Why CAD services?
CAD services are used to set up interior and exterior designs for buildings used for any type like for residential, commercial, institutional, hotels, restaurants, educational institutions. Different types of CAD services:
All of the below services are serve different purposes.
• 3D Architecture Modeling
• 3D Architecture Rendering
• 3D Architecture Animation
• 3D Fly Through
• 3D Walk Through
• 3D Interior Rendering
• 3D Exterior Rendering
• Architectural BIM Services
3D Architectural Modeling – It is the process of developing a mathematical wire frame of any 3D object. With the help of 3D rendering services, these models can display an image in print. The rendered 3D models give photorealistic effect as they have real elements which include shadows, sunlight effects and others.
3D Architectural Rendering – 3D rendering is used majorly by industrial designers to visualize their ideas by creating a 3D image using CAD software. 3D rendering in architecture means creating photorealistic images of residential and commercial buildings (quiet similar to photography and cinematography as it helps in lighting and staging scenes, producing images).
3D Architectural Animation – It is a process to create a fast, effective and economical communication media. It is used to create live animations JPEG files that can be shared with clients all over the world. Walkthroughs can also be created using the actual materials like interior lighting, landscaping, natural lighting and other moving objects.
3D Fly-Through – It allows users to view a model like they are inside it and moving through it.
3D Walk Through – It helps to give a clear idea to design and visualize the building to be constructed.
3D Interior rendering – With the help of 3D interior rendering, you can add, remove or modify various elements in building like lighting, furniture, furnishing, wood panelling, wall papers, wall textures and other details for any building.
3D Exterior rendering – It is considered to be the starting point in visualising any project. It portrays the important details of light intensity, reflection and shadows creating a real life portrayal of building. Other factors like environment rendering which includes trees, hedges, fences, vehicles, roads and neighbourhoods can also be visualised as part if projects final rendering.
What has Architectural rendering services to offer?
They offer a plan and set up a design for construction purpose. They generally are presented by several construction companies’ experts which ensures that the client is highly satisfied with the final output. They offer models for both residential and commercial units which were initially done using the sketches crafted online, but, lately with the invention of 3D renderings, accepted and adopted by several construction companies makes it easier to produce images.
With the 3D technology being used, architectural rendering services have become beneficial to majorly 3 types of individuals. The architectures, the owner of the business and more importantly the client.
For architectures, the use of 3D have permitted them to have better view of upcoming projects in any industry- commercial, industrial and residential. Apart from architectures, there are other professionals like engineers, interior designers and multimedia providers who also make use of these techniques. They make use of these techniques like CAD services, 3D products for both modelling and designing projects.
Business owners benefit from the 3D technology when they get a hold of the services of architectures and designers. The owners thus become the clients of these professionals. And because of this, they are given the best solution to prepare and design units using the software tools at lower cost. This helps the owners to construct models within their budget, allowing them to play with their imaginative skills before finalizing the model. Using the 3D model technology and the 3D experts, a business owner will make sure to build the most realistic model for his project.
Who would not want effective solutions for reducing their construction cost?
The answer to‘why use BIM consulting services?’is the above question. So what are you waiting for? Opting BIM consulting services will give you benefits of 3D building visualisation, constructability analysis, component clash resolution, quick quantity estimate and easy implementation of changes.
Let us view some of the BIM consulting services that could enhance your business prospect-
• Strategy Formulation – Using advanced technology, AEC business can be developed. How? Focusing on the tangible and intangible requirement for staff training. Apart from this, various other strategies need to be considered like cost to benefit ratio, using new software within existing systems, including BIM work procedures.
• Execution Planning – To manage the project delivery on time, execution planning will be the best solution as it helps you deal with your future needs and transform your business process with the latest software applications. An expert service provider has to be appointed to evaluate your current business process.
• Content and template creation – Cost effective content creation are significant for every organisation. Experienced engineers transform products as well as systems into parametric objects using Revit drafting software and the same could be used by designers to create content.
