The Wuxi Zebo BIM Consulting Service Team is based at the Evergrande Wealth Center on Financial Third Street, within the Wuxi Economic Development Zone. We have contributed to BIM technology consulting for numerous high-profile and cutting-edge projects, including Beijing Daxing Airport, Shanghai Disneyland, Shanghai Metro Line, and Tian’an Building. In recent years, we have actively promoted BIM applications in high-end residential developments, supporting a wide range of design firms, construction companies, and real estate developers.
Our team consists of BIM technology management professionals dedicated to addressing the shortage of BIM experts in design and construction firms. We provide services such as BIM building design, BIM conversion for construction drawings, and on-site BIM team support. We specialize in handling BIM projects for Grade A design institutes, covering civil engineering, fine decoration, pipeline integration, rendering, walkthroughs, construction drawings, quantity takeoff, cost estimation, and more.
Our expertise spans multiple sectors including architecture (residential, commercial, civil, industrial, hospital), mechanical and electrical (plumbing and electrical), roads and bridges, airports, and other civil engineering projects. All team members have over five years of BIM experience, ensuring reliable project delivery with short turnaround times, guaranteed quality, and cost efficiency below industry standards.
Additionally, we offer BIM technology outputs to external clients, including professional BIM training services.
Wuxi Zebo Education Technology Co., Ltd.’s BIM Construction Network serves as a national BIM technology platform. We have provided BIM training to over a thousand companies and trained more than ten thousand students. Our independently developed online training platform delivers professional education services for organizations such as the Shanghai Development and Reform Commission, the Shanghai Engineering Consulting Industry Association, and the Shanghai Survey and Design Industry Association.
List of BIM Consulting Services
| Phase | Major BIM Application Areas | Detailed Application Points | Collaborating Parties | Expected Outcomes | ||
| Design Phase | Planning and Design Stage | Site Modeling and Roaming | 1.1 | Site modeling and site walkthroughs | Provision of relevant electronic drawings and blueprints | 3D modeling based on site conditions including roads, pipelines, and building surroundings, with visual scene representation and animation exports. |
| Realistic UAV Modeling | 1.2 | Drone scanning for pre-planning land use to generate realistic models | Highly accurate site models for data extraction and analysis. | |||
| Traffic Organization and Pipeline Relocation | 1.3 | Review and simulation of municipal pipeline relocation and traffic management plans | Comprehensive evaluation of pipelines, traffic capacity, and phased roof elevation settings to ensure smooth traffic flow and pipeline adjustments. | |||
| BIM Applications in Scheme Design | Parametric Auxiliary Design | 1.4 | Development of multiple parametric Rhino models reflecting design intentions | Provision of design intention statements and hand-drawn sketches | Rapid generation of design alternatives to aid decision-making. | |
| Building Performance Analysis | 1.5 | Simulations including wind, sunlight, landscape visibility, and thermal environment analyses | Electronic diagrams and solution models | Detailed analytical reports supporting design optimization. | ||
| Scheme Walkthrough Animation | 1.6 | Create Twinmotion-based walkthrough animations from proposed models | Solution models | MP4 format animation files showcasing design outcomes. | ||
| 3D VR Walkthrough Animation | 1.7 | Develop 3D VR animations based on design models | Solution models | VR walkthroughs viewable on mobile devices with VR glasses. | ||
| Expansion Modeling | 1.8 | Build comprehensive professional models from preliminary drawings | Preliminary design documents | LOD200 level models across disciplines. | ||
| Initial Collision Detection | 1.9 | Collision checks among architectural, structural, and MEP models | Expanded professional models | Reports enabling design teams to optimize and update construction drawings. | ||
| BIM in Construction Drawing Design | Construction Drawing Modeling | 1.10 | Develop detailed professional models from construction drawings | Construction documentation | LOD300 level BIM models per discipline. | |
| Collision Detection of Construction Models | 1.11 | Collision analysis among architecture, structure, HVAC, plumbing, and electrical models with feedback reports | BIM models for multiple construction disciplines | 1. Collision reports (Word) 2. Detailed collision analysis (Word) 3. Clearance analysis (Word) | ||
| Pipeline Optimization | 1.12 | Comprehensive pipeline coordination and layout optimization | 1. Pipeline location drawings (DWG) 2. Optimization plans (NWD) | |||
| BIM Deepening for Overall Layout | 1.13 | Modeling and optimization of utilities, manholes, fire hydrants, underground pipelines, storage, and roads | General drawings | Detailed pipeline plans (DWG) and comprehensive layout models (NWD) | ||
