AEC Technology Blanco-02

CAD

COMPUTER-AIDED DESIGN

WITH CAD AND AS-BUILT, DESIGN IS TRANSFORMED INTO AN EXACT WORK.

WE BOOST THE TRANSFORMATION TO CONSTRUCTION 4.0

CAD IN CONSTRUCTION: DESIGN, SIMULATION AND EFFICIENCY

CAD (Computer-Aided Design) in construction facilitates the creation of detailed digital designs in both 2D and 3D. This technology allows teams to design, modify, and simulate projects accurately, optimising resources and time. Additionally, it reduces costs by anticipating errors and improves communication between stakeholders, ensuring the correct execution of each stage of the construction process.

ADVANCED SOLUTIONS WITH THE PRECISION OF CAD AND AS-BUILT

The use of CAD to produce As-Built plans is key in construction, as it transforms technical designs into precise documents that reflect the project’s actual conditions, improving accuracy in design, execution, and maintenance.
 
CAD for Infrastructure: Detailed designs for roads, bridges, and tunnels. As-Built plans record final conditions for maintenance purposes.

CAD for Renovations: Redesigns spaces according to new requirements. As-Built plans document structural changes.

CAD for Worksite Coordination: Accurate and flexible initial designs. As-Built plans reflect adjustments during construction.

HOW CAD CONTRIBUTES TO DIFFERENT SECTORS OF CONSTRUCTION

  • Architecture:
CAD enables the creation of detailed building plans, 3D visualisation of projects, and generation of technical documentation for construction. It also improves client communication through clear visualisations and more agile reviews.
 
  • Civil Engineering:
Civil engineers use CAD to design infrastructure such as roads, bridges, and tunnels, carrying out precise structural calculations and terrain analyses.
 
  • Interior Design:
CAD is essential for creating layout plans, selecting materials and furniture, and visualising the final space realistically.
 
  • Construction:
In construction, CAD is used to create technical drawings, model structures in 2D and 3D, detail construction elements, and improve project planning, coordination, and communication.
 
  • Manufacturing:
In manufacturing, CAD is used to design parts and assemblies with precision, generate technical drawings, simulate and analyse designs, and optimise processes through integration with CAM for CNC machines and rapid prototyping, ensuring efficiency and quality in production.
 
  • Surveying:

In traditional surveying, CAD complements the information collected by surveyors by developing detailed two-dimensional plans. In LiDAR laser scanning, CAD enables the handling of three-dimensional models generated from point clouds, facilitating their analysis and use in design.

TANGIBLE BENEFITS WITH THE ACCURACY OF CAD

1. Precision and Error Reduction:

The use of CAD ensures extremely detailed 2D and 3D designs, minimising human errors when creating plans and models. This ensures projects adhere exactly to specifications without requiring constant revisions.
 

2. Efficiency in Plan Creation:

CAD allows repetitive tasks to be automated, significantly reducing the time needed to generate plans and make adjustments. This accelerates the entire design process, resulting in faster and more profitable projects.
 

3. Improved Team Collaboration:

CAD platforms enable teams to share and modify designs in real time. This fosters smooth communication between architects, engineers, and contractors, ensuring everyone is aligned with the project in progress.

4. Facilitates Modifications and Renovations:

With CAD, it is easy to modify designs at any stage of the project. Whether to adjust details or adapt to new requirements, changes are implemented quickly without disrupting the workflow or delaying the project.
 

5. Pre-Simulation and Analysis:

CAD programmes allow structural, load, and environmental simulations to be performed before starting construction. This helps to foresee potential problems and optimise the design, reducing modification costs during construction.
 

6. Improved Project Visualisation:

CAD provides 3D models that deliver an accurate visual representation of projects. This allows all stakeholders to better understand the final design, facilitating decision-making and identifying problems before construction begins.

GALLERY

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ADVANCED DESIGNS WITH CAD, COMPLEMENTED BY AS-BUILT

Thanks to CAD’s ability to create detailed and precise designs, the construction industry has achieved significant advancements in terms of time, cost, and quality. The use of As-Built plans as a complement to CAD provides an accurate reference for the final conditions of the work, facilitating the planning of maintenance tasks, future modifications, and renovations, all based on a solid foundation of documentation.
 
LET'S TALK ABOUT YOUR PROJECT! CONTACT US

CAD

COMPUTER-AIDED DESIGN

WITH CAD AND AS-BUILT, DESIGN IS TRANSFORMED INTO AN EXACT WORK.

WE BOOST THE TRANSFORMATION TO CONSTRUCTION 4.0

CAD IN CONSTRUCTION: DESIGN, SIMULATION AND EFFICIENCY

CAD (Computer-Aided Design) in construction facilitates the creation of detailed digital designs in both 2D and 3D. This technology allows teams to design, modify, and simulate projects accurately, optimising resources and time. Additionally, it reduces costs by anticipating errors and improves communication between stakeholders, ensuring the correct execution of each stage of the construction process.

