Today, the demand for factory design and constructing warehouses and prefabricated steel buildings for production is becoming increasingly urgent for businesses across various fields. A standard factory not only optimizes production activities but also ensures safety, reduces operational costs, and enhances long-term business efficiency.
Understanding this need, BIC proudly stands as a reputable unit specializing in providing comprehensive industrial factory design and construction services, catering to a wide range of customer needs, from small-scale projects to complex large ones. We undertake design and construction according to the specific requirements of each production model, including:
- Multi-industry production factories
- Warehouses for goods storage
- Prefabricated steel buildings
- Factories combined with office spaces
At BIC, we manage the entire process from A to Z, including:
- Site surveys and optimal solution consulting
- Detailed technical drawing design
- Foundation construction, column pouring, and steel frame assembly
- Completion of the factory and auxiliary items
Choosing a professional design and construction consulting unit for factories is a crucial factor that determines the quality and durability of the project. With many years of hands-on experience in the factory construction field, BIC is committed to providing our valued customers with:
- Optimal design – Superior functionality
- Fast and accurate construction progress
- Reasonable investment costs, maximizing savings
- Absolute safety throughout the construction process
We always prioritize our customers' interests and continuously strive to deliver quality, aesthetic, and sustainable projects. If you are looking for a partner to accompany you in designing and constructing a factory, please contact BIC for free consultation and to receive the best solutions for your project!
Design Fee Calculation:
Design Fee = Total area of the workshop (m²) x Design price (VND/m²)
Other cost items (as agreed):
Note: The specific price will depend on the scale, nature of the project, and technical requirements from the investor. BIC always provides thorough consulting and detailed quotations before executing the contract.
To ensure the quality of the project and provide the most professional service to clients, BIC implements the process for receiving and executing workshop design documents as follows:
- Meet directly with the Investor to listen to their needs, intended use, and specific requirements for the project.
- Survey the current site (if applicable), and from there, provide preliminary advice on optimal design solutions.
- Prepare an initial cost estimate for the design and proceed to sign the Design Contract.
- Carry out the overall layout design according to the production technology diagram.
- Assist in preparing the construction permit application (if required).
- Develop a comprehensive perspective plan of the project to help the Investor better visualize the architecture and layout of the workshop.
Design detailed specifications for all important technical items including:
- Structural design
- Electrical and plumbing systems
- Production technology
- Internal road systems and related technical infrastructure
Finalize and hand over to the Investor:
- Complete detailed drawing documents
- Soft file of documents for construction
Both parties will conduct acceptance testing and finalize the contract.
BIC commits to implementing a clear and transparent process with reasonable costs and quick execution times to ensure optimal benefits for clients. If you need more detailed advice on the workshop design process, do not hesitate to contact us for dedicated support!
The basic design documentation is an important document that serves as the foundation for implementing subsequent technical design steps and for project appraisal. The documentation consists of two main parts: the explanatory section and the drawing section.
The explanatory section provides a general description of the project, ensuring that the proposed solutions are presented clearly, scientifically, and meet the technical requirements. Specifically, it includes:
- A summary of the construction site location
- Scale, nature, and functionality of the factory
- Overall design plan, layout of the main construction items
- Connection solutions between items within the project site and the regional technical infrastructure systems (transportation, electricity supply, water supply, etc.).
- Technology plan: Proposing a production line and operational technology suitable for the enterprise's production model (if the project has technological requirements).
- Architectural plan: Selecting an architectural form that is appropriate for the functionality, ensuring aesthetics and usability (applicable to projects requiring architectural design).
- Technical and structural plan:
+ Describing the main structure of the factory (foundation, steel frame, floor, roof, etc.).
+ Important technical systems such as electricity, water, ventilation, drainage, fire protection, etc.
- Environmental protection and fire protection plan:
+ Proposing waste treatment solutions to minimize environmental impact.
+ Suggesting a fire protection system that meets legal standards.
- List of applicable standards: Enumerating the regulations and technical standards used during the design and construction process of the project.