| Energy-saving Analysis | 1.14 | Energy efficiency assessment | Electronic drawings and blueprints | DWG exports supporting energy-saving calculations for construction applications. | ||
| Construction Drawing Walkthrough & 360° Panoramic Views | 1.15 | Walkthrough animations and panoramic images from BIM models | Construction drawing BIM models | Animations and 360° panoramic images for design visualization. | ||
| Quantity Surveying | 1.16 | Extract quantities from BIM models for client reference | Construction drawing BIM models | Use Revit schedules and cost parameters for accurate material and quantity statistics. | ||
| Interior Decoration Modeling | 1.17 | High-detail modeling of selected interior areas | Relevant electronic drawings and blueprints | Detailed interior models supporting clash detection, concealed engineering design, and integrated mechanical and electrical layout for smooth decoration implementation. | ||
| Construction Bidding Stage | Construction Bidding Support | BIM Qualification Pre-approval Cooperation | 2.1 | Preparation of BIM qualification pre-review documents | Bidding documents and company information | Assist with documentation and participate in preliminary review meetings. |
| 2.2 | BIM qualification pre-approval support | Company and project information disclosure | BIM pre-approval cooperation | |||
| Construction Bidding Modeling | 2.3 | Support BIM-related tasks during construction general contract bidding | Relevant electronic diagrams | Develop bidding-stage BIM models to assist with construction planning and scheduling, covering civil, MEP, curtain wall, steel structure, and fine decoration disciplines. | ||
| Technical Proposal | 2.4 | BIM application solution development | Clarification of client requirements | Provide BIM application plans highlighting BIM’s value and benefits, including advance reports on design issues to enhance technical bid scores. | ||
| 2.5 | BIM services for construction technology standards | Provide 3D layout, excavation, and specialized plans | Model construction technology plans and processes, supplying rendered BIM images. | |||
| 2.6 | Bid proposal animation | Technical solution documents (CAD, Word) | Quick, cost-effective, and realistic construction plan animations using BIM software. | |||
| Construction Phase | BIM Management Platform | Project PW Management Platform | 3.1 | PW platform setup | Office space and servers | Server installation and platform software setup. |
| 3.2 | PW function module configuration | Customer requirements form | Document, model, and collaboration management modules setup. | |||
| 3.3 | PW client installation | Customer usage quantity | Client software installation and IP configuration. | |||
| BIM Modeling Service | Design Model Review | 3.4 | Review of multidisciplinary design models | Design models and drawings | Identify issues in design BIM models to lay groundwork for construction phase BIM applications. | |
| Detailed BIM Model Development | 3.5 | Detailed modeling per discipline | Professional construction drawings, construction plans, flow division sections, etc. | Create refined models meeting construction requirements if no design phase models exist. | ||
| 3.6 | Model deepening of existing design phase models | Enhance models based on construction needs. | ||||
| BIM Model Maintenance | 3.7 | Changes and adjustments | Coordinate among design, general contractor, cost consulting, and supervision teams | Provide near real-time, accurate, and comprehensive engineering information models for efficient collaboration. | ||
| Construction Simulation | Construction Plan and Process Simulation | 3.8 | Define construction plan and process simulation scope | Provide materials such as documents, videos, drawings, and blueprints to coordinate design, client, and consulting teams. | Includes hazard source plans, key technical plans like earthwork, foundation pit support, tall formwork, MEP equipment installation, steel structure hoisting, secondary structure, etc. | |
| 3.9 | Feasibility analysis of key construction node simulations | Assess effective simulation methods based on construction plan and process features. | ||||
| 3.10 | Effectiveness model establishment | Develop solution models or family libraries based on BIM characteristics for simulation preparation. | ||||
| 3.11 | Overall construction stage simulation | Perform construction simulations using BIM software. | ||||
| 3.12 | Construction plan review and expert demonstration | Use simulation results to assist in plan rationality review and expert discussions. | ||||
| 3.13 | 3D visualization of construction plans and technology | Present construction plans through 3D images and animations. | ||||
| 3.14 | External demonstration of construction plans | Showcase selected construction stage plans in exhibition halls with high effectiveness requirements. | ||||
| 4D Progress Simulation | 3.15 | Overall schedule 3D simulation | Provide comprehensive schedule documents and auxiliary materials. | Visualize the entire construction timeline in 3D. | ||
| 3.16 | Partial construction plan simulation | 3D visualization of specific construction phases. | ||||
