scope of your project, we'll connect you with expert drafting talent that will work with you to meet your project goals and timeline. With our global network of CAD drafters, together with efficient business practices and lower overheads, Cad Crowd is able to offer top-quality drafting services at a much more affordable price point than conventional drafting and design firms.

CAD drawings for MEP design and MEP coordination workflows and covers all areas of the building where MEP services exist, including risers, plant rooms and floor layouts for underfloor, mid-level and within the ceiling void. Effective and accurate drawings are used for design progression, MEP installation purposes and also for building record and maintenance purposes.

Designs and marked-up images received as an input are converted to MEP CAD drawings for consulting mechanical engineers, electrical engineers, consultants, and contractors.

Animation Services In The  USA

An animation is the most happening and fast growing Industry Sector globally. 

The rapid advancement of technology has made computer animation available to the masses. 

The demand for animated entertainment (Infotainment) has expanded with the increase in broadcasting hours by cable and satellite TV along with the growing popularity of the Internet.

Animation services that include e-Learning animation, medical animation, forensic animations, architectural 3D walkthroughs, Industrial animation, and IVR animation can help you teach, illustrate, exhibit, plan and even sell better. They also are market leaders when it comes to video animation services, animation production,

3D illustrations services and developing e-learning modules. Services in 2D computer graphics are benefited by movies, simulations and animated logos, games, e-learning, product demos, and website banners etc.

3D design company excels in motion capture, morph targeted, cel-shaped as well as skeletal animation. Some of the other offerings include mechanical animation, medical animation and more.

Reverse Engineering in the USA

Reverse engineering, also called back engineering, is the process by which a man-made object is deconstructed to reveal its designs, architecture, or to extract knowledge from the object; similar to scientific research, the only difference being that scientific research is about a natural phenomenon reverse engineering is the process to recreate or reproduce an already manufactured product for different objectives. These objective vary, as there are a number of reasons to understand the product, either to make the product robust or to know its weakness and exploit it. Reverse engineering is majorly done in software and machines. Some software does not come with original documentation or the documents are misplaced, to find the source code of these documents then reverse engineering used. Some software programmers use reverse engineering to know the loose ends in the program code to mitigate it and make the software stronger, while some find the loose ends to exploit it. In reverse engineering of machines, computer-aided design software is used to recreate the existing physical product to understand its working or know its important design aspects. The product CAD design helps help further to make the 3D model of the part/product. With the help of these technologies, one can create his own product by assessing his competitor’s product dynamics and bring an enhanced product in the market.3D illustrations services and developing e-learning modules. Services in 2D computer graphics are benefited by movies, simulations and animated logos, games, e-learning, product demos, and website banners etc.

Energy Analysis in the USA

Building on a foundation of robust data and innovative models, USA  uses its energy analysis capabilities and expertise to prepare credible, objective analyses that inform policy and investment decisions as renewable energy and energy efficiency technologies move from innovation through integration. Energy Analysis provides an introduction in the analysis of energy systems and energy technologies. In the course, attention is spent on both energy supply and energy demand systems. The course offers methods and tools to analyze energy systems. One will receive in-depth knowledge and hands-on experience related to:

The purposes and aims of energy modeling

Overview of basic energy modeling principles

The “world of metrics” and choosing the right study for the right purpose

Interpretations of common energy modeling graphics

How to interpret climate into useful design criteria and generate climate-related graphics

Analysis of building massing

Construction of a Test-Box energy mode

Structural Analysis in the USA

Structural analysis is the determination of the effects of loads on physical structures and their components. Structures subject to this type of analysis include all that must withstand loads, such as buildings, bridges, vehicles, furniture, attire, soil strata, prostheses, and biological tissue. It is also known as finding out internal forces (axial force, shear force, moment), stress, strain, deflection etc in a structure under applied load conditions.a structure will be adequately lower than the permissible limits, and failure of structural will not occur. The aim of structural analysis is to design a structure that has the proper strength, rigidity, and safety. 

Deformations in a structure can be either elastic that is totally recoverable, or inelastic that is permanent. Structural analysis assists in the design of structures that meet their functional requirements are economical and attractive. Structural analysis integrates the disciplines of mechanics, dynamics, and failure theories to compute the internal forces and stresses on the structures to be designed.

The analysis is done, once visualizing the structural behavior under different types of loading. The structure should be capable to survive the loading minus any excessive deformation and internal stresses more than resisting capacity of elements. Methods used for structural analysis depends on the type of element under study. Trusses are axial elements (resisting axial forces), which can be analyzed using the method of joints, and method of sections.

The flexural elements like beam resist only bending moment, analyzed using the equilibrium conditions, along with compatibility equations. The degree of freedom of joints and the degree of a redundancy of structural components need to be taken for analysis. Joints in a beam undergo vertical and horizontal translation along with rotation. These are termed as the degree of freedom. Redundant members are additional members existing in the structure, apart from members required to keep structure stable. They make a structure statically indeterminate.

The focus is mainly on the static indeterminacy, as they directly govern the strength criteria in design. Therefore, the analysis of structures is classified into two categories namely statically determinate, and indeterminate analysis. Statically determinate structures like the simply supported beam, a cantilever beam can be analyzed with conditions of equilibrium ( Σ H =0; Σ V =0; Σ M =0). Statically indeterminate structures like fixed beam should be analyzed using compatibility equations along with equilibrium conditions. Methods used in the analysis are energy, force, and stiffness based methods. The first method depends on strain energy theorems. Force-based methods are based on flexibility (virtual work method). Stiffness based methods are based on stiffness coefficients of joints and connected members.

