Fall 2016Campanile-Carillon ModelPatrick Keep, Mohamad Aqeel Izani,
Nor Alia Izwanis Roni, Ryan Cazin,
Nate Scheirer, Ethan Henry, Muhammad Omar Raghib
Mechanical Engineering AER E/ME 466 Senior Capstone Design - DM7
This poster has been approved for public display by Dr. Tam, Department of Music and Theatre
Problem Statement: To build a scale model of the campanile-carillon that will house 27 bells, can be easily transportable, and functional.
Benchmark Previous DesignCustomer Requirements
• Transportable• Ease of Assemble• Withstand 50mph wind
gust• Playable
• Collapsible Tower• Fit Through Double Doors
ImprovementsScissor Lift Mesh Facade
The tower lifting system changed from using the camper design principle to scissor lift mechanism
The façade changed from solid façade to a mesh banner façade. • Reduce weight• Withstand wind
better• Cheaper
• Easier to rise and lower the tower
• One person to operate with the assistance of an electric motor
Estimated Cost
Wind Load Analysis Final Design
ITEM COSTBell $145,000
Trailer, Pallet Jack, & Base
$20,000
Exterior Cladding $25,000
Documentary Display
$20,000
TOTAL $210,000
Fall 2016Campanile-Carillon ModelPatrick Keep, Mohamad Aqeel Izani, Nor Alia Izwanis Roni, Ryan Cazin,Nate Scheirer, Ethan Henry, Muhammad Omar Raghib
Mechanical Engineering AER E/ME 466 Senior Capstone Design - DM7
This poster has been approved for public display by Dr. Tam, Department of Music and Theatre
QR label goes here
Problem Statement: To build a scale model of the campanile-carillon that will house 27 bells, can be easily transportable, and functional.
Benchmark Previous DesignCustomer Requirements
• Transportable• Ease of Assemble• Withstand 50mph wind
gust• Playable• Collapsible Tower• Fit Through Double Doors
ImprovementsScissor Lift Mesh Facade
The tower lifting system changed from using the camper design principle to scissor lift mechanism
The façade changed from solid façade to a mesh banner façade. • Reduce weight• Withstand wind
better• Cheaper
• Easier to rise and lower the tower
• One person to operate with the assistance of an electric motor
Estimated Cost
Wind Load Analysis Final Design
ITEM COSTBell $145,000
Trailer, Pallet Jack, & Base $20,000
Exterior Cladding $25,000Documentary
Display $20,000
TOTAL $210,000
Fall 2016Campanile-Carillon ModelPatrick Keep, Mohamad Aqeel Izani, Nor Alia Izwanis Roni, Ryan Cazin,Nate Scheirer, Ethan Henry, Muhammad Omar Raghib
Mechanical Engineering AER E/ME 466 Senior Capstone Design - DM7
This poster has been approved for public display by Dr. Tam, Department of Music and Theatre
QR label goes here
Problem Statement: To build a scale model of the campanile-carillon that will house 27 bells, can be easily transportable, and functional.
Benchmark Previous DesignCustomer Requirements
• Transportable• Ease of Assemble• Withstand 50mph wind
gust• Playable• Collapsible Tower• Fit Through Double Doors
ImprovementsScissor Lift Mesh Facade
The tower lifting system changed from using the camper design principle to scissor lift mechanism
The façade changed from solid façade to a mesh banner façade. • Reduce weight• Withstand wind
better• Cheaper
• Easier to rise and lower the tower
• One person to operate with the assistance of an electric motor
Estimated Cost
Wind Load Analysis Final Design
ITEM COSTBell $145,000
Trailer, Pallet Jack, & Base $20,000
Exterior Cladding $25,000Documentary
Display $20,000
TOTAL $210,000
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