| 3.17 | On-site progress inspection and analysis | Compare simulated progress with actual site progress visually. | ||||
| Simulated Construction Site Layout | 3.18 | Establish on-site layout family libraries | Provide layout requirements and auxiliary materials. | Develop and enhance BIM family libraries based on site conditions. | ||
| 3.19 | Dynamic simulation of construction site layout | 3D dynamic simulations and immersive site walkthroughs of critical construction stages. | ||||
| 3.20 | Living Area Layout Simulation | 3D layout and walkthroughs of living area plans. | ||||
| Realistic Special Technologies | Realistic Surveying and Mapping | 3.21 | Post-model synthesis data extraction for surveying | Site conditions and drawings | Extract measurements including coordinates, lengths, areas, volumes. | |
| Realistic Simulation | 3.22 | Simulate construction within realistic models | Construction plans and related materials | Create animated videos simulating construction in real settings. | ||
| Real Scene On-site Organization and Planning | 3.23 | Integrate BIM and real models for layout and scheduling | BIM model layouts and planning schemes | Produce realistic organizational plans and animated videos. | ||
| Realistic Reporting | 3.24 | Regular reports on real-life models | Reporting forms and materials | Compare real models with plans to produce progress reports. | ||
| Professional BIM Application Services | BIM in Steel Reinforcement | 3.25 | Complex node and region reinforcement modeling | Coordinate with steel reinforcement team leaders | Support complex reinforcement schemes and cutting plans. | |
| BIM in Mechanical and Electrical Engineering | 3.26 | Assist with comprehensive pipeline installation (deepening design) | Coordinate among design, construction, and consulting teams | Identify potential collision points early to expedite construction progress. | ||
| 3.27 | Optimize complex area schemes | Collaborate with design and construction teams for 3D planning | Quickly determine optimal solutions using 3D models. | |||
| 3.28 | Demonstrate construction plans | Construction team cooperates with consultants to develop optimal models | Visualize complex areas dynamically in 3D. | |||
| 3.29 | Pre-embedded quantity calculations | Construction design team provides electronic drawings | Deliver pre-embedded engineering quantity data. | |||
| 3.30 | Assist in optimizing comprehensive bracket configurations | Provide bracket requirements | Enhance aesthetics, guide bracket production and layout, coordinate with ceilings, and verify clearances. | |||
| 3.31 | Measure actual dimensions of key structural nodes | Provide measurement tools and coordinate with site workers | Adjust civil BIM models to prevent clashes caused by dimensional deviations. | |||
| 3.32 | Build full-size 3D equipment models | Provide manufacturer 3D models or perspectives | Define pipeline locations, participate in integration, and provide visual displays. | |||
| 3.33 | Develop enterprise equipment and component libraries | Companies provide 3D models or perspectives | Create shared equipment libraries to enhance enterprise competitiveness. | |||
| 3.34 | Produce sectional and plan views | According to drawing requirements | Deepen cross-sectional and floor plan details for design results. | |||
| 3.35 | 3D dynamic sectioning | Based on on-site progress and requirements | Enable virtual disclosure to guide construction teams directly. | |||
| Collision Detection | 3.36 | Identify collisions across installation disciplines | Coordinate designers, construction units, and consultants | 1) Prevent approximately 10% construction delays. 2) Reduce rework, improving quality. 3) Anticipate issues to reduce risks and enhance efficiency. | ||
| 3.37 | Inspect installation and structural collisions | |||||
| 3.38 | Inspect collisions between installations and steel structures | |||||
| 3.39 | Issue collision reports | |||||
| 3.40 | Reserved hole positioning reports | |||||
| 3.41 | Clearance height inspections | |||||
| 3.42 | Manual path walkthrough | Coordinate designers, construction units, and consultants | Identify collision points affecting construction and speed up progress. | |||
| 3.43 | Specify path walkthroughs | |||||
| 3.44 | Dynamic collision detection during lifting and transportation | |||||
| 3.45 | Attribute queries | |||||
| BIM in Curtain Wall Engineering | 3.46 | Build professional curtain wall models and optimize them | Drawings | Support curtain wall installation simulations and node optimizations. | ||
| BIM in Decoration and Renovation | 3.47 | Develop and optimize professional decoration and renovation models | Drawings | Assist with installation simulations and node optimizations. | ||
| BIM-Assisted Quantity Analysis | 3.48 | Internal multi-comparison computations | Coordinate with cost and materials departments | Compare planned versus actual usage to analyze management issues. | ||
| Subcontracting BIM Management | 3.49 | Develop project BIM management system | Authorize subcontracting management roles | Establish subcontracting BIM systems, roles, collaboration protocols, and model acceptance standards. | ||
