GRAPHISOFT Case Studies BIM Technology Revolutionizes Residential Design in Poniente

	BIM Technology Revolutionizes Residential Design in Poniente GRAPHISOFT

BIM Technology Revolutionizes Residential Design in Poniente

GRAPHISOFT

Technology Category	Sensors - Temperature Sensors
Applicable Industries	Buildings Cement
Applicable Functions	Product Research & Development
Use Cases	Building Automation & Control Smart City Operations
Challenge	The architecture and design studio Maese Luis 24 (ML24) was tasked with designing 'Residencial Poniente', a complex of 166 residential units in Córdoba, Spain. The challenge was to create a building that would fit into two contrasting realities: the existing urban environment dominated by vehicles and wide roads, and a new, user-friendly reality that the architects would create from scratch. The scale of the building was enormous, requiring the architects to think on a similar scale when planning the façades. The building was also a stack of small units that were repeated and multiplied, necessitating a custom workflow. Prior to this project, the studio had spent a year studying and analyzing various BIM software on the market. Read More
About Customer	Maese Luis 24 is a medium-sized architecture studio with over 20 years of experience in various architectural disciplines, including residential, administrative, and commercial. The studio is known for its timeless designs that eschew trends in favor of the elegance of shapes and materials. It boasts a team of professionals specialized in different disciplines, who collaborate to create impressive architecture. The studio's work is characterized by a commitment to improving the environmental quality of urban spaces, as demonstrated by the Residencial Poniente project. Read More
Solution	The studio chose Archicad for its ease of use and the logic behind its structure. The software's GDL programming language, based on mathematical relationships and functions, greatly improved the program’s fluidity, allowing the studio to handle large projects with ease. The studio also used tools such as BIMx, which helped in all phases of design, construction, and communication of the project, improving both the result and customer satisfaction. To manage the stack of small units, the studio developed a custom workflow using linked modules or HLM (Hot Linked Modules) through a Master file. The studio also leveraged BIM technology's interoperability with other disciplines, using IFC files to exchange information with other specialized software. Read More Log in to view content
Contents

Technology Category

Sensors - Temperature Sensors

Applicable Industries

Buildings

Cement

Applicable Functions

Product Research & Development

Use Cases

Building Automation & Control

Smart City Operations

Challenge

The architecture and design studio Maese Luis 24 (ML24) was tasked with designing 'Residencial Poniente', a complex of 166 residential units in Córdoba, Spain. The challenge was to create a building that would fit into two contrasting realities: the existing urban environment dominated by vehicles and wide roads, and a new, user-friendly reality that the architects would create from scratch. The scale of the building was enormous, requiring the architects to think on a similar scale when planning the façades. The building was also a stack of small units that were repeated and multiplied, necessitating a custom workflow. Prior to this project, the studio had spent a year studying and analyzing various BIM software on the market.

About Customer

Maese Luis 24 is a medium-sized architecture studio with over 20 years of experience in various architectural disciplines, including residential, administrative, and commercial. The studio is known for its timeless designs that eschew trends in favor of the elegance of shapes and materials. It boasts a team of professionals specialized in different disciplines, who collaborate to create impressive architecture. The studio's work is characterized by a commitment to improving the environmental quality of urban spaces, as demonstrated by the Residencial Poniente project.

Solution

The studio chose Archicad for its ease of use and the logic behind its structure. The software's GDL programming language, based on mathematical relationships and functions, greatly improved the program’s fluidity, allowing the studio to handle large projects with ease. The studio also used tools such as BIMx, which helped in all phases of design, construction, and communication of the project, improving both the result and customer satisfaction. To manage the stack of small units, the studio developed a custom workflow using linked modules or HLM (Hot Linked Modules) through a Master file. The studio also leveraged BIM technology's interoperability with other disciplines, using IFC files to exchange information with other specialized software.

Impact #1	The use of Archicad and BIMx tools greatly improved the design, construction, and communication processes of the Residencial Poniente project. The software's logical structure and ease of use allowed the studio to handle the large-scale project with ease. The custom workflow developed for the project enabled efficient updating and adaptation of the units throughout the project's phases. The studio also benefited from the interoperability of BIM technology, which allowed for the exchange of information with other specialized software, enriching and improving the building design. The successful application of BIM technology in this project has set a precedent for its use in future projects.

Impact #1

The use of Archicad and BIMx tools greatly improved the design, construction, and communication processes of the Residencial Poniente project. The software's logical structure and ease of use allowed the studio to handle the large-scale project with ease. The custom workflow developed for the project enabled efficient updating and adaptation of the units throughout the project's phases. The studio also benefited from the interoperability of BIM technology, which allowed for the exchange of information with other specialized software, enriching and improving the building design. The successful application of BIM technology in this project has set a precedent for its use in future projects.

Benefit #1	The project involved the design and construction of a complex of 166 residential units.
Benefit #2	The studio spent a year studying and analyzing various BIM software before choosing Archicad.
Benefit #3	The building was designed to fit into an existing urban environment and a new, user-friendly reality created by the architects.

Benefit #1

The project involved the design and construction of a complex of 166 residential units.

Benefit #2

The studio spent a year studying and analyzing various BIM software before choosing Archicad.

Benefit #3

The building was designed to fit into an existing urban environment and a new, user-friendly reality created by the architects.

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Overview

BIM Technology Revolutionizes Residential Design in Poniente

Operational Impact

Quantitative Benefit