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SERVICES

BOMA (Building Owners and Managers Association) calculations help property managers in several ways:

  1. Accurate measurement: BOMA calculations provide an accurate and standardized method of measuring a building's square footage, allowing property managers to accurately calculate and charge rent to tenants.

  2. Industry standard: BOMA calculations are widely recognized as the industry standard for measuring and assessing buildings, providing a level of consistency and credibility that is important for property managers.

  3. Lease negotiations: BOMA calculations provide property managers with a benchmark for lease negotiations, allowing them to clearly communicate the building's size and value to prospective tenants.

  4. Maintenance planning: BOMA calculations provide property managers with detailed information about the layout and configuration of a building, allowing them to plan and prioritize maintenance and upgrades.

  5. Energy efficiency: BOMA calculations provide property managers with information about the energy consumption of a building, allowing them to identify areas for improvement and implement energy-saving measures.

Overall, BOMA calculations help property managers to measure and manage their properties effectively, providing them with accurate information about a building's size, energy consumption, and maintenance needs. It also allows them to market the property and negotiate effectively with tenants.

Scan to BIM (Building Information Modeling) helps architects in several ways:

  1. Faster and more accurate data collection: By using laser scanning technology, architects can quickly and accurately collect data about a building, reducing the time and effort required to create a BIM model.

  2. Improved accuracy: Scan to BIM allows architects to capture accurate information about a building's layout, geometry, and existing conditions, making it easier to identify any issues and make changes to the design.

  3. Better visualization: By incorporating scanned data into a BIM model, architects can create a more accurate and detailed representation of a building, allowing them to better visualize the final product.

  4. Increased collaboration: Scan to BIM allows architects to share scanned data with other team members and stakeholders, improving collaboration and reducing the risk of miscommunication.

  5. Better decision making: Scan to BIM provides architects with detailed information about a building's existing conditions, including structural and MEP systems, allowing them to make more informed decisions about design and construction.

Overall, Scan to BIM helps architects to efficiently collect accurate data, create detailed and accurate BIM models, visualizes the final product, and make better decisions, which can ultimately help in the delivery of the project.

BIM outsourcing helps architects in several ways:

  1. Cost-effective: Outsourcing BIM services allows architects to access specialized expertise and technology without the need to invest in expensive software or hire additional staff.

  2. Time-saving: Outsourcing BIM services eliminates the need for architects to spend time and resources on the technical aspects of BIM modeling, allowing them to focus on design and project management.

  3. Access to skilled professionals: BIM outsourcing providers have a team of skilled professionals who are well-versed in the latest technologies and industry standards, ensuring that the models produced are of the highest quality.

  4. Scalability: Outsourcing BIM services allows architects to scale their resources up or down as needed, ensuring that they have the right level of support for the project at hand.

  5. Improved project delivery: By outsourcing BIM services, architects can ensure that their projects are delivered on time and to a high standard, helping to ensure client satisfaction and repeat business.

Overall, BIM outsourcing provides architects with the necessary technical support, skills, and resources they need to complete their projects efficiently and effectively, while also reducing costs and improving project delivery.

BIM consulting helps architects in several ways:

  1. Implementation guidance: BIM consultants can provide guidance on how to implement BIM technologies, workflows and processes, helping architects to optimize their use and improve their performance.

  2. Technical support: BIM consultants can provide expert technical support, troubleshooting and problem-solving, helping architects to overcome technical challenges and resolve issues related to BIM modeling.

  3. Training: BIM consultants can provide training to architects and other team members on the use of BIM tools and technologies, ensuring that everyone is proficient in their use and can work effectively with BIM models.

  4. Optimization: BIM consultants can help architects to optimize the use of BIM tools and technologies, providing guidance on how to use them to improve the design and construction process.

  5. Process improvement: BIM consultants can help architects to identify and implement best practices and process improvements, resulting in more efficient and effective workflows.

Overall, BIM consulting provides architects with the necessary guidance, technical support, and training they need to effectively use BIM tools and technologies and improve their performance. It also allows architects to improve their processes and workflows which ultimately can result in better project outcomes.

Revit templates and families help architects in several ways:

  1. Improved consistency: Templates and families provide a standardized set of objects, components, and settings, allowing architects to work with a consistent set of tools and ensuring that their designs conform to a specific set of standards.

  2. Increased efficiency: Templates and families allow architects to quickly and easily insert commonly used objects, such as doors, windows, and furniture, into their designs, reducing the time and effort required to create a model.

  3. Improved communication: Templates and families provide a consistent way of representing objects and components, allowing architects to communicate their designs more effectively with other members of the design team and stakeholders.

  4. Customization: Templates and families can be customized to meet the specific needs of an architect or project, providing a tailored solution for the job at hand.

  5. Time-saving: Templates and families allow architects to use pre-made library of components, reducing the time and effort required to create a new one, therefore, speed up the design process.

Overall, Revit templates and families can provide architects with a wide range of benefits, such as improved consistency, increased efficiency, and improved communication. It helps architects to work with a standardized set of tools and quickly and easily insert commonly used objects, ultimately, improving the overall outcome of the project.

Revit plugins help architects in several ways:

  1. Increased efficiency: Plugins can automate repetitive tasks and extend the capabilities of Revit, allowing architects to work more efficiently and reduce the time and effort required to complete a project.

  2. Improved collaboration: Plugins can integrate Revit with other software, such as BIM collaboration tools, allowing architects to work more effectively with other members of the design team.

  3. Increased functionality: Plugins can add new functionality to Revit, such as advanced 3D modeling, energy analysis, and fabrication detailing, allowing architects to take advantage of advanced features and capabilities.

  4. Customization: Plugins can be customized to meet the specific needs of an architect or project, providing a tailored solution for the job at hand.

  5. Streamline workflows: Plugins can help architects to streamline workflows, reducing the time and effort required to complete a project and improving the overall process.

Overall, Revit plugins can provide architects with a wide range of benefits, such as improved efficiency, increased functionality, and improved collaboration. It helps architects to take advantage of advanced features and capabilities while customizing the software to meet their specific needs, ultimately, improving the overall outcome of the project.

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