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Engineering Chair Design
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An Innovative Recycling Project
Identifying Problem Problem Statement: Your task is to develop an innovative way to use recycled corrugated cardboard to maximize the recycling effort by creating an exiting new line of furniture in the form of a chair.
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An Innovative Recycling Project
Research: Chairs Cardboard Research Existing Solutions
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An Innovative Recycling Project
Research Material
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An Innovative Recycling Project
Constraints: Must be made completely from corrugated cardboard Must have a seat Must have a back Seat must be between 16” to 18” from the floor The top of the back must be no less than 30” from the floor Must have no fewer than 3 separate measurable legs Must support no less than 300 lbs Should weigh no more than 7 lbs
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An Innovative Recycling Project
Criteria Cost Recycled cardboard is $10.00 per square foot. The cost of the construction materials are minimal keeping cost low. Reliability Should be able to support 300 lbs Weight Total weight will be no more than 7 lbs Ease of operation Should be design so all people are comfortably able to use
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An Innovative Recycling Project
Criteria Cost Recycled cardboard is $10.00 per square foot. The cost of the construction materials are minimal keeping cost low. Reliability Should be able to support 300 lbs Weight Total weight will be no more than 7 lbs Ease of operation Should be design so all people are comfortably able to use
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An Innovative Recycling Project
Criteria: Appearance Ergonomically designed with a since modernity Compatibility Should fit in existing house décor, comfort for user and table heights Safety Features Device should be tested for safety. Appropriate strengths of material analysis will be implemented to make sure a 300 lbs person will be supported. Durability Device will be designed to last for continuous use Acceptance Device will be acceptable and useful for many people
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An Innovative Recycling Project
Analysis: Excel Spread Sheet Criteria Solution 1 Solution 2 Solution 3 Ease of Operation 2 4 Appearance 3 Compatibility Feasibility 5 Acceptance Cost 1 Reliability Safety Noise Level Effectiveness Durability Total Rating 23 27 51 Rate each criteria 1 to 5 1 being the lowest 5 being the highest
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Photos of Prototype
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