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First Pioneer Robot Science Museum In Seoul by MAA Designs

By admin / Published on Tuesday, 26 Feb 2019 19:11 PM / 159 Comments / 29766 views

First Pioneer Robot Science Museum In Seoul by MAA Designs

Turkish design practice Melike Altınışık Architects – MAA has won a worldwide challenge to manufacture world’s first pioneer Robot Science Museum in Seoul. The 2,500-square-meter building will be built by utilizing front line manufacture advances and mechanical development systems at site. MAA, driven by Melike Altınışık is behind the task “Istanbul’s advanced 369 meter-tall TV and Radio Tower”, which is at present under development and expected to be finished in 2019.

First Pioneer Robot Science Museum In Seoul by MAA Designs
First Pioneer Robot Science Museum In Seoul by MAA Designs

MAA’s structure plan will pursue the information driven way to deal with manufacture the elliptic-formed Robot Science Museum. The challenge was facilitated by The Seoul Metropolitan Government and required the plans to configuration world’s first pioneer Robot Science Museum (RSM) to help state funded training in mechanical technology and increment the open learning and premiums in robots.

RSM will be one of the structures in the focal point of the remodel zone – called “the Changbai New Economic Center” – which will be a Cultural Center for Chang-dong in the northern piece of Seoul and will be connected to the Photographic Art Museum (PAM), only adjoining the new Robot Science Museum (RSM). “The new Robot Science Museum (RSM) which assumes a reactant job in progressing and advancing science, innovation, and development all through society isn’t just going to display robots yet really from configuration, assembling to development and administrations robots will be in control,” said Melike Altınışık, Principal of MAA. “As it were, RSM will begin its ‘first show’ with ‘its very own development’ by robots on location,” she included. “This delegate and semantic job to be attempted from plan to development territory as imperative as meeting the useful prerequisites at the most abnormal amount for the gallery,” portrayed in MAA’s venture explanation.

Thinking about the all inclusiveness of science and innovation, organizing the progressed compositional plan answers for such a spearheading historical center with a subject of advancement and robots picks up a unique importance. As it were, From configuration to shape age, from auxiliary structure to the material, structures planned thus should show robots, science, innovation, and advancement. The fundamental character of the exhibition hall is meant to make its very own universe for the robots and their guests, a circle like non-directional, liquid and normal structure is favored rather than unbending geometry and symmetrical structures. This structure language, past the semantic viewpoint, is a plan device for meeting utilitarian necessities and states of spatial solace and building material science, makes a wide scope of potential outcomes for association with urban introduction and open spaces inside its non-directional structure age.

The liquid transform of building surface fills for needs, for example, including open space to inside, meeting and sorting out person on foot and vehicle development, and making in the middle of spaces. The capacities on the ground floor of the building give continuum and communication between open outside spaces and indoor spaces. The general population in open space between the PAM and RSM are straightforwardly looked with the logical, technologic and inventive mission of the historical center.

The robot science gallery will fill in as a base for spreading the science culture by giving chances to encounter the most recent mechanical autonomy innovation, for example, man-made consciousness, virtual and increased reality, 3D image, and running an inside and out instructional class to investigate new robots. “The structure proposition for Robot Science Museum is centered around building up an engineering language using contemporary creation innovations and mechanical development techniques,” the firm included.

These structure and development techniques in a perfect world would permit a rich trade of relations between its robots in development, robots in administration, robots displayed and their guests. For example, a group of robots will amass the historical center’s bended metal exterior, while sparing time and cash. The development of the building will be driven by utilizing Building Information Modeling (BIM) framework, they will shape, amass, weld and clean the metal plates. Another group of robots will execute 3D-print concrete for the encompassing scene.

Information Source: World Architecture News

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