Service Overview
Building Information Modeling (BIM) represents a true revolution in the construction industry, moving the design process from traditional 2D drawings to an integrated digital environment containing all necessary data and information throughout the project lifecycle. We offer on-demand BIM services, enabling you to benefit from this advanced technology without the need for a significant initial investment in infrastructure or training.
Through this service, we provide more than just 3D models; we deliver an integrated information system that connects all project elements—from architectural and structural design to mechanical, electrical, and plumbing systems. We transform traditional drawings into intelligent models containing all technical data, specifications, schedules, and cost information, allowing you to make informed decisions at every stage of the project.
Our team of certified BIM experts combines advanced technical skills with practical project management experience to ensure the delivery of accurate and implementable models tailored to your specific needs. We work with the latest global BIM software and adhere to international quality standards to ensure maximum benefit from this technology in your projects.
Improving coordination between different disciplines and reducing conflicts- Detecting design errors at early stages and saving costs
- Enhancing the accuracy of quantity, cost, and schedule estimations
- Strengthening communication among all project stakeholders
- Improving construction quality and reducing repetitive tasks
- Better project management during operation and maintenance phases
Implementation Process and Phases
Our journey in Building Information Modeling begins with a precise assessment of your needs and project requirements, allowing us to develop a comprehensive work plan that defines the required Level of Development (LOD), scope of work, and schedules. We then move to the stage of collecting data and information from all relevant parties, ensuring its completeness and accuracy before starting the modeling process.
We follow a systematic workflow that begins with basic modeling, proceeds through verification and validation, and culminates in final delivery. During the modeling process, we focus on achieving integration across all engineering disciplines and ensure the model is free of any clashes. We use automated checking tools and continuous reviews to guarantee model quality and the accuracy of the information contained within it.
Planning and Strategy PreparationWe define the project requirements and the required Level of Development (LOD), develop the execution plan, and prepare the shared work environment.
Data Collection and Template PreparationWe collect all data and information from the designers, set up templates and standards, and establish the component library.
Modeling and Quality VerificationWe build the integrated model according to disciplines, ensure modeling accuracy, and check for system clashes.
Coordination and Change ManagementWe manage coordination among different teams, handle change requests, and ensure the model is updated.
Delivery, Training, and SupportWe deliver the final model, train the team on its use, and provide technical support throughout the implementation phases
Technologies and Tools Used in Building Information Modeling (BIM)
We use the Revit platform as the core of the modeling process, integrated with Navisworks for clash detection and Tekla for structural modeling. We follow ISO 19650 standards for Building Information Management and apply collaborative workflows through BIM 360 platforms.
We integrate artificial intelligence technologies for automated clash detection and use automated analysis tools to verify model quality. Additionally, we rely on advanced data management systems to ensure the security and integrity of information throughout the project lifecycle.
Traditional 3D modeling focuses only on the geometric form, while BIM is an integrated system containing all technical, scheduling, and cost information of the project, linked in a unified database. This enables comprehensive project management throughout its lifecycle, from design to demolition.
Yes, BIM can be applied to projects of all sizes. We offer flexible solutions tailored to the scale and needs of each project. For small projects, we focus on essential aspects such as clash detection and quantity estimation, while for large projects, we implement a fully integrated system with information and process management.
The cost varies depending on the project size, required Level of Development (LOD), and design complexity. Generally, it ranges from 1% to 3% of the project value, which is a worthwhile investment as it can save up to 15% of costs by avoiding errors, conflicts, and improving efficiency.
The duration depends on several factors, including project size, completeness of data, and number of disciplines involved. On average, it takes 4 to 8 weeks for medium projects and may extend up to 12 weeks for large and complex projects.
Yes, this is one of the main advantages of BIM. The model can be used during operation and maintenance to manage facilities, as it contains all product information, spare parts, and their locations. It can also be used for routine maintenance and future updates, extending the building’s lifecycle and reducing operational costs.
