Bim Tools Research Paper

Every construction party can have their own prototype of the design model. Integrated project delivery requires a sharing off all this data for a more efficient and cost effective prototype. BIM soft wares makes this designing and alteration extremely easy and efficient. Having BIM literacy is the basic requirement for all these processes. Once this requirement is fulfilled, cost scheduling and project delivery timelines can also be worked upon using

With the development of computer technology and much less costs, the adaptability of BIM collaboration during the design process has been widely embraced by construction industry.

Regarding the technology challenges, “lack of BIM standards for model integration and management by multidisciplinary teams. Integrating multidisciplinary information in a single BIM model requires multiuser access to the BIM model.” (Azhar et al., 2012, p. 24) project team can overcome this challenge by implementing BIM project execution plan, which includes supporting technology infrastructure needed for BIM implementation in a certain project. Technology infrastructure includes which software will be used with the files format for information transferring and the exchange process of the information between different teams. Regarding model content and reference information “The project and reference information, such as Modeling families, workspaces, and databases, must be considered to ensure that the project parties will use

It is defined as the collaboration of all the stakeholders in the planning, design, and construction process. Various tools like Building Integrated Modelling (BIM), Lean Project delivery system, communication techniques facilitate it.

Current information - BIM provides easy to access concurrent information on performance of the project to the client, design team and the construction team

Cost estimating is the initial and most important part of the project. Cost estimate should be accurate, transparent and reliable because the resources are limited in any project especially

It will be years before the majority of construction firms make such full use of BIM systems. In the meantime professional team members, contractors, and sub-contractors with design responsibility will find themselves at different stages of BIM preparedness. There

Prior to the start of construction we will be meeting with all stakeholders to outline exactly to the contractor, us, the level of quality to which they will be seeking. We will be touching on key items in the specifications that have more ridged requirements than industry standards, and the expectations of the contractor to the owner. This will include going over quality control expectations of our suppliers, manufacturers, products, services, and trade’s workmanship as we are held accountable for assuring our subcontractors work follows our guidelines of quality as well. Also a topic of discussion in this meeting will be our submittal and inspection schedule for the quality assurance of each respective section of work. Key design professionals and engineers will be named for areas of work that require shop drawings. Our field staff will keep a daily logbook

Construction management software helps managers to adopt a systematic approach and the best construction software is easy to understand; enabling staff to ensure every project goes according to plan. Project management is a skilled task, but construction management software allows staff to create professional RFIs, transmittals, submittals, business letters and change requests. Clients, consultants, subcontractors and project managers can instantly share valuable information and the project budget can be tracked using integrated construction accounting software. So, in a nutshell, construction software promotes your business and helps you to build brand awareness.

Because safety planning is done separately from project execution there is a great deal of miscommunication between all parties involved. These issues can be ameliorated through the use of a universal technology system that would allow project executioners and safety planners to communicate using the same terms – the less amount of miscommunication, the greater amount of construction safety. BIM is used because of the ease in which it can provide safety instruction for construction, design, and

BIM can be defined as “a modeling technology and associated set of processes to produce, communicate and analyze building models” (Eastman et al., 2011; p: 117). Some professionals consider BIM as the key to tackling variations and ineptitudes in construction projects (Arayici et.al, 2012; Coates et. al, 2010). The adoption of BIM standards carries with it several advantages but simultaneously poses challenges in the implementation (as it is implemented differently between the industry and the academia). A major hindrance identified in literature is the gap between industry needs and academia readiness.

The industrial change in New Zealand and the effects of adopting BIM in the construction projects are explained by taking case studies. Comparison with the other countries who uses BIM with New Zealand is done to analyses the global changes. And the report is made with help and reference from many BIM surveys conducted.

“The purpose of BIM is to make the design information explicit, so that the design intent and program can be immediately understood and evaluated. A BIM-based approach fortifies ‘on demand’ generation of documents such as drawings, lists, tables, and 3D renderings from a consistent BIM. In a sense, these documents present views of the current BIM. A BIM model, therefore, can live longer, contribute more to process efficiency, and provide superior accuracy than traditional 2D CAD drawings”.

To find out the features of BIM that give it added advantages on management of projects.

Additionally, engineering program curriculum of the 10 universities, mentioned previously, are also researched in order to find out whether their engineering programs have any cooperation courses for BIM education. In engineering program, BIM is able to apply on administration of construction process, integrated design delivery project, construction management, structural analysis, and costing construction, and it has many other related subjects which is able to applied indirectly. However, only 2 universities have BIM course, and 1 university is planning to apply into the engineering program curriculum among the previously mentioned 10 university. According to the Universities’ engineering program curriculum, their major goal of the courses is that students have effective architectural digital design skill and flexibly responding technique to the design changes during the project. Moreover, during the courses, student can understand how data or information of architectural design is shared with construction by computer science and digital technology in design and construction phase. Therefore, according to the researches in terms of BIM course in architecture and