• Resource Hiring and Training – Hiring the right resource is considered as the most important and daunting task for a company. It is necessary to appoint right BIM manager for successful BIM implementation. Thus, choose a wise and eligible service provider who has enough expertise of handling professionals.
In how many ways could a building be looked at?
Well, if you are seeing in terms of architectural drafting services, there is literally no limit to imagine and virtually view the multitude of views that could be created. Once you begin to consider various options, you will be enlightened to see various different ways you can look at the same property.
Architectural drafting services can be a great visual aid for anyone who is either planning to buy or construct or invest in the same. An architectural draft is nothing but a technical drawing showing the details of a structure. Once up on a time, these drawings were made by hand in a labour-intensive manner of measuring and drawing each feature using a perfect scale.
Architects would manually developdrawings by hand with t-squares, set squares and compasses on a drawing table. They used to work for days and days to get each detail. The finished product was considered as a work of art and science, priced for its accuracy and technical detail. They were shown to sponsors, investors and patrons to help them understand the work in progress. These were also used during the time of actual construction.
But these days, as the technology has been advanced, computer aided design programs have digitized the process making it more streamlined but of equal importance. Computers have made architectural drafting services available to wider range of people and not just the wealthy group.
It is known that 2D drawings are being replaced by 3D Models when a third dimension was added to engineering. However, do you think 2D Drawings are completely replaced?
The answer to that question is No!
The industry needs 2D drawings as much as 3D Models. 2D drawings are no doubt easily generate-able, but engineers prefer 3D models for complex application designing. Therefore, it demands the foresight to decide whether to use a 2D drawing or 3D model based on the projects complex nature.2D Drawings –
To think that 2D drawings are completely out of use is far from reality. It still plays a prominent role for designing the industrial projects and it has its own reasons for it. 2D is the best option to choose when you are facing tight deadline and designs needed are single component or a single part as basic geometries are easy to generate using 2D CAD tools. When the model does not require any third dimension functionality, it is best to use 2D drawing, as they need less space to store. A designer with any skill set can work with 2D CAD tools and almost all desktops support 2D drafting tools.
Apart from that, for clear usage, engineers still use 2D drawings for elevation, sectional drawings and floor planning is which are used for fabrication. Almost of around 30%, engineers still use paper to design in the initial phases of drawing and then resort to 2D CAD for digitalisation.
Despite the benefits mentioned, there are obviously a few drawbacks of using 2D drawings. When sectional drawings are generated in 2D, updating them becomes a tough task as they are a quiet time consuming and are prone to errors. 2D CAD software does not have rendering capabilities, which means it involves an additional step to export and convert into 3D before rendering. Therefore, for a fact, to save time, you will be doing extra two steps that is exporting and converting before any further action could be taken place. This reduces the productivity, increasing the lengths of designing cycle. For these reasons, it is better to shift to 3D modelling.3D Modelling –
As the project gets complicated, design cycles also become longer. To maintain the cycle lengths and to get the project without errors, more and more engineers started resorting to 3D Models. The major advantage of 3D Modelling over 2D drawing is that it reduces the design cycle time to half and generates rapid prototypes.
3D CAD offers much more functionality to the user, which encompasses 3D arrays, special views and referencing. But at times, these are too many to generate basic part models like line-types, line-weights and other features which can be better generated by using 2D drawings.
As 3D CAD is advanced, licensing is much more expensive and renewal each time costs heavy to the designers. Thus, it is better to analyse the design requirements and then decide on using 2D Drawing or 3D modelling.
In recent years, the requirements for construction projects have changed significantly. Issues such as sustainability and environmental protection are major source of concerns. In addition, major cities today, face challenges such as tight housing market and higher traffic volumes. The respective areas and the process to reduce it are becoming more specialized. The construction industry's solution for the betterment of this is Building Information Modeling (BIM).
So do you know what BIM is?
