The construction industry is in a paradigm shift. The automotive industry is a good example of this change. A totally new requirements are set for tools for technical planning and communication

Master’s thesis – Cooperation with Polybo AS
The construction industry is in a paradigm shift. The automotive industry is a good example of this change.
A totally new requirements are set for tools for technical planning and communication.
solution Model
-BIM platform for design and communication
-Industrialization of the construction process
-“Open supply chain” that can deliver the best available technology at the lowest price
task Contents:
Show how Polybo “The company I work with”, which is about to introduce new technology in China and
internationally, can manage such projects that will involve customers, R&D players and suppliers from many
different countries.
By using Polybo as an example, highlight the effect of such processes in relation to traditional building
industry regarding:
-Efficiency, quality and price
-Environment
-Social economics
Completion
Plan Phase
• Drivers for conversion
1. National requirements / needs
• Examples from the automotive industry
• Example Polybo
• Example Construction industry
• Polybo – ideal model, description
• Traditional model today – description
Analysis
What types of BIM technology and management systems are relevant to achieve the desired restructuring in
the construction industry
What is the potential for improvement with regard to:
-Cost, efficiency, price
-Environmental impact
-Safety and quality
…………………………
Description coul help more:
Project management with its new roles in relation to technological developments related to BIM, the
environmental challenges require high efficiency and that in many ways the industry itself is very little
efficient industry together, for example, compared with the automotive industry. The automotive industry
considers innovation all the way.
When innovation comes, new models come. Building industries today are very conservative industries. Have
very low productivity because every time you use a new building there will be a new prototype and this has
been done a lot of research that shows that the construction industry is probably not very effective at lying
very large potential. To improve profitability and more affection and lower costs. Building the industry now
is in the process of facing a whole new predisposing situation. After 15 years there are no workers at site as
today
This happens quickly because in China there is a high demand for prefabricated production. It is to build a
building in a construction site that is not environmentally friendly, extremely low efficient and logistically
poor. One must really build must become an industrial business. Therefore, the project manager’s role
becomes completely different than today in the construction industry.
The project team receives new different types of challenges, other types of tools that must be addressed.
Where in Polybo” it is a company with a new tech.” can produce houses industrially, we can have open
system can buy the goods where is the best and cheapest anywhere in the world. Just like we do with
airplanes. All parts and components are purchased where they are the cheapest and best in the world. Closing
the system is common when building in place you have to deal with local suppliers. So in this case you do
not get the best technology and much inferior system there just this opportunity to change this system it is
BIM in many ways the best solution. That using BIM can build visual models and can control many
suppliers around the world. Basically, the weakness with today’s construction business is that the industry is
conservative.
And the technology development and energy requirements.
Now we have a completely different situation. Project manager manages projects towards the international
supplier market. And it is produced by this at the factory and the building process becomes more assembly at
the construction site. That process and development is moving very fast. And many who oppose. It shows
productivity can be increased up to 50% and greatly reduces costs by implementing such systems.