Architectural Technology Fast Track – The technology, with its many manifestations, was widespread in everyday life, because we are doing almost everything. At work, at home and free time. At the beginning of the designers, the arrival of new digital software programs meant that the architects could finally retire with a pencil and move from the painting table to the computer screen. During the intervening years, however, a lot changed inside and outside the design studio. The population and socio-economic inequality of climate change, such as urban development, aging, socio-economic inequality, and socio-economic inequality. Now it is necessary for architects and urban designers to look for a solution to form a healthier, more durable and impressive environment. Due to the increase in the energy crisis and continuity, technologies used in the built-in environments should be smarter and more efficient. Thus, while technological innovations are already here, the main question is how we can accept and adapt them to everyone.
As designers, we are unique to work with our partners with related subjects to overcome the gap between the architecture, technology, construction and end users. The specialized design team is operated by technological solutions for our world teams and our customers. The purpose of these solutions is to make our design smarter, make it easier to build more efficiently and make a built-in-shape we live healthier. In addition, UNSX, our experiences, and the Nephuth team perform the latest technology and data systems that serve people who work and live in our urban development.
Architectural Technology Fast Track
All things Bim Building Information Modeling (BIM) are the most common technologies used in the design process used in modern technology. Although there has been some time, the BIM has developed a more integrated and comprehensive tool for the use of all project consultants.
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As this report explains René Toet (Senior Architect / Association) for this report. “BIM level 3 level” brings us to a stage where all sides can work in real time, cloud and a fully federal 3D model. This model can be the basis for the coordination process, from schematic design to construction, can then be adapted to manage the device.
BIM LEVEL 3 provides a fully integrated working way, in which all changes in the proposal can witness all parties involved and the resulting collisions. Given that BIM is currently working with construction documents, maintaining the quality of design and sometimes mitigates the risks on the construction site and contribute to the control of the supplier and customer’s costs.
As each individual object or product of the BIM model may include information on circulation and its ecological footprints, BIM may also be necessary to form scope and stability. Inclusion of this information in the early stages of the design process allows a rapid automated carbon foot rating, which can also be a driver when choosing a certain technique or material. We are currently discussing BIM to bring to the very early stages of our design process. Even at the design stage of the concept to see how our proposals can control such aspects.
He worked with BIM after working in the late 1990s when the earliest versions were first available. After the adoption of this time, we began to write a scenario to our own design tools, which allowed us to assess how the design would work in terms of stability, energy, day parameters, and so on.
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Now, with the help of our internal innovation platform and our design technology teams, we encrypt our own tools so that we will no longer have to rely on external consultants, but we can offer these services to ourselves.
In addition, this model will join the news of architect, suppliers, engineers, etc., one bike, it can become digital twins for the further maintenance of the building for equipment management.
However, the formation of data, however, should not stop the benefits of such digital twins when maintaining the building. Such a model can also be expanded to use in further improvements in space. For example, the introduction of digital twin is combined with the sensors that allow the analysis of different parameters to allow the owner or tenants to use the area more effectively to improve the user’s comfort. Designers can also learn from the intelligence collected in the active use of the building and the new design of feeding the relevant finds.
The active use of the existing area was also an approach, which took our future team in the latest investigation into the airport. By combining the inquiries with physiological values of passengers at existing airport, they were able to identify pain points from psychological and cognitive prospects. This study, which included eye monitoring and monitoring emotional reaction, studied aspects of human experience, which can actively affect each stage of travel experience. Changing the levels of one of the Costed criteria, it is possible to actively affect the emotional curve and passengers’ road. The investigation was carried out to inform the design decision, which could lead to a better general passenger experience. Then the data collection can be used to review the current situation and the development of innovative concepts that can provide ideal experience from the airport.
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Squiceform, Developed and Bjarke Ingels Group (Great) Squint / Opera is a real-long platform, a virtual meeting and performance that includes architects, developers and designers in any devices.
Getting a virtual reality and artificial intelligence is also more and more looking for their place in the digital row of design tools. VR designs the design on the computer screen to jump from the 3D model in the realistic space and the deep dive into the program.
In order to use in the design, the AI software can now use machine training as an instrument of idea and test options. We currently develop our first tool in which machine education will help us with design.
The Netherlands 2016 The installation and live display of live display was research cooperation between Rapu Rotterdam, which examined how robots could be used to simplify the production offer.
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Although the technology had an endless constant effect on our design, the construction sector accepts new technologies to some extent. This results in a longer construction period, and therefore added costs with excess waste. Currently, the field presents more than one third of all waste created in the EU. There are innovations for construction, but it is necessary to accept more readiness to accept new methodologies to allow more comprehensive efficiency and stable procedures.
The coincidence of the mortar residence in Singapore was built of initial concrete panels, some of which are also structural.
3D printing and use of robotic weapons (similar to those used in the automotive industry) can maintain the complexity of the design and at the same time accelerate the construction process. It is already known that pre-school and modular design reduces construction costs, while material passports can maximize the potential of reuse of construction components and allow urban mining on a huge and stable scale.
A circular concept scheme for the new Energy of the Dolft Echo on Dolft. Above. Photo by evablloem.
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The integrity of the integrity used in buildings allows you to re-use it in the future. The passports of the material help control this process of each element of the building and provide information on how it can be dismantled. This means that we can now begin to perceive our built environment as a material bank or urban mine, from which we can springs. The wide range of such an approach not only reduces the demand for new raw materials from the environment, but also opens the road to new business models and increases the economic value.
Architects and designers are able to play their role in such a change. If we design preliminary production and modular construction, we can not only support the use of construction mechanized methods, but also help accelerate the structure, reduce costs and reduce CO2 emissions. If in our BIM models, all data on the material and product in our BIM models are assigned data files, we can also offer demolition and fight unnecessary waste.
The world’s new design technologies do not use new design technologies