Building Information Modeling (BIM) is a digital method of construction project management that is already set as standard in many countries, the United Kingdom and the United States for example. With the help of BIM, Architects can digitally depict building models along with all relevant information in detail all throughout the planning process and development lifecycle. In this way, BIM not only supports more efficient planning and execution of construction projects, but also the realistic assessment of costs, time schedules and the sustainable use of materials.
Here are the top 10 good reasons to use BIM:
- Better communication
- More planning security for complex construction projects
- Easier controlling
- Central data management
- Early error analysis
- Added value through new opportunities in construction project management
- International competitive advantage
- Simplified information management
- Cost and schedule security
- More efficiency and better quality
Agreements on deadlines, costs and quality can bebetter coordinated and adhered to by usage of BIM. This is especially true when large teams work on a single project regardless of location.
Since BIM enables planning even under difficult conditions, architects and engineers can easily coordinate with the construction time. For example, whileconstructing a building with multiple phases, the planning gets complicated.
BIM simplifies controlling – over the entire lifecycle of a building. The partners involved, at any given time can retrieve all information and from anywhere making the processes transparent and traceable by BIM.
BIM includes central data management of all building information. The coordination model not only consists of unspecific lines, surfaces and volumes, but also is enrichedwith all relevant properties, such as dimensions and position of components, thermal and insulating properties, etc. Thus, required evaluations and analysis can alwaysderived from the model.
The BIM coordination model makes it possible to identify discrepancies across all disciplines – even in early phases of project.
BIM enables structural and process simulations over the entire life cycle.This not only increases efficiency, but also conserves resources and environment.The value of the building increases and is maintained.
In some countries, BIM is already the default and standard process for project execution. Companies that use BIM today are preparing for the future and can compete internationally with their competitors.
Thanks to BIM, information and knowledge can be easily shared between the project participants. Thus, good project management right from planning and development of a construction project to facility management succeeds.
Large-scale projects can be processed much more securely with BIM. It is possible to make verifiable statements about costs and deadlines at any time.
There is considerable potential in the BIM work method, which can increase quality and efficiency throughout the entire construction and utilization process. Instead of working with parallel execution plans and time-consumed for fixes,everyone involved can access a common data foundation and make changes in real time.
Therefore, Introducing BIM is worthwhile. Switching to the BIM method is more valuable on many levels. It leads to more transparency, better communication, financial and scheduling security for construction projects.
To get started with it, we first need to know what is CAD.
CAD – Computer aided design, a software used to host complete architectural tasks efficiently and effectively.
Now, Architectural CAD library is used to draw designs while designing a new property, offering a list of benefits to use while designing which you simply cannot ignore.
One of the major benefits of CAD Library is that it includes all the common objects needed while designing a residential or an office building. It has a wide range of different windows, doors and other basic objects like baths, toilets, bed and more.. Thus, saving a lot of valuable time during designing process by eliminating the need to draw window every time for example and just dragging and dropping for added convenience. This increases the productivity across the board, as it will be easy to read and understand throughout the build.
Another benefit is that you will have smaller sized files. This not only reduces the storage space but also makes it easy for you while forwarding drawings to clients for approval or to the construction companies for other facilities like electricians, plumbing, mechanics and structural engineers.
A major benefit to the architectural CAD library is that the customer service will increase, increasing the customer satisfaction, getting a good reputation for your services. Apart from that, there will be an increase in the productivity level; you will be able to speed up the overall process of the design and submit your plans to the build teams with just a few clicks of computer mouse. You will also notice that they are exceptionally easy to use, by just dragging and dropping at the specific location, you want to.
While purchasing an architectural CAD library, it is advisable to purchase only from a top developer. Make sure the software supplier has years of experience combined with high-powered add-ons that you can rely and trust on when needed to help you boost your productivity.
How important is the coordination between the two?Let us find out.
For example, let us consider a domestic water heater. A domestic water heater is energy source can either be electric, oil, or natural gas. We just need to make sure that it has been provided a 120 volt service for power control. Coordinate other electrical requirements for electric water heaters, as the kW demands to be very high.
