Engineering innovation with the BIM Methodology

In Grupo SACMAG, we implement the BIM (Building Information Modeling) methodology not only to visualize the project, but also to manage the design and provide excellent construction management services from end to end, ensuring greater accuracy, efficiency, and control throughout the phases, from the initial planning to the final delivery.

We have a robust skill set developing projects under the highest international standards and regulations, assisted by our specialized companies that ensure exhaustive and efficient solutions at every stage of the project.

Engineering services in building, industry and infrastructure, focused on the planning and broad-ranging design of projects using the BIM methodology. This ensures precision, multidisciplinary alignment and compliance with the international quality and safety standards.

We provide engineering solutions for the energy, gas and oil sectors, taking advantage of the BIM (Building Information Modeling) methodology to achieve precision and seamless integration of disciplines in each project. We focus on meeting the highest standards of safety and quality, adjusting to the specific needs of each client.

We offer project management services using the 4D and 5D BIM methodology to consolidate time planning and cost management in a collaborative environment, thus allowing accurate tracking of project progress, which helps anticipate risks and optimizing resources to guarantee delivery to on time and on budget.

We offer project management services using the 4D and 5D BIM methodology to consolidate time planning and cost management in a collaborative environment, thus allowing accurate tracking of project progress, which helps anticipate risks and optimizing resources to guarantee delivery to on time and on budget.

BIM Engineering Phases

BIM Design

We perform a detailed survey using laser scanning and point clouds to accurately capture the current conditions and combine them with the proposed design. This ensures a detailed 3D model coordinated across all disciplines, aligned with the international quality standards.

4D and 5D BIM Management

During construction, we apply 4D and 5D BIM to monitor the schedule and budget in real time. This enables continuous control, risk anticipation, and execution aligned to project objectives.

4D: It incorporates time dimension by linking the construction schedule to the model.

5D: It integrates costs, allowing for budget control tied to model elements.

BIM Specialty

  1. Laser Scanning and Point Cloud Survey: Detailed site survey using laser scanning technology to accurately capture existing conditions.
  2. 3D Base Model Generation: Creation of an integrated 3D model with existing structures and new design proposals.
  3. Development of BIM Standards and Usage Protocols: Definition of specific standards and protocols for project naming conventions, data exchange formats, and data structure.
  4. Cloud-Based Collaborative Environment Implementation: Setup of a cloud-based collaborative environment for all teams to access and coordinate the model in real time.
  5. Detailed Design and Modeling of All Disciplines: Integration and development of detailed 3D models for all disciplines (architectural, structural, MEP) to ensure smooth coordination between them.
  6. Clash Detection and Interference Analysis: Identification and resolution of conflicts between disciplines by the use of clash detection tools to optimize the design before construction.
  7. Construction Document Generation:Creation of detailed drawings and documents for construction execution, based on the BIM model and adhering to project standards and regulations.
  8. 4D Planning and Simulation (Construction Schedule): Incorporation of the construction schedule into the BIM model, simulating the construction process to anticipate and coordinate the different stages of construction.
  9. Cost Tracking with 5D BIM:Budget management within the BIM model, allowing precise cost control throughout the construction and optimizing resource allocation.
  10. Project Closeout and As-Built Model Tracking: Supervision of the contractor’s follow-up in the development of the as-built model, ensuring that final field modifications are accurately recorded for the final handover.

In Grupo SACMAG, we maximize the potential of the BIM methodology, delivering high-quality and precise projects that meet the highest standards, ensuring an all-round experience for our clients.

BIM benefits

  1. Effective Coordination Across Disciplines
    With BIM, architects, engineers, and contractors work in one single integrated model, enhancing communication and reducing conflicts from design through construction.
  2. Project Visualization Before Construction
    BIM enables teams and clients to visualize the project in 3D before construction begins, providing a clear understanding of the design and allowing for adjustments in advance.
  3. Reduction of Errors and Reworks
    By detecting interferences and potential issues during the design phase, costly errors and rework are minimized during construction.
  4. Project Schedule Optimization (4D)
    4D BIM simulates construction sequencing, optimizing activity scheduling and ensuring the project stays on time.
  5. Efficient Cost Management (5D)
    5D BIM links the model to the project budget, providing detailed cost control and helping prevent cost overruns.
  6. Informed Decision Making
    With centralized information, project managers can make faster, more accurate decisions based on up-to-date data.
  7. Reduced Decision-Making Times
    BIM provides immediate access to the most current information, allowing project teams to make timely decisions and reduce response times to unforeseen issues.
  8. Tracking updates, delays, and progress during construction
    BIM enables precise monitoring of project progress, identifying any deviations from the original schedule, allowing adjustments to keep the project on track.
  9. Project Progress Monitoring
    BIM allows comparison of each construction phase’s progress with the planned schedule, helping to meet established deadlines.
  10. Improvements in Post-Construction Operation and Maintenance
    Once construction is complete, the BIM model remains useful for building operation and maintenance, providing owners with an accurate tool for asset management.
  11. Information Management for Complex Projects
    BIM is ideal for large-scale or highly complex projects, allowing for the handling of large amounts of information and coordination across multiple disciplines, improving accuracy and control throughout all phases.
  12. Support for Prefabrication
    BIM facilitates planning and design for prefabrication, allowing components to be produced accurately before construction, reducing on-site time and optimizing resources.