Design Project 2_Reconstruction of 1,150 Meters Cantilever Bridge
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Northern Sydney Institute - TAFE *
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Course
1012
Subject
Information Systems
Date
Nov 24, 2024
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docx
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Uploaded by DoctorElectronMantis24
Design Project 2
P
ROJECT
2: D
ESIGN
REQUIREMENTS
AND
OPTIONS
Document your work for Project 2 by answering all of the questions provided in each row. Once done, upload the completed document in Task 2 - Design Requirements and Options
of your online assessment.
Project Title
Include the title of the project
here.
Reconstruction of 1,150 meters cantilever bridge
Documentation/data
List all the documentation/ data that you can access for the project and provide a brief description of each. As a minimum, this must include:
●
plans and drawings
●
specifications
●
design briefs
●
engineering survey information
●
hydrological, meteorological, and geotechnical data
●
cultural and heritage
data.
Check that each documentation/data is current and accurate. PLANS AND DRAWING
Preliminary Design:
Define the bridge's purpose and requirements.
Determine the bridge's span length and needed clearance height.
Select the materials for the bridge structure.
Detailed Design:
Create detailed bridge plans, elevation drawings, and cross-sections.
Material Selection:
Specify the materials and their quality for each component.
Consider things like durability, strength, and affordability.
SPECIFICATION
Specifications comprise materials, construction processes, quality standards, and testing protocols to ensure the strength and safety of the bridge.
ENGINEERING SURVEY INFORMATION
A cantilever bridge engineering survey includes gathering and analysing numerous sorts of data to inform the design and construction process.
survey process that includes are:
•
Topographic survey
•
Geotechnical survey
•
Hydrological survey
•
Traffic survey
1 | Page
RIICWD601E: Manage civil works design processes
Design Project 2 v1.0 October 2023
South Sydney College (SSC) |RTO 45279 |CRICOS 03648B
Design Project 2
DESIGN BRIEF
A design brief for a cantilever bridge outlines the key requirements, objectives, and constraints of the project. It serves as a foundational document that guides the bridge design process.
HYDROLOGICAL, METEOROLOGICAL, AND GEOTECHNICAL DATA:
•
Hydrological data is used to design bridge piers and abutments based on water flow patterns, river currents, and flood levels.
•
Meteorological data includes climate conditions, wind speeds, and temperature variations, which impact material selection and structural stability.
•
Geotechnical data is information about the properties and behaviour of subsurface materials, such as soil and rock.
Cultural and Heritage Data:
This data aids in the preservation of culturally significant landmarks, archaeological sites, and other aspects that require protection.
Legislation and policies and procedures Outline the legislation, and policies and procedures that applies to your work in managing civil works design.
Make sure you refer to WHS
legislation. Include at least two legislation and two policies and procedures. v
Project Development and Construction Management Act 1994
v
Work Health and Safety Act 2011
v
Model Code of Practice: Construction work
v
Model Code of Practice: How to manage work health and safety risks
Risk management Outline the risks that could apply to this project (include at least two) and associated control measures. Fall Hazards:
Control Measure:
Use appropriate fall protection measures, including safety nets and guardrails, and ensure all workers are equipped with personal protective equipment
Deficiencies in Materials:
Control measure: Establish strong material testing processes, collaborate
with reliable suppliers, and verify material standard compliance.
Client requirements
•
Adherence to construction standards and design drawings. 2 | Page
RIICWD601E: Manage civil works design processes
Design Project 2 v1.0 October 2023
South Sydney College (SSC) |RTO 45279 |CRICOS 03648B
Design Project 2
Based on your review of the documentation above, provide a summary of the client requirements for the project and the work you need to complete. Has all the information been provided such that a design can be developed? This includes detailed specifications and development and implementation factors.
If not, what are the gaps?
•
Vigilance in observing any unusual signs, such as significant swaying or unexpected changes in the road's surface.
Environmental impacts
Provide a summary of the potential environmental impacts of the proposed works. Outline potential sustainable
design options.
The building and operation of a cantilever bridge can have a variety of environmental affects, which must be identified, evaluated, and reduced through an environmental impact assessment (EIA). The specific implications can vary depending on project location, surrounding ecosystems, and construction methods.
Below are some common environmental impact:
Disruption of Habitats:
Natural habitats and ecosystems in and around the construction site may be disrupted. Plant and animal species may be displaced as a result of this.
Mitigation Measure: Implement habitat restoration and conservation programmes to compensate for any habitat disruption caused by the construction.