Various domestic water system boilers, with large burner motors require a large H.P. and electrical requirements. Apart from that, there may also be small circulating pumps required for the hot water recirculation system. Coordinate power requirements for each pump depending on its size. Smaller water heaters or instantaneous water heaters can be used in rooms requiring hot water during times when it is not efficient to operate the main water heater. They are usually electric having high kW demands when compared to non-instantaneous type systems.
Coordinate and check for trap priming station locations that provide water in drain traps as they prevent them from drying out and also prevents sewage odours from migrating into a building. Trap priming stations require about 120 volt power. The mechanical designer must meet the electrical designer for coordinating the locations and power requirements of these stations.
Usually, a receptacle is all that’s required; however, when the chiller of the water cooler is remote, hardwired connections may be necessary. Sometimes the chillers could be located above ceilings.
Check the use of electric heat tape on water lines in un-insulated areas, like basements, attics, garages, etc. Always verify if attics or ceiling spaces are subject to freezing. Electrical ground fault protection is also a must. Coordinate for any electronically operated faucets, flush valves, etc.
Transformers and electric outlets may be required. Consider utilizing battery operated faucets/flush valves as they would save money and also eliminate the need for extra electric wiring. Considering the issue with electric wiring that they won’t work when the power is off.
In the most technical terms, we can define Virtual Reality as a computer technology that replicates software generated sounds, images and other sensations in such a way that it simulates a physical presence in that environment for an individual. With the use of certain kind of equipments, we are able to experience a virtual reality of everything around him in an artificially created 3-D computer generated environment. While interacting in such an environment, the user can perform actions and manipulate objects to react to the situations. It includes seeing, listening, speaking, touching and other senses a human has. To actually explain virtual reality, we need to put in all the synonyms of virtual and reality together to arrive to near and real-time experience.
Besides the above mentioned senses and perceptions that human have in their organs, there are other senses that we learn through sensory inputs that our brain activates by processing information from the environment around us. That means, we experience reality through the sensory inputs our brain activates while processing the information. In the same way, if our senses are presented with a version of reality that isn’t present physically but we still are able to perceive it as real because of the sensory information attached to it. This is what Virtual Reality is about. In today’s world, we all live in these virtual reality experiences that are created with the help of computers and technology.
Virtual reality can not only be used for fun and games but also has many other important applications. It is used in a wide range of applications such as architecture, arts, defense, medicine, military equipment, sports. It is also used to accomplish a task that is expensive or extremely dangerous or even impractical and can be done without human intervention. Thereby, allowing us to gain much more knowledge and experience without risks.
Revit structure is a CAD software program with a similar interface to other applications for Windows. All the structural members like beam, columns, and walls are available at just a click. You can drag them in the drawing and verify if they meet specific design requirements.
The conceptual design platform gives us a basic model which can be utilized in the Revit project environment as the basis to produce more detailed architecture by applying roofs, walls, floors and various fixtures.
Using revit application, we get an analytical model of structure in a form of 3D model with complete engineering details of structural members, material properties, geometric dimensions and loads that together are useful to develop engineering system. This model is generated once you create a physical model and can be shared to other design programs. If you make any change in physical model, the analytical model sets itself accordingly.
The final model contains physical and analytical details of all structural members like beams, walls, braces, floors. The Revit conceptual design platform platform provides a lot of flexibility in early stages of design process for engineers, architects and interior designers to explore ideas and generate a correct model that can be incorporated into building information modelling (BIM) to convert them into buildable models.
The quality generated from Revit application can be scaled down to 1:5 drawings and even 1:1 if needed. Thus, giving us a flexibility to customize as we need since, we might need some custom furniture to be detailed for manufacturing. Handling these final touches in Revit makes a lot of difference between a properly insulted house and the one that is chilly and noisy at places. With Revit, you can use all the BIM information and further push it with 2D details by relying on supplier’s information.