Unifying Design Companies In The Chinese Market

Presumably, the main driving force behind the adoption of BIM by the construction industry is the government’s strategy for BIM implementation, stating: “Government will require fully collaborative 3D BIM (with all project and asset information, documentation and data being electronic) as a minimum by 2016.” (Cited, Government Construction Strategy, 2011, p14)

The most important key feature of using ORM is the mapping it uses to bind an object to its database. ORM performs the task of managing the application’s interactions with the database. There are various number of benefits to using ORM for development of database applications. The productivity increases as during

Performance - the DBMS is written to be more general, to cater for many applications rather than just one. The result is that some applications may not run as fast as they used

it is a collection of data items organised as a set of formally described tables from what data can be accessed.

Developing a database reflecting the requirements is complex and it is necessary to follow an appropriate methodological framework. The development approach would be providing client with high levels of understanding and visibility at all stages of the development process ensuring clarity and predictability. A robust and transparent project management methodology will be followed during the development cycle with minimum maintenance. The database development approach is depicted in the following diagram.

The research data sample has a considerable amount of 171 BV procured DBB projects with multiple types,

It highlights the Project selection, for maximum impact define techniques, leadership and team management, process management and measures, conversion of practical problem to statistical problem and to develop statistical solution and convert back to practical solution for implementation and project management techniques such as presentation of project, project closure and successful transition by using tools and analysis methods(SWOT, total productive maintenance, measurement system re-analysis, sustain improvement, hypothesis testing, additional analysis). direct for improving project any of the critical to x (CTX), feedback from customer and meet customer request, Six Sigma Roles and Responsibilities, DOE, visual control, kanban-Pull & Takt time, common DFSS methodology, design for X, robust design and process, porter's five competitive F, theory of inventive problem,

Why does the company use this kind of structure? Brief on its advantages and disadvantages

Recent economic liberalisation of the construction market has placed private contractors in a stronger position to compete for work. At the same time, to be successful requires more sophisticated project management to enhance competitiveness (Fang, et al, 2004; Lim, et al., 2010). It is useful to identify the

This area of research in the field of Information systems is completely neglected. Most of the research on BIM has so far been published in engineering disciplines such as construction informatics (CI), which seeks to bridge the gap between computer science and construction (Björk, 2005). “This technical innovation is more important as it facilitates team co-ordination and integration in the construction industry” (Aouad, 1999) BIM provides a common platform for information which can be used by wide range of professionals who are involved during the design and during the construction process, till the completion, till issuing occupancy certificate (Aksamija Ajla and Ali, 2008). It helps the users from the initial conceptual design and transferring into a 3D.

After listened to the lectures give by lecturers and other guest lecturers, I realized that the BIM is not just a specific software platform. Firstly, In my opinion, BIM is not longer an generation of stochastic in building consultant, it is caused by the needs of construction industry revolution. After reviewing the background history of the construction industry for last decades in lectures, it is recognized a significant productivity decrease in the construction industry (lily lecture slides, intro, P7). It means there is an hurrying need to improve the automation, information management, supply-chain management, and collaboration tools of the AEC industry. Because, it has been proved by many scholars that there were many benefits and resource savings if the BIM

Issues that could arise due to change in various government regulations or sudden change in the government rules during the duration of the project.

Apart from that, the mode of communication between the construction professionals also changed due to introduction of BIM in the construction industry. This is because, the building product model is used as a tool to communicate with other professionals about costing where this situation will reduced the QS time spend in communicating with architects, engineers, contractors and client. By using this building product model, people will get a clearer view in what the QS explained about. Next, with the introduction of BIM, the progress of works in all stages will be reduced. This is due to the sophisticated software where any correction on the drawing will be automatically updated on the building model and there is no need for other profession to revise

Role and Responsibilities in the project: In this project we required Experienced person in database tool, and also we required a good design to done our project without any complications and provide security on each every step in designing and modelling .So that we organised a structure to done everything in a systematic way to done the project in a smooth way

4. Exposure to supplier risks; financial strength, loss of commitment to outsourcing, slow implementation, promised features not available, lack of responsiveness poor quality