We undertake a wide range of BIM outsourcing projects, supported by a professional BIM design management team. We address the challenges faced by design institutes and construction units lacking BIM teams. Our services include BIM architectural design, construction drawing BIM conversion, and on-site BIM team support. We specialize in BIM projects for Grade A design institutes covering civil engineering, fine decoration, pipeline integration, rendering, walkthroughs, construction drawings, quantity calculation, cost estimation, and more. Our expertise spans sectors such as commercial, residential, industrial, hospital construction, mechanical and electrical systems (plumbing, electrical), roads and bridges, airports, docks, and other civil engineering projects.
Our team consists of over 120 members, each with more than five years of BIM experience. We guarantee timely project delivery, high-quality results, and cost advantages compared to industry peers.
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Comprehensive BIM Consulting Services
| Phase | Major BIM Application Areas | Detailed Application Points | Collaborative Parties | Expected Outcomes | ||
| Design Phase | Planning and Design Stage | Site Modeling and Roaming | Point 1.1 | Site modeling and virtual walkthrough | Provision of electronic drawings and blueprints | Develop 3D models of the site based on existing conditions, including surrounding roads, pipelines, and buildings, to create visual scene elements and export animations. |
| Realistic UAV Modeling | Point 1.2 | Drone scanning for pre-planning land use and synthesizing accurate real-world models | Highly realistic site models for data extraction. | |||
| Traffic Organization and Pipeline Relocation | Point 1.3 | Review of municipal pipelines, simulation of pipeline relocation plans, staged elevation adjustments of roof and pipelines, and traffic capacity analysis for evacuation planning. | Comprehensive collision detection and traffic organization review. | |||
| BIM in Scheme Design | Parameterized Auxiliary Scheme Design | Point 1.4 | Creation of multiple Rhino parametric models to explore design intentions and refine plans | Proposal statements and hand sketches | Rapid development of multiple design options for easy comparison and selection. | |
| Building Performance Analysis | Point 1.5 | Analysis of wind, sunlight, landscape visibility, thermal environment, etc. | Electronic diagrams and solution models | Comprehensive performance analysis reports. | ||
| Scheme Walkthrough Animation | Point 1.6 | Creation of Twinmotion walkthrough animations to showcase design outcomes | Solution model | MP4 animation files for presentation. | ||
| 3D VR Walkthrough Animation | Point 1.7 | Development of virtual reality walkthrough animations based on design models | Solution model | VR animations viewable on mobile devices with VR glasses. | ||
| Expansion Modeling | Point 1.8 | Comprehensive professional modeling based on preliminary drawings | Preliminary drawings | LOD200 models across specialties. | ||
| Initial Collision Inspection Expansion | Point 1.9 | Collision detection for architectural, structural, and electromechanical models | Expanded professional models | Reports to guide optimization and updates during construction drawing design. | ||
| BIM in Construction Drawing Design | Construction Drawing Modeling | Point 1.10 | Creation of detailed professional models based on construction drawings | Construction drawings | LOD300 models for all disciplines. | |
| Collision Check of Construction Drawing Models | Point 1.11 | Collision detection among architecture, structure, HVAC, plumbing, and electrical models; submission of error reports and suggestions | BIM models for construction drawings | Collision reports, detailed collision analysis, and clearance height reports (WORD format). | ||
| Pipeline Optimization | Point 1.12 | Integration and optimization of electromechanical pipeline routing to resolve ceiling space and layout conflicts | Pipeline positioning drawings (DWG), optimization plans (model NWD). | |||
| BIM Deepening for Overall Layout | Point 1.13 | Modeling and optimization of manhole covers, fire hydrants, underground pipelines, warehouses, and community roads | General layout drawings | Comprehensive positioning drawings (DWG) and general layout models (NWD). | ||
| Energy-saving Analysis | Point 1.14 | Energy efficiency assessments based on BIM models | Electronic drawings and blueprints | DWG outputs supporting energy-saving calculations and local project applications. | ||
| Construction Drawing Model Walkthrough and 360° View | Point 1.15 | Walkthrough animations and panoramic images of construction drawing models | Construction BIM models | Animations and 360° panoramic images for stakeholder review. | ||
| Quantity Surveying | Point 1.16 | Extraction of material quantities from BIM models for owner reference | Construction BIM models | Use of Revit schedules and cost parameters to calculate major quantities like concrete. | ||
