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Sets allowed for a more thorough review of specific search sets within the scope of the build ДЄrchitectural, mechanical, electrical, structural, hydraulic and architectural.

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The specific methodology for this report includes an analysis and manual inspection of elementsД¬ontained within specific levels of Tower 2 вЂ“ Urbanest Darling Square.

Assessing the quality of the file provided as a final model before construction phase.

Proposing further actions to rectify the clashes identified.

A further detailed analysis of Level 1 and Level 4 with clash identification.

Providing visualisations and overviews of the federated model and disciplines.

Within a building model through its incorporation of collaborative and analytical devices through Potential uses for this software, specifically regarding the detection and resolution of critical clashes The purpose of this written report is to demonstrate and document the importance and necessitation ofД«IM specific to the growing popularity of Revizto 5 in the construction industry.

REVIZTO 5 TUTORIAL SOFTWARE

In addition to this, aДЇinal overview and summary of findings provides an insight into the use for the software inД¬onstruction and an assessment of the quality of the data within the BIM file provided.

Visualisations,ДЄnalysis, discussions are provided on each clash across Level 1 (Atypical) and level 6 (Typical) withДЄdditional information on proposed resolutions to the design flaws identified. Revizto 5 and the detection processes and analysis provided from software tutorials. Model for the Haymarket Urbanest Tower 2, Darling Square. The report specifically identifies clashes detected in two assigned levels of the Building Information Would pose a threat to the final project.

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Reached its pertinent standards and furthermore, is free from collisions and critical clashes which This includes coordinating and ensuring that the project has The Model management process, which can be described as the preparation of the final model for itsДЄppropriate use in the construction. Through the analysis of issues present in the pre-construction phase. The integration of BIM and Quality Management processes, such as clash detection, aim to increaseД¬ustomer satisfaction whilst also improving quality standards and lubricating the construction phase

Promising insight for the future of the construction industry. The reasons aforementioned, the use of BIM has increased rapidly over the past decade and shows The data involved in this pre-construction phase allows for the assessment ofДimensions, relationships between, and reduction of, collisions between major building systems. Used in BIM which shows the overlapping and collision of elements of the model and conflicts in theДetailed design. Services, minimising the clashes which would occur without the use of вЂclash detectionвЂ™ вЂ“ a method This becomes crucial when analysing the finalДocument before commencing the construction of a project as it allows for the coordination of these Several disciplines into a communal document. Significant benefits includes the increasing use of 3D modelling of projects to show the integration of Recent years, offering vast benefits to construction contractors and project managers. Design Coordination and Clash Detection Haymarket вЂ“ Urbanest, Tower 2 Analysis of Level 1 & 4 James Haldane вЂ“ 1321 6092 (DDC 1) TABLE OF CONTENTS EXECUTIVE SUMMARY 1 Introduction 1 Background 1 Project Scope 1 Objectives 1 Methodologies 2 Federated Model Outcomes 2 Model Description 2.1 Overall Model Description 2.1 Brief Description of Disciplines 2 Visualisation of Allocated Floor Models 2.2 Sectioning of Allocated Floors 2 Visualisation of Federated and Discipline Models 2.3 Hydraulic Discipline 2.3 Electrical Discipline 2.3 Fire Discipline 2.3 Architectural Discipline 2.3 Mechanical Discipline 2.3 Structural Discipline 2 Appearance Profiler 3 Hot Spot Checking and Resolution 3 Level 1 Clash Detection (A-typical) 3.1 Description and solution of Detected Clash A 3.1 Description and solution of Detected Clash B 3.1 Description and solution of Detected Clash C 3.1 Description and solution of Detected Clash D 3 Level 4 Clash Detection (Typical) 3.2 Description and solution of Detected Clash E 3.2 Description and solution of Detected Clash F 3.2 Description and solution of Detected Clash G 3.2 Description and solution of Detected Clash H 4 Summary of Findings 4 Introduction 4 Evaluation of the Interface Checking Outcomes 4 Major Issues Present 4 Recommendations for Rectifying Issues 1 Introduction 1 BackgroundД«uilding Information Modelling (BIM) has been incorporated into the construction industry over

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