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BIMLab specializes in architectural planning and Building Information Modeling (BIM) for the AEC and design industries. By utilizing the latest tools and methodologies available in the field, we provide comprehensive BIM services, including BIM management and MEP coordination as well as architectural planning and design coordination.
Our expertise encompasses all facets of BIM management, including design and constructability analysis, quantity take-offs, and time and budget estimation (4D and 5D). We leverage Revit extensively, applying its methodologies and functionalities to enhance the BIM process.
At BIMLab, we prioritize quality, precision, and professionalism, and we are committed to collaborating closely with project design teams. Our specialization spans a diverse range of AEC projects, including residential, commercial, office, and industrial developments. We view BIM not only as a design tool but also as a crucial managerial resource to optimize project outcomes.
We provide a scope of small and large planning, building, and design-related services
Our BIM-based MEP coordination is the best way for identifying and solving potential clashes and interferences of the building systems
We offer integrated design collaboration within BIM management and BIM MEP coordination processes to optimize project efficiency and coordination
Professional and efficient development of new construction or renovation plans that successfully resolve a client’s space planning and design requirements. Providing all necessary documentation on each stage of the project starting from programming and conceptual design up to construction supervision. Our services include space utilization, functionality, pre-design analysis, and site selection and studies according to the client’s needs. In addition, we provide illustration rendering and 3D design modeling as part of the given project.
Development of site plan options showing boundary lines, potential development boundaries, building location(s), pedestrian access, sidewalks, parking, landscaping, lighting, surrounding context and other features.
A report outlining options for potential solutions to a stated project goal, for example, change of use for an existing structure. Includes basic drawings or sketches explaining the solutions based on a client's needs.
Professional and experienced services that include concept design development, space planning, preparation of construction documentation (drawings and specifications) as well as finishes, materials, and furniture selection. The final scope of services is based on the client’s needs and criteria.
Graphic study showing arrangement of spaces, room layouts, and activities making up a floor plan. Studies will show room dimensions, shapes, number and types of spaces, and relationships (adjacencies) for all desired spaces. Multiple arrangements can be developed and evaluated for efficiency and functional success.
Imaginative, functional and aesthetic solutions to a client’s stated needs. Assistance with envisioning new, creative solutions to problems that have been difficult to solve.
BIM is a new tool that plays a significant role in project management. It can be considered as a managerial tool rather than a technical one on construction projects. This viewpoint is the result of a comprehensive definition of BIM. What BIM really does is different from what a set of software does. Similarities between the role of project manager and BIM on construction projects necessitate some more considerations such as having a clear understanding of the BIM concept and enough knowledge and experience in project planning processes.
We offer our BIM project management services to help the design team to plan in advance the right goals for the project in order to achieve the right progress from the team members and get the exact Level of Detail (LOD) at the right time.
We take all the necessary factors for the project implementation and completion, categorize them and use them to turn the BIM environment into a productive and collaborative one. Our method assures the best results by constructing a specific set of preferences for each member of the design team.
Autodesk BIM 360™ is a cloud-based construction management platform that improves project delivery and outcomes. BIM 360 supports informed decision-making throughout the project lifecycle for project, design, and construction teams.
We advise on BIM360™ as the best collaborative platform for successful BIM project management.
BIM project possesses large amounts of data and this data is what makes those projects so information-rich. Since one of the main purposes of BIM is basically data transfer between different parties within the project, it’s no surprise that BIM data in general plays a big role in the overall process. BIM data is what makes BIM projects so information-rich, and this data is also used to determine potential clashes and problems, among other benefits. One of the main aspects of a successful BIM project is its database efficient management. Therefore, to assure usability of this data, the project BIM manager plays a key role in establishing project standards for all project participants.
The success of any BIM project in great part is down to developing an effective BEP. It is defined as a plan prepared by the suppliers to explain how the information modeling aspects of a project will be carried out. The plan is a direct response to the Employer's Information Requirements. The aim is to ensure that the design is developed in the line with the employer's needs and the employer is able to operate the completed development effectively and efficiently.
We provide project-tailored BEP as a part of our BIM project management services.
BIM coordination is a process that facilitates the collaboration between MEP engineering, structural engineering, and architectural plans.
One of the main goals of BIM coordination is to reach productive collaboration by combining the efforts of different disciplines within a particular construction project.
BIM coordination deals with multidisciplinary models, which are the collection of the different models in one place, helping to look for the clashes and other problems. Some of the model types that can be included in the multidisciplinary models are:
• Interior architectural model
• Mechanical services model
• Prefabrication model
• Structural model
• Exterior architectural model
• Landscape model
• Electrical services model
BIM coordination is a complicated process and a lack of communication between project team members can be crucial. Therefore, we see the project BIM manager as a mediator, helping all project participants to “sit down at the negotiating table”, which will lead to more efficient collaboration results.
At BIMLab, we specialize in delivering comprehensive BIM MEP Coordination services, focusing on the crucial collaboration between Mechanical, Electrical, and Plumbing (MEP) systems. As essential components of any building project, MEP systems represent a significant portion of overall project costs. Our services ensure these systems are well-coordinated and integrated seamlessly into the building’s structure, ultimately contributing to a well-designed and efficient project.
Our approach to MEP coordination goes beyond mere integration. We are deeply involved in the planning and coordination processes from the outset. Our team advises on design decisions, working closely with structural engineers and architects to ensure all aspects of the project are considered. This early involvement allows us to influence design choices, anticipate potential issues, and provide solutions that optimize the overall project outcome.
Given the close interaction between MEP systems and structural components, our team's strong understanding of structural engineering significantly enhances our coordination efforts. We work hand-in-hand with structural engineers and architects to align MEP systems with structural requirements, thereby minimizing design conflicts and ensuring a cohesive and efficient design. This collaboration is essential for mapping system openings and ensuring all components fit together harmoniously.
Leveraging advanced BIM technology, our team excels in detecting and resolving clashes between MEP systems. By synchronizing these systems through a BIM-based approach, we can highlight potential conflicts early in the design phase. This proactive clash detection not only prevents costly changes during construction but also ensures that MEP systems are seamlessly integrated within the building’s structure.
Our BIM-based methodology provides improved visualization, collaboration, and data management throughout the project lifecycle. This approach enhances communication with all project stakeholders, ensuring everyone is on the same page and contributing to the project's success. By integrating structural insights into our BIM MEP coordination process, we support effective decision-making and streamline project execution.
At BIMLab, our commitment to excellence in MEP coordination is evident in our detailed and collaborative approach. By involving ourselves deeply in the planning and coordination processes, leveraging advanced BIM technology for clash detection and resolution, and maintaining close collaboration with structural engineers and architects, we ensure the successful integration of MEP systems in any building project. Trust us to deliver efficient, cost-effective, and well-coordinated MEP solutions for your next project.
At BIMLab, we utilize Building Information Modeling (BIM) as a major tool for project design coordination, integrating it seamlessly into our BIM management and MEP coordination services. BIM is instrumental in making informed design decisions, offering a comprehensive, data-rich model that supports effective collaboration and coordination across all project disciplines.
As both experienced BIM managers and skilled architects and planners, we bring a unique perspective that enhances our technical expertise. This combined experience allows us to provide additional value in project coordination, helping stakeholders and management teams integrate BIM methodologies into their workflows, optimize decision-making, and achieve superior project outcomes.