Make your future constructions a success
Make your future constructions a success
Building Information Modeling (BIM) is used to describe the process of planning and managing a major construction project through the creation and use of multi-dimensional digital representations of the physical and functional characteristics of a project.
TÜV SÜD’s worldwide network of interdisciplinary BIM experts actively collaborates with its counterparts in key locations around the world, including the UK, Germany, Middle East and Asia Pacific. This dynamic helps to ensure that our clients can effectively leverage our global expertise, regardless of their location.
Building Information Modeling (BIM) entails the creation of a detailed, multi-dimensional digital prototype of a building or infrastructure object that has yet to be built. This allows for the effective visualisation of a project, thereby mitigating risk and aiding the fine-tuning of the design process.
For TÜV SÜD, BIM means both Building Information Modeling and Building Information Management. An intelligent multi-dimensional digital prototype facilitates design but also aids the simulation, optimization and prefabrication of the future building or infrastructure object.
TÜV SÜD utilises BIM from 3D to 7D, developing the BIM model as a “single source of truth” across the whole lifecycle to efficiently plan, design, construct and manage buildings and infrastructure.
A Building Information Modelling object is a component of the BIM model. BIM objects are intelligent and have a specific geometry. They can store in-depth data that defines the product and geometry, representing the physical characteristics of a product.
The object gets a recognisable appearance from the visualisation data. It also has behavioral data that helps the object position itself or behave exactly like the product.
BIM objects are of two types – component and layered. Component objects have a fixed geometrical shape. They typically have limited and fixed dimensions. On the other hand, layered objects do not have a specific shape or size. Roofs, carpets, walls are all layered components.
One can achieve different Building Information Modelling (BIM) levels for various projects. Every level signifies unique criteria that show specific maturity levels. The levels aim to assess how much information and how effectively the system shares and manages the information during the process.
BIM levels include,
Level 0 BIM – It involves paper-based drawings + zero collaboration
Level 1 BIM – It includes 2D construction drawings + some amount of 3D modelling
Level 2 BIM – At this level, teams work in their own 3D models
Level 3 BIM – Here, teams work with a shared 3D model
Levels 4, 5, and 6 BIM - It features adding scheduling, cost, and sustainability information
BIM has a bright future within the Building Construction Management realm. It is because BIM has defined goals and objectives that provide direction. It proves beneficial for people who work their way through its different levels.
In the future, Building Construction Management will no longer remain a conventionally-driven sector. It will involve high-level collaborations and digitisation. Newly evolving technologies like blockchain, the internet of things, and AI are potential tools for BIM growth. Collaborative working in a BIM-driven environment can help reduce waste, prevent supply chain conflicts, inefficiencies, and avoid rework. These factors make BIM the future.
BIM reflects a smartly built environment. A smart building is not only equipped with smart technology, but is planned, designed, constructed, and managed in a transparent and efficient way, resulting in an increased economic value for stakeholders.
BIM is an essential pillar for reaching future goals of smart design and sustainability, raising living standards, higher labor productivity and prime energy efficiency on a truly global stage. BIM construction management can also further prove advantageous for your business through:
As part of our effort to aid AEC firms with this multi-disciplined expertise, TÜV SÜD has established a number of digital centers of excellence that provide a wide range of specific BIM advisory services, including engineering, optimisation, industrial services, infrastructure support, education.
In addition to our extensive BIM experience, TÜV SÜD can also provide supply chain management services for major construction and infrastructure projects, including procurement management, quality assurance and quality control services, and construction monitoring. With offices in more than 850 locations worldwide, we can offer global supply chain management support virtually anywhere around the globe, assuring clients a seamless, cost-effective and trouble-free experience.
To comply with the multi-knowledge necessity of BIM, TÜV SÜD has set up a center of competence and organised teams to provide comprehensive BIM solutions throughout the lifecycle of a building. TÜV SÜD provides interdisciplinary solutions to guarantee that BIM is applied with a long-term view and the intent of maximising return on investments for building owners and asset holders.
Our BIM construction management services include:
TÜV SÜD provides value-driven BIM modelling audit and construction management services. We serve as consultants and experts for BIM services to help organisations connect independent and separate information sources. Our collaborative approach allows us to enable companies to derive valuable insights daily.
At TÜV SÜD, we understand that each client has different requirements hence our solutions are customised to each project from the onset. From planning and design to implementation and operation, our experts provide assistance throughout the digital lifecycle of your building. We are uniquely capable of offering auditing, testing, certification, and advisory solutions for all your evolving real estate and infrastructure needs.
Our BIM modelling services involve creating collaborative BIM models that foster synergies between engineers and designers. Such synergies prove advantageous while working on challenging and sophisticated global projects, which, these days, may often involve remote working and coordination. In a way, it refers to optimising versatile talent and leveraging the power of collaborative working.
With our experts’ 360° view, we understand the requirements of a building from ‘Stage 0’ onwards and can deliver strategic roadmaps, design services and training, while ensuring the security, reliability, and interoperability of your project to prepare you for the journey ahead.
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