The drawings section serves as a visual representation of the design options for the factory presented in the explanatory section, including:
- Site plan: Shows the location of various components within the project area and their relationship to the surrounding infrastructure.
- Technology diagram and production line: Applicable to projects with specific requirements regarding technology lines.
- Architectural design drawings: Illustrate the floor plan, elevations, and sections of the building (if architectural requirements are specified).
- Structural design drawings and technical systems: Include the main structural solutions and technical systems such as electricity, water, ventilation, wastewater treatment, etc. They demonstrate how the technical systems of the building connect with the regional technical infrastructure.
The construction drawing design is the final and most important step in the construction design documentation for industrial buildings. This serves as the basis for organizing construction, installation, and completion of the project in accordance with technical and legal requirements.
The complete construction drawing design documentation includes:
- Design explanation section:
+ Clearly present the design solutions for the industrial building regarding architecture, structure, electrical systems, plumbing, fire protection, and production technology (if applicable).
+ Explain the technical standards, materials used, and the reasons for choosing the design options.
- Detailed technical drawings:
+ Floor plans, elevations, and sections of the building.
+ Detailed drawings of foundations, structural frames, roofing systems, doors, staircases, etc.
+ Drawings of technical systems: electrical supply, water supply and drainage, ventilation, air conditioning, fire protection, etc.
+ Detailed drawings of connections between components to ensure synchronized construction.
- Related construction survey documents:
+ Geological and topographical survey reports of the construction site.
+ Environmental and hydrological assessment reports (if available).
- Construction cost estimation:
+ A cost estimate table for materials, labor, and construction equipment.
+ Detailed quantities for each component of the project.
+ A summary of investment costs to support the financial plan for the investor.
The construction drawings must ensure:
- Full and accurate representation of all technical specifications and detailed structures of the project.
- Clear identification of the types of materials used, categories of equipment, and accompanying technical standards.
- Compliance with current standards, regulations, and legal requirements related to construction.
- Adequate fulfillment of requirements to enable construction units to easily implement the design and ensure the quality of the project.
The design documentation for the construction drawings serves as a "guiding principle" for the entire process of designing and constructing the factory. While the basic design is the initial orientation step, the construction drawings are detailed documents that specify all solutions from concept to reality, helping to ensure that the project is executed quickly, accurately, and safely.
As an investor, designing and constructing a factory is not merely about creating a production space; it also involves ensuring maximum operational efficiency, safety, and long-term growth potential. Below are the important factors to consider:
- Safety – Top Priority: Safety is a core element in the design and construction of factories. An optimal design not only ensures the structure is durable and solid but also helps the business comply with occupational safety standards, minimizing risks for employees during work.
- Future Renovation and Expansion Potential: Businesses always have the need to grow and expand production, so factory designs must be flexible to allow for easy renovations when necessary.
- Ensuring Smooth Production Operations: A good design helps optimize the production process, ensuring a continuous and efficient workflow, while avoiding waste of time and resources.
- Optimizing Space Usage and Material Handling: A standard factory must provide ample, well-ventilated space with a scientific layout. It is essential that the material handling and product transportation processes are seamless, minimizing bottlenecks or unnecessary detours that waste time.
- Ensure comfort for employees: A good factory not only serves production but also creates a comfortable working environment to retain workers and increase productivity. When employees feel comfortable, their work morale improves, leading to a significant increase in both productivity and product quality.
- Maintain continuity in production: The design and construction must ensure that the production process runs smoothly and without interruption. All factors, from space, machinery, technical systems, to workforce arrangement, must be calculated in harmony to support each other effectively, avoiding congestion or halting operations midway.
With over 10 years of experience in consulting, designing, and constructing industrial and civil works, BIC proudly stands as a reliable partner for hundreds of businesses nationwide. We are committed to providing the most optimal factory design solutions, meeting all stringent requirements regarding technical specifications, functionality, and aesthetics.
Whether you are looking to build new, expand, or renovate a factory, BIC is ready to accompany you in realizing your ideas, helping your business achieve an ideal production space, optimize operational capacity, and enhance business efficiency. Contact BIC now for dedicated consultation and to receive detailed, competitive quotes!
