Especialización Modelación y Coordinación BIM de Edificaciones y Obras Civiles

URI permanente para esta colecciónhttp://hdl.handle.net/11634/69195

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Mostrando 1 - 7 de 7

Marco metodológico para el diseño de un tablero BIM orientado al seguimiento y control de proyectos de infraestructura pública en Bogotá, Colombia
(Universidad Santo Tomás) Quintero Polania, Yan Carlos; Gaviria Galvis, Andrés Felipe; Arenas Saavedra, Luis Alfredo; Universidad Santo Tomás
This project aims to develop a methodological framework for the design of a BIM dashboard oriented toward the monitoring and control of public infrastructure projects in the city of Bogotá, Colombia. The proposal arises from the need to optimize information management in high-complexity projects, enabling a clear, timely, and centralized visualization of the physical progress status of activities. The proposed methodological framework integrates principles of the BIM methodology with data analysis and visualization tools, facilitating the structuring of key performance indicators (KPIs) related to scheduling, execution, and variation in construction progress. Through the interoperability between BIM models and data analysis platforms, a workflow is established that allows technical information to be transformed into dynamic control panels such as the one illustrated where metrics of planned versus executed progress, weekly reports, and detailed activity-level tracking are consolidated. The proposed methodology contemplates phases that include information structuring, indicator definition, BIM model integration, data processing, and dashboard design, ensuring its applicability in real public project environments. As a result, a tool is obtained that improves decision-making, strengthens control processes, and contributes to transparency in the execution of infrastructure works. In conclusion, this work provides a replicable methodological basis for the implementation of BIM dashboards in public infrastructure projects, promoting more efficient, data-driven management aligned with current digitalization trends in the construction industry.
La inteligencia artificial como acelerador de la adopción BIM en el sector constructor colombiano: Análisis de oportunidades y propuesta de implementación
(Universidad Santo Tomás, 2026-01-28) Brito Guerra, Yirlen; Villamizar Carrillo, Johan; León Moros, Edwin; Universidad Santo Tomás
The Colombian construction sector faces uncertainty about how to integrate Artificial Intelligence (AI) into BIM methodologies already established or in the process of adoption, lacking a reference framework adapted to the national context that facilitates this technological transition. The objective of this work is to analyze the role of Artificial Intelligence as an enhancement tool for BIM methodologies, identifying opportunities, benefits, and challenges for the digital transformation of the construction sector in Colombia. Applied research was conducted through three methodological components: analysis of sectoral studies and reports from CAMACOL and BIM Forum Colombia to establish the digital maturity of the sector; Systematic Literature Review in scientific databases and analysis of technical documentation of ConTech software from the 2020-2025 period to classify AI applications in BIM; and synthesis of best practices to develop an implementation guide prototype. The results identified that 49% of Colombian construction companies are implementing BIM, with potential time reduction of 20-35% and cost reduction of 15%. AI applications were classified into machine learning for cost prediction and maintenance, computer vision for safety monitoring, deep learning for energy analysis, and generative design for layout optimization. Finally, the discussion around the central theme of this research focuses on how the AI-BIM integration represents a strategic opportunity for the Colombian sector, requiring a structured framework for progressive adoption aligned with the National BIM Strategy 2020-2026 and ethical data protection regulations.
Implementación BIM en entidades estatales de Colombia
(Universidad Santo Tomás, 2025-12-09) Vanegas Olaya, Nataly; León Moros, Edwin; Universidad Santo Tomás
The Building Information Modeling (BIM) methodology has established itself as a fundamental tool for the digital transformation of the construction sector, by collaboratively integrating the design, construction, and management processes of infrastructure projects. In Colombia, the implementation of BIM has been promoted by the National Government through various strategies and programs aimed at improving productivity, efficiency, and transparency in the execution of public works. In this context, the assessment of BIM maturity levels has become a key indicator for measuring the institutional and technical progress achieved by public organizations in the incorporation of this methodology. The National BIM Survey has also made it possible to identify the degree of adoption of the methodology in the country, as well as the main barriers, advances, and opportunities faced by government entities and the private sector. Entities such as INVIAS, ANI, UPIT, and IDU have led the institutional BIM offering, developing specific plans that seek to standardize processes, strengthen capacities, and foster interoperability among sector stakeholders. Exemplary projects and institutions are highlighted in the application of this methodology, an emblematic success story being the Bogotá Metro.
Evaluación comparativa del uso de softwares de cuantificación Bluebeam Revu y Autodesk Takeoff en procesos de estimación de elementos metálicos arquitectónicos aplicadas a la metodología BIM.
(Universidad Santo Tomás, 2025-12-03) Veloza Meneses, Luz Estella; León Moros, Edwin; Universidad Santo Tomás
