8 Reasons why BIM is a breakthrough in Polish modular construction

Building Information Modelling (BIM) in steel-framed modular construction presents itself as a solution to automate all processes. Let's focus on how BIM technology ensures speed, error-free and compliance with the mentioned standards.

BIM (Building Information Modelling) technology is a computer-aided process that enables the creation and management of digital representations of the physical and functional aspects of building structures. It is a more comprehensive approach to the design and management of construction projects than traditional drawing methods.
1. Design using BIM technology

At Climatic, we use a BIM-based approach with numerous benefits:

- Improved communication and collaboration: The BIM model provides a common reference point for architects, engineers, contractors and project owners, enabling effective communication and collaboration. This translates into increased project quality and reduced costs.
- Reducing errors: By being able to detect clashes and errors at an early stage, the BIM model contributes to a significant reduction in the costs associated with correcting errors after construction.
- Increased productivity: Automating tasks, such as generating drawings and statements, using the BIM model results in increased overall productivity and time savings.
- Cost optimisation: With its ability to estimate costs and optimise the project budget, the BIM model contributes to reducing the overall cost of the project.
- Increased equivalence: The BIM model enables the simulation of a building's energy and environmental performance, which supports decisions on more sustainable design solutions.
- Improved after-sales service: The BIM model is used to create maintenance and operation documentation for the building, ensuring a smooth and efficient after-sales service.

2. efficiency and precision

BIM contributes to a significant increase in project efficiency and precision. This technology enables a reduction in design errors and improved information flow, which is key to compliance with KPO (National Reconstruction Plan) and ESG (Environmental, Social, Governance) standards and meeting Green Deal objectives. Accurate modelling makes projects more thoughtful, enabling reduced environmental impact.

Reference: Lu & Korman (2010)
3. cost and time reduction

The use of BIM contributes significantly to more efficient cost and time management in construction projects:

- Effective cost management: BIM allows accurate cost estimation at an early stage of design to avoid unexpected expenses and budget overruns.
- Faster design cycles: Thanks to digital modelling and automation, design cycles are significantly reduced. This not only speeds up project delivery, but also reduces operational costs.

Reference: Bryde, Broquetas, & Volm (2013)
4. reliability and speed of investment implementation

BIM is an indispensable tool in situations requiring a rapid response when a developer needs to build or extend existing infrastructure:
- Speed of design: The use of BIM allows for instant adaptation to changing conditions and needs, which is invaluable in emergency situations such as hospital construction during a pandemic.
- Accuracy under extreme conditions: BIM supports the completion of KPO and ESG compliant tasks, even under time pressure and in difficult conditions, ensuring that the project is accurate and compliant.

Reference: Chen et al. (2021)
5. integrated and efficient management

BIM facilitates integration and process management, which is key to meeting ESG requirements:

- Process integration: Enables uniform and consistent project management, resulting in a higher quality final product and greater operational efficiency.
- Waste reduction: Through effective process and resource management, BIM contributes to minimising waste and increasing the sustainability of projects.

Reference: Seeam et al. (2013)

6. automation of life cycle assessment

BIM enables accurate and automatic assessment of the life cycle of projects, which is crucial for sustainable construction:

- Detailed environmental analysis: BIM allows the environmental impact of a building to be assessed throughout its life cycle, from design to demolition.
- Resource and energy optimisation: BIM modelling supports design with energy efficiency and resource minimisation in mind, helping to create more sustainable buildings.

Reference: Ansah et al. (2021)
7. Advanced information management

The use of BIM for advanced information management provides greater precision and efficiency in decision-making processes:

- Fast and accurate information exchange: BIM facilitates the rapid exchange of precise data between all project participants, significantly reducing the time required for decision-making.
- Minimising risk and waste: With accurate data, problems can be better anticipated and waste can be minimised, resulting in lower costs and less environmental impact.

Reference: Demian & Walters (2014)
8. Optimisation of planning and scheduling

BIM enables construction schedules to be generated automatically, taking into account the relationships between building elements:

- Efficient time and resource management: BIM's automatic generation of schedules translates into better use of resources and reduced project times.
- Compliance with ESG and Green Deal standards: Optimising planning and scheduling in BIM supports compliance with environmental and social standards.

Reference: Liu et al. (2014)
Summary
BIM in modular steel construction is not only a step towards the future of construction technology, but also a response to the challenges of meeting KPO, Green Deal and ESG standards. Speed, precision, as well as increased efficiency and error reduction, make BIM an essential tool in today's world of sustainable construction.