What legal and regulatory requirements control Design-Build or Design-Bid-Build construction methods?
Best insight from top research papers
Legal and regulatory requirements play a crucial role in controlling Design-Build or Design-Bid-Build construction methods. The traditional Design-Bid-Build (DBB) approach involves separate contracts for design and construction, with the lowest bidder typically selected . Various countries, including Egypt, have specific legal responsibilities related to design in construction contracts, impacting the allocation of design responsibilities and potential disputes . Additionally, regulatory environments, such as building regulations in the UK, emphasize safety considerations in design, like fire evacuation distances and compliance with health and safety laws . Studies on tender rules in different countries highlight common approaches to ensure fair relations between clients and contractors, with some methods like competitive negotiations being more prevalent abroad than in Russia . Regulatory control in construction aims to achieve quality results through adherence to standards and technical documentation .
Answers from top 5 papers
More filters
| Papers (5) | Insight |
|---|---|
| Design-Build or Design-Bid-Build construction methods are controlled by legal documents governing tender rules in countries like the USA, France, Germany, New Zealand, Japan, and China. | |
| Not addressed in the paper. | |
| Design-Bid-Build (DBB) construction method involves two contracts for design and construction, with the lowest bidder typically selected. It is governed by procurement and contract regulations. | |
| The regulatory environment for design includes safety considerations like building regulations and the Health and Safety at Work Act 1974, ensuring safe design and use of products. | |
| Legal and regulatory requirements for design liability in Design-Bid-Build construction methods are addressed by FIDIC Red Book and Egyptian law, ensuring clear allocation of design responsibilities to prevent disputes. |
Related Questions
How can the "Ensure requirement flowdown" principle to improve construction safety?4 answersThe "Ensure requirement flowdown" principle can significantly enhance construction safety by ensuring that safety requirements are effectively communicated and implemented throughout the project. By integrating Building Information Modeling (BIM) with sensing technologies and automated risk recognition systems, organizations can streamline the identification, monitoring, and training of workers to minimize on-site accidents. Additionally, effective communication among stakeholders, facilitated by leadership and process factors, plays a crucial role in improving safety performance within construction organizations. Implementing a safety information flow model can address the critical issue of information interoperability, enabling seamless exchange of relevant safety information among project participants. Furthermore, transforming construction safety guidelines into a knowledge graph can enhance knowledge retrieval and management for comprehensive safety compliance.
What performance metrics distinguish Design-Bid-Build from Design-Build?5 answersDesign-Bid-Build (DBB) and Design-Build (DB) delivery systems exhibit differences in various performance metrics. Research indicates that DBB is characterized by fixed construction costs at contract award, complete design before construction, ease of implementation, low bid costs, and sequential design and construction. On the other hand, DB outperforms DBB in terms of cost, schedule growth, delivery speed, and sustainability aspects, while maintaining similar quality standards. Additionally, the Design-Manufacture-Construct (DMC) method, a variation of DB, shows superior cost performance compared to DBB, although no significant differences are observed in time and construction intensity performance. These distinctions in cost, schedule, and sustainability highlight the varying efficiencies and advantages of DBB and DB delivery systems in construction projects.
Are there any guidelines or standards concerning the design and construction of laboratory building?5 answersThere are guidelines and standards concerning the design and construction of laboratory buildings. The in vitro fertilization laboratory must be planned and designed to guarantee an efficient workflow and provide a safe environment for the manipulation of gametes and embryos. Design guidelines have been developed to improve the functional efficiency of academic and research laboratory facilities. Safety planning for laboratory buildings is addressed by the needs expressed by the teaching faculty representatives. All laboratories should be equipped with appropriate safety features, such as emergency showers and fire extinguishers, and should have proper storage units for chemicals and biological samples. Fire protection systems and building reliability against fire hazards are evaluated based on guidelines and regulations.
Define health and safety regulatory requirements?5 answersHealth and safety regulatory requirements refer to the rules and regulations that organizations must follow to ensure the safety and well-being of individuals in various sectors. These requirements are designed to protect individuals from potential hazards and risks in their environment. They include guidelines for labeling and claims on food products to ensure consumer confidence and safety. In the healthcare industry, regulatory compliance is crucial for patient safety, maintaining quality standards, and fostering trust between healthcare providers and patients. Regulatory requirements also exist in the education sector, such as the mandatory vaccination or booster against bacterial meningitis for college students. Additionally, hospitals have to fulfill generic regulatory requirements to deliver safe and effective patient care. Health and safety regulations also emphasize the duties and responsibilities of directors and employees in organizations, requiring a coordinated and integrated approach to implementation.
What are the health and safety regulatory requirements in the engineering sector?5 answersHealth and safety regulatory requirements in the engineering sector vary depending on the specific area of engineering. In Ontario, all engineering students are required to be introduced to their professional responsibilities, including social, health, safety, and legal aspects. For the implementation of reinforced concrete structures, formwork systems must ensure occupational health and safety during transport, assembly, and disassembly. The Occupational Safety and Health Administration (OSHA) standards address the safety of construction sites, safe work practices, and temporary structures, with some regulations stipulating the involvement of engineers. In the coastal and maritime construction sector, there is a need for guidance on health and safety practices due to the hazardous environment and uncertainty caused by natural elements. Health and safety issues are important in engineering design, and they must be addressed in an integrated and interdisciplinary manner.
Why should architectural design solution and statutory laws must be amalgamated?5 answersArchitectural design solutions and statutory laws should be amalgamated to ensure compliance with regulations and to create environments that support rehabilitation and societal acceptance. By incorporating legal expertise into the design process, IT artefacts can be developed lawfully from the beginning, avoiding costly and time-consuming adaptations later on. This approach is particularly relevant in the context of RegTech, where new technologies are used to automate regulatory compliance activities in various industries, including finance. Additionally, the design of penal environments plays a crucial role in the rehabilitation and reintegration of offenders, as architecture can influence the experiences and behaviors of individuals. Furthermore, the integration of performance simulation and optimization algorithms in early design stages can help reduce carbon emissions and improve building performance, but decision-making methods need to consider various requirements and stakeholder preferences. Overall, the amalgamation of architectural design solutions and statutory laws can lead to more efficient and effective outcomes in terms of regulatory compliance, rehabilitation, and building performance.