All these diagrams are well explained the environmental analysis process and how the data translated to a unique shell protection element to our design for Medical School of the University of Cyprus.
The bioclimatic design of the building develops the environmental behavior of it, aiming to ensure conditions of heat and yet operating comfort of the users. The investigation and afterwards design applied specific digital methodology thoroughly implement the key issues that affect the configuration of the building. Aim the maximum optimization of the parameters for a correct and sensitive climate approach which recognizes the seasonal changing climate ultimately transforming the building into a smart and dynamically adaptive to its environment organization.
This captioned movie shows how a team from the University of Hong Kong’s architecture faculty created a pavilion from 3D-printed bricks, to show the potential of this technology in architectural production.
Limassol is set to welcome a new addition to its skyline with the construction of the very first superstructure building in Cyprus. Licenses have been obtained and the green light has been given to begin building the Ventus Limassol.
The 3000 square meter business center is set to host more than 200 employees, and is the epitome of cutting edge architectural design. A completely avant-garde concept, the structure will boast a futuristic façade and state-of- the-art features, which will make it ideal for the business looking to establish their headquarters in one of Cyprus’ most unique buildings.
Its distinctive outer shell is inspired by the nearby traffic flows, mimicking the speed and movement of vehicles on the motorway. The building itself is one of the first with aerial foundations in Cyprus, which will give the illusion of it floating almost in mid-air.
Located just off one of Limassol’s busiest motorways, Ventus Limassol will allow for a 360 view of the city, as well as the coastline. Despite its close proximity to the highway traffic, the building itself will be sited on a quiet, secure street with minimal traffic.
Find out more for this project at our PROJECTS PAGE
Thanks to the ground-braking characteristics of the Wood-Skin material, gives the ability to create an innovative dynamic suspended ceiling that adapts and actively change its shape accordingly to the acoustic needs of the space.
The Wood-Skin surface becomes smarter and responsive, revealing unlimited possibilities for the smart and connected home.
The architectural projects is a complex process, particularly intricate in terms of their geometry, in which knowledge management should link to design with an operational way. We moving beyond the geometry and form, through design a digital system which taking all variables / elements involved in the process with the aim of understanding them.
Cyprus, was known in history as the crossroad of three continents. This historic context acted as inspiration for the design strategy of the New Cyprus Museum as the site was manipulated as a “core” of a crossroads highlighting the key elements of the urban fabric.The site’s central “core” resulted from the intersection of the most significant elements of the site; the Venetian Walls and Pedieos River / Cultural Zone. These traversing access points promote flows in and out of the museum site and define the form / volume of the museum. They also give the sense of continuity between the city, the museum, and the park providing an uninterrupted transition between the urban and natural landscape.
Self-Healing Concrete may be a solution to crack repair cost issues
In the hope of achieving sustainability in the architecture engineering and construction industry, the research for the development of “self-healing” materials is ongoing. One of its latest innovations is the self-healing concrete. Concrete is a widely used construction material, for its durability, practicality, and high thermal mass. However, due to problems with mixing or pouring of the composite material during manufacturing or on site, cracks may start to show. While concrete may be a low maintenance material, those surfacing cracks could be very problematic and they cost a lot to fix. This might not be the case, though, with the development of this new self-healing concrete, which uses bacteria to fill the forming cracks with limestone, when it comes in contact with water. Check out this video to find out more.
The architecture is respond to the need for achievement, with several experiencing of nature, under the modern economy and social development. The proposal seeks to upgrade capabilities of a region, and indirectly of the city, enjoy or not, in the implementation of an ambitious project such as the tall building, and establishment of a landmark for it, with all the positive benefits of this.
The villas, have been developed to define a unique architectural style for the new organized residential master plan located at Panthea in Limassol city. The development area is located on the north High Hills of the city with approximately 200m above sea level that allows magnificent views in all directions.
In architectural practice, designers can rapidly prototype and more effectively convey architectural concepts throughout schematics and design development.
People have a very hard time visualizing architectural concepts. It’s nearly impossible for most people to fully understand what an architectural space will be like by viewing 2D floor plans, illustrations, animations or scale models. These are all ultimately abstract and distorted ways of visualizing a design, and not at all representative of how we experience architecture in the real world.
With virtual reality, we can gain a very holistic understanding of what the building will feel like before investing the massive amount of resources it takes to make it a reality. It’s a lot easier to change a pixel than it is to move a brick wall after it’s built. VR helps people understand architecture in a way nothing else comes close to, which we believe will ultimately lead to the creation of better, more efficient built environment.
What is Virtual Reality?
Virtual reality is a computer simulated environment, accessed through stereoscopic goggles that include a variety of different tracking mechanisms that track the viewer’s movement in physical space, and matches those movements within the simulated 3D environment. Headsets display a stereoscopic image, viewed through built-in lenses that creates the illusion of looking out into a space. 3D renderings of the environment are captured in ‘real-time’ – which means the computer is processing and presenting a new rendering of the scene 60 to 120 times per second. This provides the viewer with a very realistic sense of what it would be like to actually inhabit the simulated environment, which is what makes it such a powerful opportunity for architectural visualization.
For reARC illustrations are processed with a poetic approach. It brings to Ventus project the winter and attracting the eyes through the foggy horizon.
Find out more for this project at our PROJECTS PAGE
The Architizer A+Awards is the largest awards program focused on promoting and celebrating the year’s best architecture and products. Its mission is to nurture the appreciation of meaningful architecture in the world and champion its potential for a positive impact on everyday life. Imagine your best work in front of a global audience of 400+ million.
The design commune has witnessed a tremendous inflow of new tools and technologies in the last few years. New software, platforms and even coding languages have infiltrated in the ever-evolving design process. Computational design emerges as one of the most powerful methods of designing in the 21stcentury. With this fairly new, yet dominant methodology, comes an array of tools and platforms for designers to use and exploit for solving the inherent complexity of design. Within this vast domain are many platforms that emerge with an open-source nature and continue to grow with an impulse by the global community of computational designers and programmers. A vast sector in the software development industry is focussed on research and development for creation of new parametric tools that can offer the impossible. Parameterization of design, process and data has been the core focus of such tools.
The society and the city lives and grows with achievements that require overcoming the manpower to implement the other (perhaps the most important are those of architecture and culture). The architecture is respond to the need for achievement, with several experiencing of nature, even the concept of morality. Sometimes achievements have not only yielded well, e.g. nuclear energy, or the costs of the space exploration. This effort to reach the ends, means ensuring the progress of the significant and perhaps gains unprecedented knowledge. Besides, it is in human nature to be pressed in these directions.
The project is about a commercial office building located in Limassol – Cyprus. The plot is situated next to the main highway which links Limassol with other cities, close by and fast access to the international airports of Larnaca and Pafos.
The main idea and functionality are expressed by a logic of emergent geometry that can fills and organize the program and needs of the users based on the flexibility of space, giving friendly office area that can be adjustable according to the employees needs and visitors. The Iconic view from outside is referred to new design techniques as the facade giving an appropriate effect and unique composition of elements that makes the building stand out from its surroundings.
We are looking to join the Core members with talented and passionate graduates who want to practice in all fields of architectural design and construction for our projects, proposals and competitions in Limassol.
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