| Interior Decoration Modeling | Point 1.17 | High-detail modeling of selected interior areas | Electronic drawings and blueprints | Fine decoration models addressing collision issues and optimizing concealed engineering. | ||
| Construction Bidding Stage | Bidding Collaboration | BIM Qualification Pre-Approval | Point 2.1 | Preparation of BIM qualification pre-approval materials | Bidding documents, company info | Assist in document preparation and attend review meetings. |
| Point 2.2 | BIM qualification pre-approval cooperation | Company and project disclosure | Support BIM qualification process. | |||
| Construction Bidding Modeling | Point 2.3 | Model support during general contractor bidding for construction | Relevant electronic diagrams | Assist in construction planning, scheduling, and related applications across disciplines. | ||
| Technical Proposal | Point 2.4 | BIM Application Solution | Clarify client requirements | Provide BIM plans highlighting benefits and pre-emptive reports to improve bid scores. | ||
| Point 2.5 | BIM Services for Construction Standards | 3D layouts, excavation plans, complex specialized plans | BIM modeling of construction technology plans with rendered images. | |||
| Point 2.6 | Bid Proposal Animation | Technical solution documents (CAD, Word) | Fast, cost-effective, realistic construction plan animations using BIM software. | |||
| Construction Phase | BIM Management Platform | ProjectWise (PW) Management Platform | Point 3.1 | Setup of PW platform | Office space and servers | Installation of server and platform software. |
| Point 3.2 | Configuration of PW functional modules | Customer requirements | Modules for document, model, and collaboration management. | |||
| Point 3.3 | Client installation for PW | Customer user licenses | Setup of clients and IP configurations. | |||
| BIM Modeling Services | BIM Model Review | Point 3.4 | Review of design models across disciplines | Design models and drawings | Identify design issues to support BIM application during construction. | |
| Model Refinement | Point 3.5 | Refine models per discipline based on construction needs if no design model exists | Various professional construction drawings and plans | Establish detailed models tailored to construction requirements. | ||
| Point 3.6 | Deepen existing design models to meet construction requirements | Enhance model details for effective construction use. | ||||
| BIM Model Maintenance | Point 3.7 | Manage changes and adjustments | Coordinate among design, general contracting, cost consulting, and supervision | Provide accurate, real-time BIM models to enable efficient collaboration. | ||
| Construction Simulation | Construction Plan and Process Simulation | Point 3.8 | Identify construction plan or process simulation tasks | Provide documentation, videos, drawings, and blueprints to coordinate design teams, clients, and consultants | Include major hazard plans, earthwork and transportation, foundation pit enclosures, support and demolition, tall formwork, MEP equipment installation, steel structure assembly, and secondary structure construction. | |
| Point 3.9 | Feasibility analysis for simulating key construction nodes and processes | Analyze effective simulation methods based on construction characteristics. | ||||
| Point 3.10 | Development of simulation models or family libraries | Create BIM-based solution models for simulation preparation. | ||||
| Point 3.11 | Construction process and stage simulation | Perform simulations using BIM software. | ||||
| Point 3.12 | Review and expert demonstration of construction plans | Use simulation results for rationality assessments and expert presentations. | ||||
| Point 3.13 | 3D visualization of construction plans and technologies | Present plans through 3D images and animations. | ||||
| Point 3.14 | External demonstration of construction plan or technology | Showcase 1-2 key construction stage nodes in observation or exhibition halls with high fidelity. | ||||
| 4D Progress Simulation | Point 3.15 | Simulation of overall construction schedule | Provide full schedule documents and supporting materials | 3D visualization of the entire construction timeline. | ||
| Point 3.16 | Simulation of specific construction phases | 3D visualization of localized construction plans. | ||||
| Point 3.17 | On-site progress inspection and analysis | Compare simulated progress with actual site conditions. | ||||
| Simulated Construction Site Layout | Point 3.18 | Establishment of on-site layout family libraries | Provide site layout requirements and auxiliary materials | Develop and update BIM family libraries reflecting site conditions. | ||
| Point 3.19 | Dynamic simulation of construction site layout | High-fidelity 3D dynamic simulations and site walkthroughs during key construction phases. | ||||
