Over the past couple of years, the latest and the most talked topic in AEC industries is none other than BIM Services . Well, in the process of BIM there is a lot of confusion and that is all related to BIM in construction and how it is useful to the contractors. One of the common misconceptions is that BIM is just a technology and that refers to the complete process of 3D designs or 3D modules . Well, here to adjoin the term BIM, it is the service that provides the complete in and out information of the project. BIM stands for Building Information Modeling .  Moving further, BIM is the process that is associated with pre-construction as well as the post-construction life cycle of a building . The process of BIM gives the visualization as to how the building would be looking along with the destruction of inefficient and problems that may arise at the time of the physical construction process of the project. Now taking this ahead, in BIM only there is a process of designi

If you are venturing into the world of construction, you will come across two terms. One is Building Information Modeling (BIM) services and the second is Level Of Development ( LOD ) Services . The complete process of LOD BIM is easy and if followed with proper and accurate stages those are defined, the result for the project will be the best and as per the expectations. Hence, with this said in this blog the complete topic is to understand what are LOD Services and its stages which helps the constructors to create a better future tomorrow in the form building . The Level Of Development Definition is easy to understand and simple to implement the same in BIM. The term is defined and described as the precision of a model. This detail gives us the actual look of the model as a when created and drafted. In other words, it is said that it will give you specific shapes and measurable locations in the model. The service of LOD was published by the American Institute of Ar

Statue of Unity is the world’s tallest statue honoring the ‘Iron Man of India’, Sardar Vallabhbhai Patel. The 182-meter tall statue is an excellent example of structural engineering and steel detailing. It is a colossal building facing the Sardar Sarovar Dam on the Narmada river. This iron and steel statue is listed among the world’s 49 most outstanding projects by the Institution of Structural Engineers (IstructE). Statue of unity was Rs 2,989 crore project, which used a huge amount of raw material including: 210,000 cu.m. of cement concrete poured into the statue 18,500 tonnes of reinforced steel 6,500 tonnes of structural steel 1,700 tonnes of bronze 1,850 tonnes of bronze cladding made up of some 565 macro & 6,000 micro panels Process of construction Statue of Unity has three layers. The innermost layer has two towers made of reinforced cement concrete. The towers have risen to the chest area. The steel frames are made on the concrete towers that form the second

When developers begin a new construction project, standard practice is hiring separate engineering firms to design mechanical, electrical and plumbing installations. However, this approach creates a substantial management challenge, since the developer should coordinate design groups in separate corporations, making certain that each one building systems interact properly. There are equipment suppliers that provide design services, however, the system configurations out there are limited to the product providing of that specific supplier. the top goal of suppliers is to sell their equipment, and developers don’t have an opportunity to think about different solutions which will be a much better match for the project. A simpler and smarter approach is functioning with an MEP engineering firm , that covers several areas of expertise. This way, developers will delegate not only the technical side of design but also team management. Building systems can't be designed in isolatio

Engineering is the inventive application of science, mathematical techniques. It includes the innovation, design, construction and maintenance of buildings, machines, materials, devices, systems, processes, and organizations. Within that field, there are two types of engineering: forward engineering and reverse engineering. Let us see about each of them and their difference: Forward engineering: It is a traditional form of engineering. This branch of engineering follows the logical path to make designs of mechanical products. Engineers and designers come up with new design ideas, then moving on to create a prototype, then finally create a product. Reverse engineering: The opposite of forwarding engineering is reverse engineering. Here the already constructed building is analysed and deconstructed. Once the design of the original building is optimized, it is again re-manufactured.  The advantages of reverse engineering have opened the door for exploring data of com

The strength of any structure purely depends on structural integrity and design of the construction. Rebar detailing helps to determine the construction cost with the quantity and quality of Rebars used in the construction project. Rebar detailing is one of the most important components providing strength to the whole structure. Accuracy plays an important role in rebar detailing as it is vital for both, the quality of construction and cost estimation. There are many rebar detailing service providers available in the market and all of them are using latest technologies. A rebar detailer is a professional who produces drawings for the purpose of bar bending and steel element sizes for the assigned structures. It is a common practice to use this in structures like residential, commercial, and industrial and others. Our Rebar Detailing Services give you a differed scope of work for producing hearty fortification arrangements ideal from establishment to roof of definite floor.

Architectural Interior Projects have a significant impact on the environmental conditions. More people are becoming aware of the environment-friendly designs and interiors these days. This has led the designers to consider sustainability factor while developing Interior Architectural Design . Following these principles will allow them to reduce negative impacts of Interior Architectural Projects Development . 1. Energy Efficiency: Buildings can emit a large number of greenhouse gases which is the result of energy consumption. This energy consumption is greatly responsible for climatic change.     In order to reduce this climatic impact, designers can improve their designs for achieving higher energy efficiency. They can design to supply renewable or carbon-free energy to the building. It will ultimately reduce the amount of energy required for lighting, heating, electrical power supply and more.     For example, light colors tend to reflect more light in comparison to da

Revit is a building information modeling (BIM) software developed by Autodesk for engineers, contractors, and architects. It allows:     • To access information from BIM database.     • To design a building and its components in three dimensions.     • To understand the models with 2D Revit MEP Drafting elements.     • To track the building lifecycle using 4D models from concept to completion. It supports features for structural, architectural and MEP engineering. Recently, Autodesk has updated Revit software for MEP Fabrication and drafting. Let’s deep dive into the new features of Revit 2018 for MEP: Sloped piping for fabrication: Revit has been updated by Autodesk for sloped piping with respect to its part. One can now use multi-point routing for fabrication elements. They can also apply slopes to already modeled elements. The updated version allows you to:     • Apply slope to pipe elements part-by-part     • Apply slope to branch elements     • Apply differen

3D design is transforming the way Architectural Engineering Services are provided. It is a matter of fact that the Architectural Designing Services have taken a 360-degree turn with the introduction of 3D models. Architects and engineers are shifting from 2D CAD models to Architectural 3D Rendering which makes the above-mentioned fact clearly visible. End to end communication between clients and company has also become easy with this technology. With this advancement, the architects are able to pull out a graphical representation of clientele ideas. Then they transform these ideas into designs for showing an overview of the project to the client. So, basically, clients get an early insight into their project in a more better way through architectural animation and walkthroughs. There are several notable advantages of architectural 3D renderings. Few of them are mentioned here: 1. Time-Saving: 3D models offer a wide range of advanced tools to the architects and enginee

BIM or Building Information Modeling is a necessary tool for MEP engineers. MEP designers and engineers have to face a lot of trouble during the designing phase, as it demands coordination of MEP components with other structural and architectural elements. BIM serves as an analysis tool for building design. Now let’s understand how BIM helps MEP engineers in several different categories: Design and Modeling : BIM is used by MEP designers and engineers to integrate every element of designing and modeling. 2D or 3D models are generated for a identifying the loopholes in the design and irradicating it beforehand. This will minimize the cost or rework. Fabrication Drawing : Fabrication drawing or MEP BIM Shop Drawing is used by MEP contractors for HVAC (heating and cooling) systems. With the aid of this tool, contractors can picturize a detailed installation layout for a smooth and hurdle free installation. With the help of BIM, 4D drawings are prepared for effe