Monday 11 December 2017

How BIM Services Helps to Optimize Your Building Information Management



Technology has transformed the way we design and build anything by means of improving the process of decision-making and the life cycle of the infrastructure. Some of the most innovative developments for building information management are BIM services, which can enhance the construction process, save time and money, and avoid costly rework. They are offered by BIM outsourcing companies that offer a range of services like 4D, 5D, 6D, and 7D BIM. Building information modeling is an intelligent process of creating highly detailed models that can help architectures, builders, and engineers gain the right insight to efficiently design, construct, plan, and manage infrastructure and buildings.

4D BIM services allow every project team from designers to architects, owners, and contractors to visualize the whole duration of tasks before and during construction. They may show the progress of the construction activities throughout the project’s life cycle, too. This way, BIM outsourcing is reliable when extracting quantities and 4D phasing or sequencing outputs. Service providers incorporate the parameters of construction activities based on the bar-chart, which are incorporated to BIM Models for document sequencing and study, site management, and phasing. Models are built according to your unique requirements, using visual scheduling layering. This way, the models can be used to gain IFC reports, which you can integrate with project management and cost estimating software.

5D BIM services deliver models that can let you visualize the construction activities and their progress, as well as their costs over time. BIM outsourcing will provide 5D virtual construction and design models that come with all the information on the material costs and requirements at every stage of the construction. Changes in the design will easily reflect on the factors, like the estimated related costs and material quantities. Some service providers can let you take BIM to site with help from their multi-disciplinary teams to enhance productivity, reduce changes and conflicts during the construction stage, and for clash detection.

Monday 25 September 2017

Advantages of 3D BIM Modelling Services for Your Construction

The construction field is always on the lookout for new and innovative ways to incorporate technology in its processes—all to ensure better, faster, and more budget-efficient results. Building Information Modeling is one of the newest and most exciting developments in construction technology that is gaining wide appreciation and acceptance among developers, engineers, designers, and project managers. BIM enables virtual simulations for the purpose of design, planning, and actual construction. Its 3D graphics and time and cost models are fast replacing 2D planning tools in modern designers’ tool kits. 

Building Information Modeling has all the elements of the traditional construction logistics and planning process contained in a neat digital package that turns everything virtual. In construction settings, BIM allows for the creation of intelligent 3D models that depict the reality of a particular project and help drive project decisions. The BIM process starts from the moment the site survey is initiated, where 3D laser scanning devices are used to capture data which is later gathered together in a point cloud, in which the 3D image modeling process begins. A 3D simulator creates a realistic virtual presentation of the building, including the surrounding terrain. 

There are numerous benefits to Building Information Modeling, ranging from facilitating information flow across multiple project areas and channels to better project collaboration between project handlers, including onsite and offsite engineers, managers, architects, and subcontractors. Other advantages to 3D BIM Modelling services in construction contexts include:

• Less project disruption and fewer unplanned changes
• Reduced costs
• Higher productivity
• Increased ROI; and
• Faster project completion and better customer satisfaction

Integrated with more advanced image capturing technologies like drone cameras, the sky is the limit for BIM simulations. There have already been many instances when UAVs were used to capture survey points across high altitudes or rough terrains. 


How BIM Services Can Be Helpful As Green Building Services

The rising costs of energy and growing industry shifts towards cleaner and more sustainable construction has made green architecture the new norm. It has gradually become the standard practice for builders and developers over the last decade. With the savings and efficiencies it offers, going green is no doubt the more sensible choice for most businesses.

By definition, a green building is a project that allows you to preserve the natural environment around the project site as much as possible, while being able to produce a structure that is going to serve its intended purpose. The construction and operation of such a building must promote a healthy environment for everyone involved. It should also not be disruptive to the land, water, and energy resources in and around it. 

According to the U.S. EPA, green building refers to the practice of building structures using resource-efficient and environmentally responsible technologies and processes throughout the life cycle of the structure—from siting all the way to the construction, maintenance, operation, and eventually, deconstruction. Green building complements and expands the concerns that are involved in classical building design, namely, economy, comfort, utility, and durability. It is also known as high performance or sustainable building.

Adopting greener building practices is the way forward. Green buildings are intentionally designed in such a way to promote human health and reduce overall environmental impact and by:

1. Reducing pollution, trash, and environmental degradation - This includes features like material recycling facilities and the use of reclaimed or recycled, and environmentally friendly materials. 

2. Efficiently using resources such as energy and water - Some green buildings have integrated rainwater collectors, wind turbines and solar panels for energy production. They also have well planned layouts to maximize sun exposure to save on lighting and heating costs. 

3. Protecting the health of occupants and improving productivity - Green buildings maximize the integration of the natural environment with the structure to promote the well-being of its occupants.