Building information modeling (BIM) software is a powerful tool for construction management, but it also comes with certain requirements and challenges. How can you ensure that your BIM software complies with relevant standards and delivers the best results for your projects? Here are some tips to help you.
The first step is to select the BIM software that suits your needs and objectives. There are many options available, each with different features, capabilities, and costs. You should consider factors such as the scope, scale, and complexity of your projects, the level of collaboration and coordination you need, the compatibility and interoperability of the software with other systems and platforms, and the availability and quality of support and training. You should also compare the software against the industry standards and best practices, such as ISO 19650, PAS 1192, and COBie, to ensure that it meets the minimum requirements and expectations.
-Identify applicable standards (global, national, industry-specific). -Verify software capabilities through documentation and vendor information. -Implement standard-based workflows in data structure, collaboration, exchange formats, and project processes. -Conduct comprehensive testing for functionality and interoperability. -Obtain certification (if applicable) from relevant organizations. -Maintain updates and ongoing compliance with evolving standards and software changes.
I would like to see a seamless interoperability between different types of softwares...a IFC file that we can trust.... That there will no be missing data. A lot work to do from the leading suppliers in this regards
BIM is a design and modeling software that can help optimize the work of designing for building construction, plant, civil, and MEP projects etc. Helping make better design decisions and improve building performance Managing the design and construction of piping, structures. Supporting project delivery success with improved design quality . BIM process Planning Designing Building Operating
Choosing the right BIM software for the construction projects, so many options are available. To make the best decision, it's crucial to consider various factors: -Project Needs: Project size and complexity: Large and complex projects might require powerful software with advanced features, while smaller projects might benefit from leaner options. -Disciplines involved: If your project involves multiple disciplines like architecture, engineering, and MEP, choose software with strong interoperability and collaboration tools. -Desired functionalities: Identify specific functionalities needed, like 3D modeling, clash detection, cost estimation, scheduling, etc., And finally prioritize them based on your project requirements...
Once you have chosen the BIM software, you need to establish the BIM standards and protocols that will guide your project delivery. These include the BIM execution plan, the BIM information delivery manual, the BIM use cases and workflows, the BIM data exchange formats and specifications, and the BIM quality control and assurance procedures. These documents should define the roles and responsibilities, the processes and procedures, the data and information requirements, and the performance and compliance indicators for your BIM project. They should also align with the relevant standards and regulations, such as the client's requirements, the contractual obligations, and the local codes and laws.
1. Define the scope of your BIM project: 2. Establish a BIM steering committee: 3. Develop a BIM execution plan (BEP): 4. Create a BIM information delivery manual (IDM): 5. Define BIM use cases and workflows: 6. Establish BIM data exchange formats and specifications: 7. Implement BIM quality control and assurance (QC/QA) procedures: 8. Integrate BIM with project management processes: 9. Manage BIM data security and privacy: 10. Monitor and evaluate BIM implementation: Regularly review and assess the effectiveness of BIM processes and procedures. Gather feedback from stakeholders to identify areas for improvement. Adapt BIM practices to address evolving project requirements and industry standards.
If indeed BIM is intended for Structural Design for construction Civil construction, but also Architecture, MEP and Instrumentation, then standardization norms and codes should be included in the elements that form modeling information, BIM itself. If it is not shown as above, it is likely that BIM is only in the form of modeling, without calculations of structural suitability, both Civil structures, Architectural Norms, and MEP as well as Instrumentation.
BIM standards and protocols can be classified into different types according to their scope, level, and purpose. such as ISO 19650, ISO 16739, and ISO 21597. The BIM Protocol creates the requirement for suppliers to provide specified BIM at defined levels of detail and incorporates provisions which support the production of deliverables for 'data drops' at defined project
Another important step is to train and educate your team on how to use the BIM software effectively and efficiently. This involves providing them with the necessary skills, knowledge, and resources to operate the software, to understand and follow the BIM standards and protocols, and to communicate and collaborate with other stakeholders. You should also encourage them to update and improve their skills regularly, to keep up with the changes and innovations in the BIM software and the industry. You can use various methods and sources to train and educate your team, such as online courses, webinars, workshops, manuals, guides, tutorials, and forums.
I have seen many companies that started to do their projects in BIM but, the team doesn't have the knowledge to use what this software can offer. It is important to understand that the technology is useless if you don't know how to use it. So, before starting to use a software like BIM, it is really important to train your team, because this one is the present and the future.
1. Identify training needs: 2. Develop training curriculum: 3. Choose the appropriate training method: 4. Facilitate knowledge sharing and collaboration: 5. Continuous improvement and evaluation: Regularly evaluate the effectiveness of the BIM training program by gathering feedback from team members. Identify areas for improvement and make adjustments to the training curriculum and delivery methods as needed. Encourage team members to continue learning and upskilling throughout their careers to maintain their BIM expertise. By implementing these strategies, you can effectively train and educate your team to become proficient BIM users who can contribute to the successful implementation of BIM projects.
The final step is to monitor and evaluate your BIM software performance throughout the project lifecycle. This means tracking and measuring the key metrics and indicators that reflect the quality, efficiency, and effectiveness of your BIM software usage. These could include the accuracy, completeness, and consistency of the BIM data and information, the timeliness, reliability, and usability of the BIM deliverables, the level of integration, coordination, and collaboration among the BIM participants, and the impact of the BIM software on the project outcomes, such as cost, time, quality, safety, and sustainability. You should also compare your performance against the established standards and benchmarks, and identify and address any gaps, issues, or risks.
Establecer objetivos estratégicos al comienzo del ciclo de vida del proyecto es clave para medir el desempe?o de un plan de implementación de software BIM. Una herramienta a utilizar es un Balanced Scorecard. Este, se basa en 4 pilares: finanzas, clientes, procesos internos y, aprendizaje y crecimiento. Teniendo métricas de estos pilares, se pueden tomar decisiones que permitan alcanzar las metas definidas en la estrategia. Una correcta dirección de la implementación BIM puede mejorar la rentabilidad del proyecto. Ya que se genera un control de los costos, mejora la planificación (simulaciones), se logran estimaciones precisas de materiales y tiempo, y permite la comunicación entre los equipos, con el fin de prevenir errores (calidad).