| Point 3.20 | Simulation of living area layout plans | 3D layout and walkthroughs of site living areas. | ||||
| Realistic Specialized Technologies | Realistic Surveying and Mapping | Point 3.21 | Extract data from synthesized real-world models to assist surveying | Site conditions and drawings | Obtain measurements like coordinates, lengths, areas, and volumes from accurate models. | |
| Live-Action Simulation | Point 3.22 | Simulate construction within real-world models | Construction simulation plans and materials | Create animated videos simulating construction in actual environments. | ||
| Real Scene On-site Organization and Planning | Point 3.23 | Integrate BIM and real-world models for layout and scheduling | Site BIM model layouts and planning | Produce realistic planning images and animated sequences. | ||
| Realistic Reporting | Point 3.24 | Regular reporting on real-world model status | Reports and supporting materials | Compare site conditions with plans and generate progress reports. | ||
| Professional BIM Application Services | Steel Reinforcement BIM Application | Point 3.25 | Modeling of complex reinforcement nodes and regions | Coordinate with steel reinforcement team leads | Support complex reinforcement schemes and cutting strategies. | |
| Mechanical and Electrical Engineering BIM Applications | Point 3.26 | Assist in comprehensive pipeline installation and deepening design | Coordinate design, construction, and consulting teams | Identify potential clashes early to streamline construction progress. | ||
| Point 3.27 | Optimize complex area schemes collaboratively | Work with design and construction teams | Use 3D models to find optimal solutions efficiently. | |||
| Point 3.28 | Demonstrate construction plans | Collaborate with construction and consulting teams | Present complex area designs through dynamic 3D models. | |||
| Point 3.29 | Pre-embedded quantity calculation | Provide electronic drawings from design teams | Calculate pre-embedded engineering quantities. | |||
| Point 3.30 | Optimize comprehensive bracket configurations | Provide bracket specifications | Achieve aesthetic effects, guide bracket production and layout, and verify clearances with ceilings. | |||
| Point 3.31 | Measure key node actual dimensions | Provide measurement tools and coordinate with construction | Adjust BIM models to resolve dimensional deviations. | |||
| Point 3.32 | Create full-scale 3D equipment models | Provide manufacturer 3D models or views | Determine reserved pipeline locations and support pipeline integration with visual clarity. | |||
| Point 3.33 | Develop enterprise equipment and component libraries | Provide 3D equipment models | Establish internal libraries to enhance enterprise competitiveness. | |||
| Point 3.34 | Generate sectional and floor plans | Drawing requirements | Deepen cross-sectional and floor plan details from designs. | |||
| Point 3.35 | 3D Dynamic Sectioning | Determine model details based on construction progress and needs | Enable virtual deep disclosure guiding on-site construction teams. | |||
| Collision Detection | Point 3.36 | Detect clashes across installation disciplines | Coordinate designers, construction units, and consultants | 1) Prevent approximately 10% construction delays. 2) Reduce rework and improve quality. 3) Enhance safety and efficiency by anticipating issues. | ||
| Point 3.37 | Inspect installation and structural clashes | |||||
| Point 3.38 | Check collisions between installations and steel structures | |||||
| Point 3.39 | Issue collision reports | |||||
| Point 3.40 | Reserved hole positioning reports | |||||
| Point 3.41 | Clearance height inspections | |||||
| Point 3.42 | Manual path walkthroughs | Coordinate designers, construction units, and consultants | Identify and resolve construction-impacting collisions early to speed up progress. | |||
| Point 3.43 | Defined path walkthroughs | |||||
| Point 3.44 | Dynamic collision inspections during lifting and transport | |||||
| Point 3.45 | Property queries | |||||
| BIM in Curtain Wall Applications | Point 3.46 | Create and optimize curtain wall models | Drawings | Support simulation and node optimization for curtain wall installation. | ||
| BIM in Decoration and Renovation | Point 3.47 | Develop and optimize decoration and renovation models | Drawings | Assist installation simulation and node optimization for interior finishes. | ||
| BIM-assisted Quantity Analysis | Point 3.48 | Internal multi-comparison of calculations | Coordinate with cost and materials departments | Compare planned vs. actual usage to analyze management issues. | ||
| Subcontracting BIM Management | Point 3.49 | Develop project-specific BIM management systems | Authorize permissions for subcontracting management | Set standards for BIM personnel responsibilities, collaboration, and model acceptance. | ||