The present work carries out a comparative evaluation between the software programs Autodesk Takeoff and Bluebeam Revu, which are used in the processes of quantity takeoff and material and/or element estimation, following the guidelines of the BIM (Building Information Modeling) methodology. This analysis arises from the need to identify digital tools that offer high accuracy, efficiency, and reliability in quantity measurement, since errors in estimation are considered to have significant impacts on budgets, construction schedules, and overall project competitiveness. This study develops both a conceptual and practical analysis using a quantity takeoff exercise focused on architectural metal elements, based on PDF-format drawings, which are analyzed using both software programs. Subsequently, comparative parameters were established, focusing on accuracy, ease of use, report generation, and integration with BIM environments. The evaluation of the software shows that Autodesk Takeoff offers greater automation capabilities, accuracy, integration with other BIM environments, and efficiency in information management, whereas Bluebeam Revu provides greater flexibility and enhanced handling of 2D drawings, facilitating adaptability and quick learning curves through its intuitive interface. Although this analysis is oriented toward the estimation and quantity takeoff of architectural metal elements, it supports the appropriate selection of digital tools to optimize estimation and budgeting processes in the construction sector.
Propuesta de procesos y componentes para la implementación de Gemelos Digitales en proyectos de edificaciones con usos BIM en Colombia
(Universidad Santo Tomás, 2025-08-22) Ramírez Di Zeo, María Gabriela; García Gómez, Dúvan Santiago; Buelvas Moya, Homer Armando
Abstract The BIM methodology establishes a common data environment (CDE) to plan, design, build and operate assets throughout their life cycle (Spain, 2021).The incorporation of precise and reliable digital twins that allows more efficient decision making during the operation and maintenance phases with the creation of advanced virtual replicas that integrate real-time data from sensors and operational systems allowing dynamic monitoring, simulation and data-based predictive maintenance (Constructivo, 2024). National guides such as Chile, Spain, Colombia, etc., promote their convergence to create Smart Cities and sustainable infrastructure. Examples such as Virtual Singapore illustrate how BIM + GIS + Digital Twins improve collaborative, efficient and resilient urban management (Ministerio, 2023). The IDB and the DNP of Colombia promote this strategy to promote technological convergence that strengthens smart infrastructure and sustainable cities. The results indicate that by identifying and characterizing the critical processes and components such as technology, methodology, and organization at the different stages of the life cycle necessary for the effective implementation of digital twins that integrate BIM methodologies in the Colombian context, elements of the transition toward dynamic, data-driven management models were evidenced. This was based on the analysis of current processes, a review of the state of the art, and the identification of integration elements between BIM and digital twins.
Integración y coordinación de un proyecto de infraestructura existente de EPM con metodología BIM en un periodo entre 2021-2027
(Universidad Santo Tomás, 2025-08-22) Roldan Cano, Edilma Elizabeth; León Moros, Edwin
This monograph explores the technical challenges of implementing BIM methodology in an existing hydroelectric infrastructure, using the Guadalupe Troneras Power Plant, operated by Empresas Públicas de Medellín, as a case study. Between 2021 and 2027, the organization is developing a pilot project focused on asset modernization and digitalization through the integration of BIM tools and a Common Data Environment (ACC). The aim is to optimize information management, improve decision-making, and strengthen coordination among stakeholders and project components. This experience highlights the potential of BIM to transform infrastructure management in Colombia's energy sector.
Propuesta metodológica para el uso de tableros BIM en el seguimiento y control de proyectos de infraestructura pública en Colombia
(Universidad Santo Tomás, 2025-08-22) Montenegro Muelle, Andrés Felipe; Sepúlveda Copete, Alejandro; León Moros, Edwin
This study proposes a methodological framework for using BIM dashboards as a monitoring and control tool for infrastructure projects contracted by public entities in Colombia. Currently, these entities face challenges in efficiently managing project information, as traditional systems do not enable integrated, up-to-date data visualization, making informed decision-making difficult. This propositional study is structured in five phases: literature review and regulatory analysis related to information management in public projects; analysis of technological tools such as Speckle, Tracer, and Autodesk Data Connector for Power BI, which allow integrating BIM data into Power BI; definition of information requirements for project monitoring; design of a BIM dashboard prototype that integrates geometric and alphanumeric data; and theoretical validation of the proposal against national and international standards such as the National BIM Strategy and ISO 19650. The expected result is the development of a functional BIM dashboard that facilitates monitoring of physical, financial, and contractual progress in public infrastructure projects, ensuring greater traceability and transparency in project management. The discussion highlights this proposal’s potential contribution to strengthening institutional capacities, promoting digitalization, and encouraging the use of interoperable technologies to improve technical supervision of public works in Colombia.

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