Hassan Sadiq Himex

When it comes to smart cities, BIM is no longer just an option but a necessity. It is common for several teams to have to work together for infrastructure projects. There is a team that will look after the planning process, another one will be responsible for designing, another will be tasked to do construction, and there will be another to do the maintenance. It is in these scenarios that the use of BIM has increased. Tech entrepreneur Hassan Sadiq Himex enumerates the reasons why it is a necessity in the creation of smart cities.

One of the most crucial advantages of BIM is its ability to facilitate management and collaboration of communication and information among the teams that are involved in the project. In traditional functioning processes, some part of the asset knowledge tends to get lost the moment a team will hand the project over to another. This can lead to wastage revenue-wise.

The use of BIM allows for these shortcomings to be addressed through the mobility of information and making sure that everyone will be using the same set of processes and standards. As result, instead of decreasing, knowledge will increase as more information is added to it over the course of the project’s lifetime. The implementation of BIM also makes it possible for the architects to come up with design choices that are informed. In addition, wastage is minimised by contractors and complete their projects in a more timely manner. As a result, there will be considerable savings that can be experienced since delays are essentially avoided and prevented. 

The use of BIM, cities will never be isolated. Buildings will always be integrated with many other infrastructures such as utilities and transport system among others. This can be quite a challenging task to accomplish. However, this is where BIM really is above the rest. When projects chose to implement BIM, it helps open up opportunities for collaboration. With this, there is going to be free flow of data and information that is standardised across all the disciplines that are involved.

3D modelling and BIM technologies are both boons for the creation of smart cities. It is easier for contractors to get infrastructures modelled even when they have to be built underground. When working on the construction of a city, workers will now know how they can dig deep without worrying that they will end up crashing on a sewage line, gas pipe, or a fibre optic cable.
Designers for bridges, pavements, and drainage can also work with a model that is more immersive. Considering that everything is geo-referenced, there is also the bonus of true geographic representation.

The UK is now mandating the use of Level 2 BIM for every single government project. In addition, many governments all over the world are also considering BIM in a much more serious note. This is the reason why in an age where Big Data and Internet of Things are the norms, using BIM not only for planning cities but for managing them as well is very much a logical move. After all, the opportunities that it offers are quite limitless. To find out more about Hassan Sadiq Himex, follow him on Twitter. Find out more about Hassan Sadiq Himex by visiting his VB Profiles page here 

 

There are so many advantages that 3D technology has brought about. One of the most obvious ones is that it has the ability to incorporate volumetric information. This includes jetliner flight paths, surface elevations, building shapes, and even surrounding landscapes.

The intuitive symbology that the technology offers is also another thing worthy of note. In third-dimension, the extra dimension makes it possible for one to include symbols that are more readily recognised. This makes it possible for the maps to be designed in a more intuitive manner. The data can be seen from every single viewpoint. Every single symbol on a map that can be recognised will help save one from the effort of having to make a legend to explain what they are so people looking at them will know and understand what they stand for.

It is also able to show not only a bird’s eye view but a view of the real world too. Many of the earliest maps that were created by man were depicted as scenes. This is especially true for city maps and maps of human habitations that are significantly smaller in size. These maps were created as some form of bird’s eye view in static 3D. They were quite successful in providing people with a better understanding of specific places. Today, GIS authors are able to see and interact with these scenes from various perspectives.

There is also the fact that it offers human style navigation to the viewer. Most people experience the world within just a mere few feet from the actual ground. What 3D does is relocate this view. The relative positions and the size of objects can be intuitively understood from this perspective through the data presented. Thus, as one wanders through the scene, he gets to experience navigation that is a replica of how humans navigate. This means that as one navigates through the scene, there is no need to explain whether he is passing through a forest or a lake. The perspective of the third dimension will already make all the features around the navigator easily recognisable.

3D design can also show the measurements and physical dimensions of an object, along with its relative distance to other objects that are present in a layout. This means that viewers can easily adjust and see the object arrangements based on their specific sizes so as to get the varied objectives including movement issues, space, and even size corrections.

With 3D modelling, there is no need to have to come up with numerous instructions on what people are seeing on a scene. The elements that are present there are very much self-explanatory since they represent whatever specific information it is that they stand for. This means that there is going to be no issues with language barriers as well. If you are hoping to come up with a scene, a map, or a presentation that is going to be almost fully instruction-less, then doing it in 3D is the key.

Watch the video below to learn more.

Learn more about the various ways that 3D has revolutionised the modern world by reading about Hassan Sadiq Himex online. You can also check out Hassan Sadiq Himex blog on Tumblr here.