Vibration and noise:
Construction activities such as pile driving and heavy equipment operation can produce noise and vibrations that might affect local wildlife such as birds, animals, and aquatic species.
Mitigation Measure: Use noise barriers and plan construction activities to minimise disturbance to local wildlife and residents.
3 | Page
RIICWD601E: Manage civil works design processes
Design Project 2 v1.0 October 2023
South Sydney College (SSC) |RTO 45279 |CRICOS 03648B
Your preview ends here
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Design Project 2
Functional specifications Document the functional specifications for the project.
Project Scope:
Determine the project's outline and purpose. Location of the bridge, traffic
load, span, and pedestrian traffic.
Design requirements :
cantilever bridge construction project specify the essential features and criteria that the bridge must meet to fulfill its functional, structural, and safety objectives
Environmental impact:
Determining the environmental impact of a cantilever bridge construction project involves assessing how the project activities may affect the surrounding ecosystem, natural resources, and overall environmental health
Quality Assurance
Ensuring quality assurance in a cantilever bridge construction project involves implementing processes and measures to guarantee that the project meets specified standards, requirements, and expectations
Quality And Safety
Ensuring both quality and safety in a cantilever bridge building project is essential for the project's success, and you may build a solid framework for delivering high-quality, safe, and long-lasting infrastructure
Compliance with legislation:
Compliance with legislation is an important part of any construction project, including the building of a cantilever bridge . Compliance with applicable legislation helps in the maintenance of legal and regulatory standards, assuring the safety of the project, its personnel, and the surrounding environment.
Stakeholders’ Engagement:
Conducting meetings with stakeholders is a crucial aspect of project management, providing a platform for communication, collaboration, and decision-making.
Approval
You are to confirm the work requirements and obtain approval for the civil works design criteria as per you 16 November 2023 Subject: Reconstruction of 1,150 meters cantilever bridge
Dear ma'am,
4 | Page
RIICWD601E: Manage civil works design processes
Design Project 2 v1.0 October 2023
South Sydney College (SSC) |RTO 45279 |CRICOS 03648B
Design Project 2
work above. Summarise your work above in an email to the client (your assessor).
Draft an email here. I hope this email finds you well. I am writing to formally request your approval for Reconstruction of 1,150 meters cantilever bridge. If you have any questions or require further clarification, please do not hesitate to reach out.
Thank you for your cooperation, and I look forward to receiving your approval.
Best regards,
Marvin Lance Dizon
Project manager
Innovation
Innovative procedures for developing designs in civil construction are so important. Conduct some research and document two innovative procedures that could be used to develop the
design concept. One of the procedures must relate to a new technology for civil works design. Provide the sources of information you used on the innovative procedures. Here are some innovative procedures:
Innovative Materials:
Consider using innovative materials to improve the bridge's strength, durability, and longevity, such as high-performance concrete, fiber-
reinforced polymers, or composite materials.
Predictive Analytics for Maintenance:
Use predictive analytics to forecast maintenance requirements. Potential flaws can be recognised before they become critical by analysing data from sensors and monitoring systems, allowing for proactive maintenance.
Building Information Modeling (BIM):
Make a comprehensive 3D model of the bridge using BIM. BIM increases
project visualisation and overall project coordination by facilitating collaboration among various stakeholders.
Design concepts
Based on the work that you have completed so far, identify and document at least two possible design concepts that could meet the
design requirements. Make sure you explain how this meets specification, Theme and source of inspiration:
To create a theme framework for the bridge design, draw inspiration from local elements, historical context, or engineering innovation.
`
Material Choice:
Select materials that meet the structural requirements, durability requirements, and aesthetic goals of the project.
5 | Page
RIICWD601E: Manage civil works design processes
Design Project 2 v1.0 October 2023
South Sydney College (SSC) |RTO 45279 |CRICOS 03648B
Design Project 2
including engineering specifications. In the next section you will prepare a working model so at this stage your design concepts can be descriptions.
Consider using modern materials or environmentally friendly alternatives.
Aesthetic Perception:
Create an aesthetic vision for the bridge that considers the surroundings, architectural style, and cultural context.
Choose materials and finishes that will improve the bridge's visual attractiveness.
Form and Geometry:
Explore geometric arrangements for the cantilever arms, towers, and central span.
Consider using imaginative and unique forms that represent the design theme while remaining structurally efficient.
6 | Page
RIICWD601E: Manage civil works design processes
Design Project 2 v1.0 October 2023
South Sydney College (SSC) |RTO 45279 |CRICOS 03648B
Your preview ends here
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