Advisory Center for Affordable Settlements & Housing

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Document Type General
Publish Date 13/08/2015
Author Building Cost Information Service of the Royal Institution of Chartered Surveyors
Published By BCIS
Edited By Saba Bilquis
Uncategorized

Housing Development: The Economics of Small sites – The Effect of Project Size on the Cost of Housing Construction

Housing development: the economics of small sites – the effect of project size on the cost of housing construction

Housing development: the economics of small sites – the effect of project sizeThe document titled “BCIS Elemental Standard Form of Cost Analysis” outlines the principles and guidelines for conducting cost analysis in the construction industry, specifically focusing on the Building Cost Information Service (BCIS) framework. This standard form is essential for ensuring consistency in cost reporting and analysis across various construction projects, facilitating effective budgeting and benchmarking.

Introduction

The BCIS Elemental Standard Form of Cost Analysis serves as a vital tool for construction professionals, providing a structured approach to cost estimation and analysis. By establishing a common framework for categorizing building costs, it enables stakeholders to make informed decisions based on reliable data. This document is particularly relevant in light of modern procurement practices that emphasize accurate cost planning and management.

Overview of BCIS – to understand housing development

Building Cost Information Service (BCIS): Established by the Royal Institution of Chartered Surveyors (RICS), BCIS is recognized as a leading provider of independent cost data for the construction industry. It supports various stakeholders—including architects, surveyors, and contractors—by offering comprehensive information on construction costs, market trends, and project benchmarks.Elemental Cost Analysis: The elemental cost analysis breaks down the total construction costs into specific elements, allowing for detailed assessment and comparison. Each element represents a major physical part of a building that serves a distinct function, irrespective of its design or construction method. This approach facilitates clearer communication among project stakeholders regarding costs associated with different components of a building.

Key Components of the Standard Form

The document delineates several critical components essential for conducting an elemental cost analysis:

  1. Principles of Analysis: The standard form outlines fundamental principles guiding the cost analysis process. These principles ensure that analyses are conducted consistently and transparently across different projects.
  2. Instructions for Completion: Detailed instructions are provided to assist practitioners in accurately completing cost analyses. This includes guidance on gathering necessary data, defining project scope, and categorizing costs appropriately.
  3. Definitions of Elements: A comprehensive list of elements and sub-elements is included, detailing their definitions and measurement criteria. This standardization is crucial for ensuring that all parties involved in a project have a shared understanding of what constitutes each element.
  4. Element Unit Quantities: The document specifies how to determine unit quantities for each element, which is vital for calculating total costs accurately. This quantification process allows for effective comparisons between different projects.
  5. Functional Units: Functional units are introduced as measures of size related to the building’s function. These units help contextualize cost analyses by linking them to the specific purposes that buildings serve.

Benefits of Using BCIS

Utilizing the BCIS Elemental Standard Form of Cost Analysis offers several advantages:

  • Enhanced Accuracy: By adhering to standardized definitions and measurement practices, professionals can produce more accurate cost estimates, reducing the likelihood of budget overruns.
  • Improved Comparability: The structured approach enables stakeholders to compare costs across similar projects effectively, facilitating better decision-making regarding budgeting and resource allocation.
  • Facilitated Communication: A common language around costs helps bridge gaps between various stakeholders in a construction project, fostering collaboration and understanding.
  • Adaptability to Modern Practices: The fourth edition of the standard form incorporates contemporary building practices and technologies, ensuring its relevance in today’s rapidly evolving construction landscape.

Conclusion

The BCIS Elemental Standard Form of Cost Analysis, to study housing development, is an indispensable resource for professionals in the construction industry. By providing a clear framework for cost estimation and analysis, it enhances accuracy, comparability, and communication among stakeholders. As construction practices continue to evolve, adherence to these standards will be crucial in navigating the complexities of modern building projects while ensuring effective financial management and accountability. The ongoing development and refinement of these standards will further support the industry’s efforts to deliver quality projects within budget constraints.

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