What is BIM and why do I need it?

BIM (Building Information Modeling) is a digital representation of physical and functional characteristics of a facility. It improves project coordination, reduces errors, enables better visualization, and provides valuable data throughout the building lifecycle. BIM is increasingly required for large projects and helps reduce construction costs by 10-30%.

What BIM services does Hook Architects provide?

Hook Architects provides comprehensive BIM services including: BIM Management (coordination, clash detection, ISO 19650 compliance), BIM Production (Revit models for architecture, structure, MEP, interior, landscape), Interior BIM Production House, Landscape BIM Modeling, COBi (As-Built models for facility management), and custom Software Development for the AEC industry.

Is Hook Architects certified for BIM projects?

Yes, Hook Architects holds ISO 19650 BSI Kitemark certification, the international standard for BIM information management. We are also ISO 9001 certified for quality management. These certifications ensure our BIM deliverables meet international standards.

What types of projects does Hook Architects handle?

We handle various project types including commercial buildings (offices, retail, hotels), residential developments, educational facilities, healthcare facilities, industrial projects, mixed-use developments, and renovation/as-built documentation projects.

How much do BIM services cost in Thailand?

BIM service costs vary based on project size, complexity, and scope. Hook Architects offers a transparent online pricing calculator at hook.co.th/en/proposal-request where you can get instant estimates. Contact us at enquiry@hook.co.th for custom quotes.

Does Hook Architects work with international clients?

Yes, Hook Architects serves clients across Thailand, Southeast Asia, and internationally. Our team provides services in Thai, English, and Japanese, making us well-suited for international projects and collaborations.

What software does Hook Architects use for BIM?

We primarily use Autodesk Revit for BIM modeling, along with other industry-standard tools for coordination, clash detection, and project management. We also develop custom software solutions to enhance BIM workflows.

How do I request a BIM proposal from Hook Architects?

You can request a proposal through our online form at hook.co.th/en/proposal-request, which includes a pricing calculator. Alternatively, email us at enquiry@hook.co.th or call +66 2 118 6324. We typically respond within 2-3 business days.

Can Hook handle BIM requirements specified in a TOR?

Yes, Hook Architects regularly delivers BIM submissions that comply with TOR requirements for contractors and project owners. We handle BIM Execution Plans, model deliverables, coordination documentation, and all standard BIM submissions. Our ISO 19650 BSI Kitemark certification ensures compliance with international BIM standards.

What is COBie data and does Hook provide it?

COBie (Construction Operations Building Information Exchange) is a standardized format for delivering building data for facility management. Our COBi service provides COBie data extraction, validation, and FM handover documentation — with a 10-year data retention guarantee. All platforms and tools are included at no additional cost.

ISO 19650 File Naming Convention

ISO 19650 เป็นมาตรฐานสำหรับการจัดการข้อมูล ตั้งแต่เริ่มต้นจนจบ ของโมเดล ที่สร้างขึ้นโดยใช้กระบวนการ BIM นี่คือแนวทางสำหรับแบบแผนการตั้งชื่อไฟล์ เพื่อให้มีความสอดคล้อง ชัดเจน และมีประสิทธิภาพในการจัดการข้อมูล

ISO 19650 is a standard for managing information over the whole life cycle of a built asset using building information modelling (BIM). The standard includes specific guidelines for file naming conventions to ensure consistency, clarity, and efficiency in the management of digital information. An update in file naming conventions might reflect recent changes in the standard or additional best practices to improve information management

Basic Structure

The updated file naming convention follows a structured approach to ensure that each file can be easily identified and categorized. The typical structure includes:

1. Project Identifier : A unique code assigned to the project.

2. Originator : The code for the organization or individual creating the file.

3. Volume/System : Identifies the specific volume or system.

4. Level/Location : Indicates the level or location within the project.

5. Type : Specifies the type of file, e.g., drawing, model, schedule.

6. Role : The role of the file creator.

7. Number : A unique identifier or sequence number for the file.

8. Status : The status of the file, such as work in progress (WIP), shared, published, or archived.

9. Revision : The revision or version of the file.

Example

---
PRJ-ORG-VOL-LOC-TYP-ROL-0001-STS-REV
---

- **PRJ**: Project identifier

- **ORG**: Originator

- **VOL**: Volume/System

- **LOC**: Level/Location

- **TYP**: Type

- **ROL**: Role

- **0001**: Number

- **STS**: Status

- **REV**: Revision

Detailed Breakdown

1. **Project Identifier (PRJ)**: A unique code for the project, e.g., `ABC123`.

2. **Originator (ORG)**: The organization code, e.g., `XYZ`.

3. **Volume/System (VOL)**: A code representing the specific volume or system, e.g., `A01`.

4. **Level/Location (LOC)**: Indicates the level or location, e.g., `01F` for first floor.

5. **Type (TYP)**: File type, using standard codes, e.g., `DRW` for drawing, `MOD` for model.

6. **Role (ROL)**: The role of the creator, e.g., `ARC` for architect, `STR` for structural engineer.

7. **Number (0001)**: A sequential number or unique identifier for the file.

8. **Status (STS)**: The file status, e.g., `WIP` for work in progress, `SHR` for shared.

9. **Revision (REV)**: The revision or version number, e.g., `P01` for the first preliminary version.

แล้วจะได้อะไรบ้าง

- Increased Flexibility : The updated convention may allow more flexibility in the codes used for different segments to accommodate varying project needs.

- Enhanced Clarity : Improved definitions and examples for each segment to reduce ambiguity.

- Standardized Codes : More comprehensive lists of standardized codes for project identifiers, originators, types, and roles to ensure consistency across projects.

- Digital Compatibility : Consideration for software and digital tools that use or generate these file names, ensuring compatibility and ease of integration.