| Point 3.50 | Integrate subcontracting BIM models | Provide models for mechanical, steel structure, fine decoration, and curtain wall specialties | Deliver comprehensive BIM models to coordinate and resolve multidisciplinary issues. | |||
| Point 3.51 | Manage subcontracting BIM progress | Coordinate subcontracting units | Ensure subcontractors submit accurate and buildable models before construction. | |||
| Point 3.52 | Manage subcontracting BIM quality | |||||
| Point 3.53 | Supervise and inspect BIM standard implementation | Coordinate subcontracting units | Ensure BIM models meet quality requirements. | |||
| BIM Construction Quality Management | Point 3.54 | Collect and associate on-site quality, safety, and construction data with BIM models in real-time | Coordinate internal and subcontracted teams | Enable fast statistical management and traceable rectification of quality and safety issues. | ||
| Point 3.55 | Provide detailed quality analysis reports | Coordinate improvements based on reports | Implement preventive analysis to reduce problems. | |||
| Point 3.56 | Use point cloud technology to check construction quality | Provide drawings, site conditions, and quality requirements | Employ 3D laser scanning to compare as-built surfaces with BIM models for verticality, flatness, and installations. | |||
| Point 3.57 | Point cloud assistance in fine decoration BIM | Use point clouds after initial decoration to verify dimensions and assist in lean 3D BIM design and prefabrication. | ||||
| Point 3.58 | Laser layout for improved accuracy and efficiency | Use laser scanning combined with BIM to guide precise site layouts. | ||||
| BIM Construction Safety Management | Point 3.59 | Establish safety facility family libraries | Collect project-specific safety data | Create comprehensive safety databases. | ||
| Point 3.60 | Simulate safety facility layouts | Provide layout principles and placement requirements | Full 3D simulation and walkthrough of safety facility placements. | |||
| Point 3.61 | Provide detailed safety analysis reports | Coordinate improvements based on safety data | Proactively reduce safety risks through statistical analysis. | |||
| On-site Data Management | Point 3.62 | Manage quality, safety, construction, and collaboration data | Coordinate construction, establishment, and consulting teams | Use mobile devices to collect real-time site data linked to BIM models for visualization and statistical management. | ||
| Point 3.63 | Establish BIM-based engineering data archives | |||||
| Completion and Delivery Stage | BIM Completion Model | Point 4.1 | Entry of engineering archive data | Project process data | Electronic, structured data enabling fast search and analysis to prevent loss. | |
| Point 4.2 | Maintain and update BIM models during construction | Completion model requirements | Enhance BIM models with rich operational data, enabling value-added owner services and practical virtual building models. | |||
| On-site Training Services | BIM Application Guidance | Point 5.1 | BIM technology training | Organize BIM engineering meetings | Provide BIM technology training and application support. | |
| Point 5.2 | BIM application guidance | |||||
| Knowledge Transfer | Point 5.3 | BIM application knowledge transfer | Set up a collaborative BIM management platform | Introduce project management knowledge to enhance project and enterprise BIM capabilities. | ||
| Point 5.4 | Project management knowledge transfer | |||||
| Enterprise-Level BIM Services | Implementation Plan | Point 6.1 | Overall BIM strategy development | Provide project management objectives and materials | Comprehensive BIM implementation planning. | |
| BIM Application System Development | Point 6.2 | Develop BIM operation processes | Provide construction organization design, schedule plans, and participant information; organize BIM coordination meetings; supervise improvement measures. | 1) Achieve refined management during construction. 2) Train staff on BIM applications. 3) Establish enterprise BIM management systems. | ||
| Point 6.3 | Develop BIM management systems | |||||
| Point 6.4 | Develop BIM operation manuals | |||||
| Point 6.5 | Assist in establishing enterprise BIM centers | |||||
| BIM Standards Development | Point 6.6 | Establish data standards | Provide existing standards | 1) Develop and improve BIM standards. 2) Define job guidelines. 3) Enforce unified standards. | ||
| Point 6.7 | Establish modeling standards | |||||
| Point 6.8 | Establish model review standards | |||||
| Point 6.9 | Establish model maintenance standards | |||||
| Point 6.10 | Establish application standards | Provide collaborative management process systems | ||||
| BIM Training | Point 6.11 | BIM concept training | Arrange personnel, venue, and schedule | Support enterprise BIM team development. | ||
| Point 6.12 | BIM modeling training | |||||
| Point 6.13 | BIM application training for various roles | |||||
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