Assignment 7 Site Safe Design
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School
Georgia Institute Of Technology *
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Course
6160
Subject
Industrial Engineering
Date
Feb 20, 2024
Type
Pages
5
Uploaded by abdilnurt
CEE 6160: Safety Engineering Fall 2023 Assignment 7: Safe Site Design Name: _____Abdilnur Tiroro_______________________________________ Instructions:
You will use the provided site layout design to select the ideal location for placing a tower crane on the project. You will also establish parameters for placing the tower crane (i.e. safety and productivity parameters) that will support your placement decision. Task 1)
Describe two safety parameters that will be used to determine the center point position of the tower crane. _The crane should be positioned far enough away from the pedestrian travel path to ensure the safety of the workers on foot.________________________________________________________________________________________________________
___ ___Distance from Office Trailer and Employee Parking Area: To ensure the safety of the administrative staff and the parked vehicles, the crane should not be placed too close to the office trailer or the employee parking area.________________________________________________________________________________________________________
_ ____________________________________________________________________________________________________________ ____________________________________________________________________________________________________________ Task 2)
Describe two productivity parameters that will be used to determine the center point position of the tower crane. _Access to Material Staging Area: The crane should be placed in a location that allows for efficient movement of materials from the staging area to the foundation footprints without unnecessary delays.______________________________________________________________________________________________________
_____
CEE 6160: Safety Engineering Fall 2023 __The position of the crane should allow for maximum coverage of the foundation footprints to minimize the need for repositioning and to maximize the use of the crane's reach._______________________________________________________________________________________________________
___ ____________________________________________________________________________________________________________ ____________________________________________________________________________________________________________ Task 3)
Provide a list that prioritizes the four parameters you have identified. Write the parameter with the highest importance on the top of the list. Safety of Personnel (Proximity to Pedestrian Travel Path) Safety of Property (Distance from Office Trailer and Employee Parking) Operational Efficiency (Coverage of Foundation Footprints) Material Handling Efficiency (Access to Material Staging Area)_____________________________________________________________________________________________________ ____________________________________________________________________________________________________________ ____________________________________________________________________________________________________________ ____________________________________________________________________________________________________________ Task 4)
Use the prioritized list of parameters to determine the center point placement of the tower crane. Draw a plus symbol (+) at the center point location.
CEE 6160: Safety Engineering Fall 2023 Task 5)
Provide a short description of why this location was selected. _The selected location balances the need for a safe distance from high-traffic areas and employee facilities with the necessity for operational efficiency. It maximizes the crane's coverage of the foundation footprints, reducing the need to move the crane frequently, and ensures that materials can be transported quickly from the staging area to the foundation sites.________________________________________________________________________________________________________
___ ____________________________________________________________________________________________________________
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CEE 6160: Safety Engineering Fall 2023
CEE 6160: Safety Engineering Fall 2023