ADVANCED SOLUTIONS WITH THE PRECISION OF CAD AND AS-BUILT

The use of CAD to produce As-Built plans is key in construction, as it transforms technical designs into precise documents that reflect the project’s actual conditions, improving accuracy in design, execution, and maintenance.
 
CAD for Infrastructure: Detailed designs for roads, bridges, and tunnels. As-Built plans record final conditions for maintenance purposes.

CAD for Renovations: Redesigns spaces according to new requirements. As-Built plans document structural changes.

CAD for Worksite Coordination: Accurate and flexible initial designs. As-Built plans reflect adjustments during construction.

HOW CAD CONTRIBUTES TO DIFFERENT SECTORS OF CONSTRUCTION

  • Architecture:
CAD enables the creation of detailed building plans, 3D visualisation of projects, and generation of technical documentation for construction. It also improves client communication through clear visualisations and more agile reviews.
 
  • Civil Engineering:
Civil engineers use CAD to design infrastructure such as roads, bridges, and tunnels, carrying out precise structural calculations and terrain analyses.
 
  • Interior Design:
CAD is essential for creating layout plans, selecting materials and furniture, and visualising the final space realistically.
 
  • Construction:
In construction, CAD is used to create technical drawings, model structures in 2D and 3D, detail construction elements, and improve project planning, coordination, and communication.
 
  • Manufacturing:
In manufacturing, CAD is used to design parts and assemblies with precision, generate technical drawings, simulate and analyse designs, and optimise processes through integration with CAM for CNC machines and rapid prototyping, ensuring efficiency and quality in production.
 
  • Surveying:

In traditional surveying, CAD complements the information collected by surveyors by developing detailed two-dimensional plans. In LiDAR laser scanning, CAD enables the handling of three-dimensional models generated from point clouds, facilitating their analysis and use in design.

TANGIBLE BENEFITS WITH THE ACCURACY OF CAD

1. Precision and Error Reduction:

The use of CAD ensures extremely detailed 2D and 3D designs, minimising human errors when creating plans and models. This ensures projects adhere exactly to specifications without requiring constant revisions.
 

2. Efficiency in Plan Creation:

CAD allows repetitive tasks to be automated, significantly reducing the time needed to generate plans and make adjustments. This accelerates the entire design process, resulting in faster and more profitable projects.
 

3. Improved Team Collaboration:

CAD platforms enable teams to share and modify designs in real time. This fosters smooth communication between architects, engineers, and contractors, ensuring everyone is aligned with the project in progress.

4. Facilitates Modifications and Renovations:

With CAD, it is easy to modify designs at any stage of the project. Whether to adjust details or adapt to new requirements, changes are implemented quickly without disrupting the workflow or delaying the project.
 

5. Pre-Simulation and Analysis:

CAD programmes allow structural, load, and environmental simulations to be performed before starting construction. This helps to foresee potential problems and optimise the design, reducing modification costs during construction.
 

6. Improved Project Visualisation:

CAD provides 3D models that deliver an accurate visual representation of projects. This allows all stakeholders to better understand the final design, facilitating decision-making and identifying problems before construction begins.

GALLERY

ADVANCED DESIGNS WITH CAD, COMPLEMENTED BY AS-BUILT

Thanks to CAD’s ability to create detailed and precise designs, the construction industry has achieved significant advancements in terms of time, cost, and quality. The use of As-Built plans as a complement to CAD provides an accurate reference for the final conditions of the work, facilitating the planning of maintenance tasks, future modifications, and renovations, all based on a solid foundation of documentation.
 
LET'S TALK ABOUT YOUR PROJECT! CONTACT US
  • México
  •        Calle Goya #561
  •        Col. Prados Providencia 44670
  •        Guadalajara, Jalisco.
  • +52 1 33 1587 6661
  • info@aec.technology

  • United States
  •       3130 W 84Th St Unit 5
  •       Hialeah, Florida 33018
  • +1 786 553 4570 / +1 954 609 7886
  • info@aec.technology
  • United Kingdom
  •        Unit 2 Kennedy House
  •        Murray Road, Orpington BR5 3QY
  • + 44 20 8300 9137 / +44 7896 341222
  • info@aec.technology
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  • info@aec.technology


  • México
  •        Calle Goya #561
  •        Col. Prados Providencia 44670
  •        Guadalajara, Jalisco.
  • +52 1 33 1587 6661


  • United States
  •       3130 W 84Th St Unit 5
  •       Hialeah, Florida 33018
  • +1 786 553 4570 / +1 954 609 7886



  • United Kingdom
  •       Unit 2 Kennedy House
  •       Murray Road
  •       Orpington, BR5 3QY
  • + 44 20 8300 9137 / +44 7896 341222
Facebook Instagram Twitter Youtube Linkedin

C&C Consulting Construction Group Company

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C&C Consulting Construction Group Company - All rights reserved.