We, BIM Adaptics assists as an intentional BIM consultant service, helps you to upgrade to BIM integrated workflows, and can capitalize on the ROI’s. Because of new to BIM implementation, most of the companies with be thinking twice to adapt BIM into their companies. Here, BIM Adaptics helps you from implementation till a smooth understanding of BIM procedures and how to connect through BIM 360 and helps you with project startup to train your engineers and helps smooth workflow management support leading to the proper pathway.
Our directors having more than 30-years of background and especially focused on AEC industry from many countries. This helps us partner with Autodesk. We can take up projects ranging from villa, apartments, schools, airports, hospitals, hotels, industrial buildings to historical buildings, residential and commercial buildings. We, BIM Adaptics have the advantage of designing apart from modeling or drafting.
Many of our existing clients took leverage with our experiences to convert or focus on BIM implementation to boost their business as per market desires. It is all about how can adapt and take advantage of BIM to process modernization and augment significance at an organizational, project, employee, and management levels. BIM methodology benefits in dropping revisions by up to 60% and project duration can be up by 20% to 30%, because this includes clash detection through walkthrough or realistic site condition with the help of Revit or integrated software like Navisworks and the advantage is that construction costs will be dip by up to 30 to 40% through realizing upon the ROI calculations.
BIM provides inside into the constructability of a design proving efficiency & effectiveness of the construction phase and also providing a better understanding of the future operations and maintenance. Owners can use BIM for predictive maintenance asset tracking & facility management and future renovation process or deconstructive process.
Approach to BIM Preparation
BIM preparation supports the expansion of AEC business. BIMAdaptics permits AEC industry to adopt an approach to BIM technologies. Our design capabilities and exploration with our Autodesk partnership help us arrangement for training and consultative services to the organizations that are willing to adopt BIM processes within their projects or businesses.
Our approach to BIM emphasizes on staff training requirements of each organization. We consider the following elements while formulating approach towards BIM:
- Procurement & Incorporation of BIM Software’s within Prevailing Systems
- Cost-Benefit Investigation of approach to BIM Implementation
- Integration & implementation of BIM Values into Prevailing Work Processes
Procurement & Incorporation of BIM Software’s within Prevailing Systems
Procuring the factual BIM software is crucial for any BIM implementation. We reflect numerous BIM software programs existing online and show the difference concerning the software system presently used by an organization.
Matching various options concerning what they are capable of and how they are compatible helps us in developing a BIM strategy prudently.
Cost-Benefit Investigation of approaches to BIM Implementation
According to short term and long term expenses we, BIMAdaptics evaluate the expenses and benefits of implementing BIM. Short term costs are always connected with upgrading technology and training your staff, However, the long term prices are about the period of evolution in which an organization will look forward from the present workflow to implementation of BIM.
The importance is, BIM becomes an asset after the evolution period is completed, for any AEC related firm, resulting in boosting your finances from various angles like saving time, cost, energy conservation, improved coordination, which improved healthy construction between contractors, completing the project in time, purchase in time and precise, etc. The result will be a better building.
Integration & implementation of BIM Values into Prevailing Work Processes
There is always confusion between BIM and Revit. BIM is called a “process of work”. Revit is the software in which we develop Models, especially in AEC industries.
We create BIM preparation merging with existing workflow methods with the process of work in BIM. We will distinguish productive measurements in prevailing methods and accommodate them in the BIM process.
Implementation of BIM
TECHNOLOGY ADOPTION IN THE BIM IMPLEMENTATION FOR MEP SECTOR, STRUCTURAL & LEAN ARCHITECTURAL PRACTICE
“The building industry is under force to provide value for money, sustainable design, modeling, drafting, and construction, etc. and this has boosted the adoption of Building Information Modeling, which also known as BIM technology. This transforms the archetype of the construction industry from 2D based drawing information systems to 3D object-based information systems. It transforms the base documentation used in building design and construction to new representations which are machine-readable for automation as opposed to human-readable for manual conduct. Therefore, BIM adoption is becoming an increasingly important matter for the construction industry that has been facing barriers and challenges to increase productivity, efficiency, quality, and sustainable development.”