                                                                                                                                  

Shop Drawings Preparation in the USA

Shop Drawings in accordance with the project standards and help the contractors, suppliers, fabricators, and manufacturers during construction. 

Shop Drawings include Penetration Drawings, Sleeve Drawings, Insert Layout Drawings and Spool Drawings.  

The exact sleeves, penetration & hanger locations from  BIM models and the drawings can be downloaded directly into GPS instruments at the site for making

a fast & accurate layout.  Shop drawings include all information for the engineers and architects as per the approved submittals, design drawings and other specifications. A set of workshop drawings include steel specification details, dimensional and welding information allowing the fabrication of components. It may include sub-assembly and assembly information, site layout and component installation. 

Shop drawings are typically prepared for subcontractors and steel fabricators who fabricate components in their workshop and then install onsite.

The workshop draws contains information sourced from both the architectural and structural engineering drawings. Drawing documents from both disciplines 

will have been through an iterative design process, and only once they’ve been finalised and stamped ‘Issued For Construction’ (IFC) will they be

used for development of downstream shop drawings.

Shop drawings contain more detailed information about each component and need to include all manufacturing details. This is important on the workshop floor as they’re usually not read in conjunction with the architectural or engineering documents. Having everything needed for fabrication included on the drawing also makes it easier for the architect and engineer to review prior to manufacturing.

                                                                                                                        

Fabrication drawings are a specific type of drawing. used by the Fabrication Industry to produce steel members. The drawings will specify steel section sizes, length, hole locations etc. Further, they will contain the information for the steel erectors to assemble the steel.

Fabrication Drawings are usually used for 1 off’s or per job/project bases (compared to Manufacturing Drawings).

They are mainly used in:

Structural Steel

Sheet Metal

Architectural Steelwork

Ballustrading/Handrails

Stairs

The fabrication drawing should clearly describe in notes or in referenced documents the heat treatment and stress relieving requirements prior to, during and following the completion of the fabrication processes. 

The dimensions and relevant linear and geometric tolerances should be indicated. A fabrication drawing sometimes only includes the fabrication details, the final machining details are then shown on a separate drawing. 

It is equally acceptable to show all manufacturing information on one drawing. The items used to make up the fabrication will be identified with leader lines to balloons which include the item reference number linking to the parts list. 

The listed items on a fabrication drawing do not identify items which can be disassembled, as on assembly and arrangement drawings. The numbering system should reflect this difference. Methods of numbering items on fabrication drawings 

include using lower case alphabet letters e.g a,b,c or optionally as subunits of the fabrication item number e.g 1/1, 1/2 1/3 ... or 1/a, 1/b, 1/c...

                                   

                                                                                                                                                                                                                                                                                                                                                                                                                                                                                            

Revit Modeling in USA

Revit are widely used CAD software to create 2D drawings such as floor plans, levels, details, etc.; 3D models and objects; construction documents and rendered images. Revit is used to create geometry that is equipped with real-life information, hence the term building information modelling, or BIM. Revit is building information modeling software for architects, landscape architects, structural engineers, MEP engineers, designers and contractors. The software allows users to design a building and structure and its components in 3D, annotate the model with 2D drafting elements, and access building information from the building model's database. Revit is 4D BIM capable with tools to plan and track various stages in the building's lifecycle, from concept to construction and later maintenance and/or demolition.

The Revit work environment allows users to manipulate whole buildings or assemblies (in the project environment) or individual 3D shapes (in the family editor environment). Modeling tools can be used with pre-made solid objects or imported geometric models. However, Revit is not a NURBS modeller and also lacks the ability to manipulate an object's individual polygons except on some specific object types such as roofs, slabs and terrain or in the massing environment.

There are many categories of objects ('families' in Revit terminology), which divide into three groups:

System Families, such as walls, floors, roofs and ceilings which are built inside a project

Loadable Families / Components, which are built with primitives (extrusions, sweeps, etc.) separately from the project and loaded into a project for use.

In-Place Families, which are built in-situ within a project with the same toolset as loadable components.

Architecture Modeling in the USA

We provide comprehensive Architectural and Engineering Design services encompassing all specialized fields required to successfully complete a simple or complex buildings.

Our Design results in an Architecture that is relevant to that region, employing the State-of-the-Art Technology. Excellent design and Quality Aesthetics are paramount importance to us.

Developing projects with architecturally balancing form and functions is our goal and integrate them with supportive engineering services. The Engineering services include interiors, structural, plumbing, piping, landscaping, lighting, HVAC and acoustic. We also design, detail, tender and supervise the works. We ensure that the project has completed within the stipulated time frame with quality.

                                                                                                              

Construction Documentation in the USA

Architectural construction documentation (CD) set comprises of a comprehensive set of sequential drawings in the order of their occurrence during the construction process. Architectural construction documents may be used by various parties involved including Architectural firms, 

builders and contractors. The construction documentation stage prepares the design for construction. Drawings including plans, elevations, and sections, together with other details and schedules are prepared to enable construction approval. These drawings will integrate the work of other specialist consultants.

In addition to more detailed drawings, specifications and schedules are further developed to describe the quality of materials, finishes, and quality of work necessary to meet the client’s requirements. The drawings are a roadmap utilized by project managers and installers, and can greatly affect the profitability of any project. In today’s fast-paced construction, fabricators are finding themselves facing tight construction schedules and longer material lead times. A highly skilled & expert architectural team that can provide cost-effective and quality service will definitely 

help them not only to bid profitably but to deliver quality service to customers.T he architectural construction documentation and detailing phase focuses on adding information to the building model to fully describe the proposed design through drawings and details that can be used to guidethe construction process.