| 3.50 | Integrate subcontractor BIM models | Provide models for MEP, steel structure, fine decoration, and curtain wall | Deliver overall BIM model, coordinate issues, and support data queries. | |||
| 3.51 | Manage subcontracting BIM progress | Coordinate professional subcontractors | Ensure submission of constructible models before construction. | |||
| 3.52 | Manage subcontracting BIM quality | |||||
| 3.53 | Supervise BIM standard implementation | Coordinate subcontractors | Produce BIM models meeting quality standards. | |||
| BIM Construction Quality Management | 3.54 | Collect on-site quality, safety, and civilized construction data linked to BIM | Coordinate internal and subcontracted teams | Enable rapid quality data management and traceable rectification records. | ||
| 3.55 | Provide detailed quality analysis reports | Coordinate improvements based on reports | Perform statistical analyses to prevent issues proactively. | |||
| 3.56 | Quality inspection using point cloud technology | Provide drawings, site environment data, and quality requirements | Use 3D laser scanning to assess verticality, flatness, and MEP installation accuracy by comparing point clouds with BIM models. | |||
| 3.57 | Point cloud technology for fine decoration BIM | After initial decoration and before fine decoration, use point clouds for accurate measurements, dimension verification, and support prefabrication and on-site assembly for industrialized decoration. | ||||
| 3.58 | Laser layout for improved accuracy and efficiency | Combine laser scanning with BIM to guide precise layout, enhancing efficiency and reducing errors. | ||||
| BIM Construction Safety Management | 3.59 | Establish safety facility family libraries | Collect project or enterprise safety data | Create a project-specific safety facility database. | ||
| 3.60 | Simulate safety facility layouts | Provide layout principles and general placement guidelines | Perform full simulations and walkthroughs of safety facility placement. | |||
| 3.61 | Provide detailed safety analysis reports | Coordinate improvements based on safety reports | Analyze major safety hazards to prevent problems and reduce risks. | |||
| On-site Data Management | 3.62 | Manage quality, safety, construction progress, and collaboration data | Coordinate construction, establishment, and consulting activities | Use mobile devices to collect real-time on-site data linked to BIM models, visualize defects, and facilitate quality management during and after construction. | ||
| 3.63 | Establish engineering data archives within BIM | |||||
| Completion and Delivery Stage | BIM Completion Model | 4.1 | Enter engineering archive data | Engineering process data | Electronic, structured, and searchable data to prevent loss of qualification records. | |
| 4.2 | Maintain and update BIM models during construction | Completion model requirements | Enhance BIM models with rich completion information for operations and maintenance, offer value-added services to owners, and realize virtual building models. | |||
| On-site Training Services | BIM Application Guidance | 5.1 | BIM technology training | Organize BIM engineering meetings | BIM technology education and application guidance. | |
| 5.2 | BIM application guidance | |||||
| Knowledge Transfer | 5.3 | BIM application knowledge transfer | Establish collaborative BIM management platforms | Introduce BIM and external project management knowledge to improve project and enterprise management. | ||
| 5.4 | Project management knowledge transfer | |||||
| Enterprise-level BIM Services | Implementation Plan | 6.1 | Develop overall BIM scheme | Provide project management objectives and materials | Deliver comprehensive BIM implementation plans. | |
| BIM Application System Development | 6.2 | Develop BIM operation processes | Provide construction organization design, scheduling, and participant information to organize BIM coordination meetings and supervise improvements | 1) Achieve refined management during construction. 2) Train and guide BIM applications across roles. 3) Establish enterprise BIM application management systems. | ||
| 6.3 | Develop BIM management systems | |||||
| 6.4 | Develop BIM operation manuals | |||||
| 6.5 | Support establishment of enterprise BIM centers | |||||
| BIM Standards Development | 6.6 | Establish data standards | Provide existing standards | 1) Develop and improve BIM application standards. 2) Define job role guidelines. 3) Ensure unified standard requirements. | ||
| 6.7 | Set modeling standards | |||||
| 6.8 | Set model review standards | |||||
| 6.9 | Set model maintenance standards | |||||
| 6.10 | Establish application standards | Provide collaborative management process systems | ||||
| BIM Training | 6.11 | BIM concept training | Arrange personnel, venues, and schedules | Assist enterprises in developing skilled BIM teams. | ||
| 6.12 | BIM modeling training | |||||
| 6.13 | BIM application training for various roles | |||||
Looking for BIM consulting firms in Wuxi? Curious about Wuxi’s BIM design units, BIM technology training courses, or BIM consulting companies? Contact us to learn more about our comprehensive BIM services and training programs in Wuxi.
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