We, BIMAdaptics support every step towards the implementation of BIM in a more realistic & easy way how to adapt the latest technologies, tools, and support from our skilled engineers. By using these techniques and tools support your management to support their requirements.
On the other hand, there are challenges in implementing BIM in the entire world construction. We as a BIM consultant will help in Overcoming the resistance to change and getting people to understand the potential and the value of BIM over 2D drafting. BIMAdaptics will help in adapting existing workflows to lean about concerned with processes. We help engineers in BIM or how to work in BIM 360. Through integrated software like Navisworks, BIM 360 how to collaborate, integration, and interoperability between the divisions between Architectural vs Structural and both Architectural + Structural Vs MEP. Helping designers/ engineers for a clear understanding of the responsibilities of the BIM process.
That is to say, BIM technology implementation not only requires learning new software applications, but also requires learning how to reinvent the workflow, so we, BIM Adaptics will train staff and assign responsibilities, and the way of modeling the construction time to time with the help of our Autodesk Learning partners, which helps to our clients directly. It was seen that most firms are adopting BIM technology.
BIM Adaptic & Supporting Projects
We, BIMAdaptics helps in not only BIM technology implementation, however, we also aggressively learning new software applications. We will also communicate how to reinvent the workflow & will train staff and discuss the assigned responsibilities, and the way of modeling the construction time to time by utilizing the help of our Autodesk Learning partners, which helps our clients directly. It was seen that most firms are adopting BIM technology.
BIM is taking off in many countries across the world. Today, most of the countries have BIM standards in place regarding the BIM level used in projects. But what are the differences between countries and how can we overcome them?
Very truly, it is a difficult task to understand directly what is the difference between each country. We, BIMAdaptics can say, by doing different projects from various countries. Above that, we have experienced employees’ expertise through their familiarity with industries preeminent practices and their capability to observe to guidelines of BIM forum, as per building information BIM protocol and follow standards like CSC, IES, AIA, BSI, NBIS-US, which will help to model LOD from 100 to 500.
Fundamental LOD Definitions
| LOD 100 | The Model Element may be graphically represented in the Model with a symbol or other generic representation, but does not satisfy the requirements for LOD 200. Information related to the Model Element( i.e. Cost per square foot, tonnage of HVAC, etc. )can be derived from other Model Elements. |
| LOD 200 | The Model Element is graphically represented within the Model as a generic system, object or assembly with approximate quantities, size, shape, location and orientation. Non-graphic information may also be attached to the Model Element |
| LOD 300 | The Model Element is graphically represented within the Model as a specific system, object or assembly in terms of quantity, size, shape, location and orientation. Non-graphics information may also be attached to the Model Element |
| LOD 350 | The Model Element is graphically represented within the Model as a specific system, object or assembly in terms of quantity, size, shape, orientation and interfaces and other building. Non-graphic information may also be attached to the Model Element |
| LOD 400 | The Model Element is graphically represented within the Model as a specific system, object or assembly in terms of size, shape, location, quantity and orientation with detailing fabrication, assembly and installation information. Non-graphic information may also be attached to the Model Element |
| LOD 500 | The Model Element is a field verified representation in terms of size, shape, location, quantity and orientation. Non-graphic information may also be attached to the Model Element |
Example-light Fixture
| 100 | cost/sf attached to floor stabs |
| 200 | light fixture, generic/approximate size/shape/location |
| 300 | Design specified 2×4 troffer, specific size/shape/location |
| 350 | Actual Model, lightolier DPA2G12LS232, specific size/shape/location |
| 400 | As 350, plus special mounting details, as in a decorative soffit |
BIM 360 Adoption
Our team has well conversed with BIM 360. Nowadays the usage of BIM 360 has increased, because of limited access to office, and engineers don’t want to carry modeled building services in pen drive or CD. Entire engineers can access the project from the site and at the same time they can markups from site coordination meetings in their laptops or Tablets. This will become easier for an engineer from carrying notes from site and type or scan and send for corrections.