Over the past decade, the ability to generate, maintain, as well as utilize geological information in three-dimension has indeed come quite far. The technology used to be available only to tests that are private-based. However, it is finally making its way to take the very first few steps in bringing things to a much larger scale- a nationwide scale.

A recent move by EuroSDR aims at being able to use the technology to bring 3D mapping to the national level. EuroSDR, the cooperation group responsible for body Spatial Data research in Europe, has made the move to create a Working Group that will help tackle this particular update.

Back in the day, questions about the implementation of national three-dimensional models used to be a matter of if. These days, with the emergence of new and more sophisticated technology the question has easily turned to when. For the creation of effective strategies on 3D issues, a working group was formed two years ago. The purpose is to find the best practices as well as the best technology that can be applied to this undertaking. The group is also responsible for investigating how past data sets that are in 2D can be used in 3D models. It makes a lot of sense to use the existing data from mapping agencies in Europe in order to come up with this new map.

To allow more focus on the project, less and less attention is dedicated to production. Instead, geodata from external suppliers is used. When it comes to the use of 3D technology, the focus is on the proper integration of data. It is expected that the finished model can be unveiled by the year 2019.

Poland is presently in a planning stage. In-depth studies are now being conducted to help take into consideration the customer needs. In Switzerland, Swisstopo has successfully completed ports, roads, administrative boundaries, as well as other specific objects that are on the map. The agency has opted to use swissALT1 3D which is a precise and sophisticated model for digital elevation. It is being updated every six years. Present work is focused on water, vegetation, and buildings. A functional web viewer that will be open to the public is expected to be unveiled next year.

3D projects are also being started in Sweden. A framework has been finalized by all agencies involved along with a test platform that is aimed to have spatial data displayed on 3D. It is expected that by the year 2020, a three dimensional model for the whole country will be available.

All these progress and development only shows how 3D mapping is taking huge leaps in the present world. It is, after all, a very useful tool that plays a crucial role in speeding up planning and building processes as well as create appropriate conditions that ensure civil protection. For more information on 3D mapping and its impact to the world, Hassan Sadiq of WRLD can assist you. For the latest updates and developments in 3D mapping, as well as more details on the work that Hassan Sadiq does, visit here.

3D mapping has revolutionized the way civil engineers perform their jobs these days. It has certainly reduced the time that these professionals usually need to design, maintain, or analyze an infrastructure. The same is true when it comes to implementing changes. Intelligent 3D models that are rich in information are able to span the entire lifestyle of an infrastructure. This includes covering not just the planning stages but its operation and succeeding maintenance as well.

If there is one thing that civil engineering professionals can get out of the use of this technology it is that it allows them a better understanding of the performance of their project. The technology, after all, allows for faster responses to changes and is able to maintain data more consistently.

Accomplishing more with 3D models

Professionals in the field use 3D mapping when it comes to surveying, designing, analyzing, drafting, documenting, as well as defining workflows in every civil project. It is useful in corridor designs, layout for rail tracks, bridge modeling, as well as geotechnical modeling.

Civil engineers are able to transform their design models through its use with the help of surface modeling visualizations, base map creation, as well as reality capture. The use of 3D mapping allows for the optimisation of project performance too.

Simplifying base map drawings

Base map drawings used to be a very time-consuming part of any civil project. The processes involved are aplenty. The fact that it needs a wide variety of data means that it can be a real challenge to have all of the information reflected onto the base map precisely and accurately.

The presence of 3D mapping ensures that the data types can now be easily connected to form the base map drawing. Gathering information becomes so much easier such as in the case of soil types, centre lines along the road, zoning limits, boundaries, contours, control benchmarks, as well as aerial photographs that are high resolution.

More efficient site inspections

With drones being majorly used to capture images and data on the air, site inspections no longer have to suffer from the usual issue of shadowing caused by any nearby object. Scans are quicker and very cost effective too. Today, field engineers utilize drones to carry out inspections in their various sites and locations. This is most useful especially in sites that are much larger in scale or in those areas where access may be restricted or security may be a little questionable.

Designers of 3D mapping and modeling promise that there is more that can be expected from the industry. In the future, drones should already have the ability to scan clouds as well as scan volumetric items in sites. It can also be fashioned to help assess the health in a construction site which can, in turn, help better look after construction workers.

If you think that your business can possibly benefit from the use of 3D mapping technology, contact Hassan Sadiq to get more information. He is the chairman of WRLD, which is a company focused on creating interactive, fun, and stylised maps for various applications. More information on Hassan Sadiq can be accessed here.