Upload
dangmien
View
214
Download
0
Embed Size (px)
Citation preview
IED Final Design Project
Disability Devices
Narrative
Design teams require individuals to work together towards a common goal. Every day across this country people with disabilities learn to adapt to their situations. Many times creative devices extend the capabilities of the disabled.
Design Statement
You have the responsibility to develop and prototype a product that will benefit people with specific disabilities. Choose from one of the problems below.
Design Problem 1NarrativePeople with arthritis in their hands have difficulty manipulating everyday objects such as entry door latching devices. Design StatementResearch, design, and model a secondary locking device for an entry door (approved by client) that can easily be manipulated by a person with arthritic hands. Constraints 1. Designed to be installed on doors that vary in thickness2. Design must meet ADA standards.3. Design must not interfere with existing door operation.4. Easy to install.5. Cost must not exceed 1.5 times the price of a standard secondary locking device. Design Problem 2NarrativeWork surfaces such as desks and counters are not always designed to accommodate wheel chair dependent individuals.
Design ProblemResearch, design, and model a portable work surface that can be utilized by a wheelchair dependent person to perform such tasks as: writing, drawing, cutting and laptop computing.
Constraints 1. Must be lightweight.2. Design must meet ADA standards.3. Must be easily attached and detached to the wheelchair.4. Work surface cannot be metallic.5. Must not interfere with movement through doorways. Design Problem 3NarrativePeople who utilize mobility devices such as walkers have extreme difficulty picking up objects that fall to the floor. Design StatementResearch, design, and model a device that allows a person who utilizes a walker to safely retrieve an object that falls on the floor. Constraints 1. Should not impede the functionality of the walker.2. Design must meet ADA standards.3. Weight of the device must not exceed 1lb.4. Easy to install.5. Should be able to retrieve an object that weighs up to 1 lb.
Deliverables
1. Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
2. Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
3. Assembly completed
4. Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
5. Prototype model
6. Presentation for design review by group: format as appropriate (slides, prototype or info commercial)Presentation
IED Final Design Project
Bicycle Carrier
Narrative
Transporting bicycles in or on a motor vehicle can be a painstaking and sometimes clumsy task. Simply throwing a bicycle in the bed of a pick-up truck is unsafe and can cause damage to both the truck and the bike. There needs to be a secure and efficient way of placing bicycles in the beds of pick-up trucks.
Design Statement
You are part of a design team who has the charge of creating a bicycle rack/carrier that will fit in the bed of pick-up trucks. Using skills learned in IED you would present your ideas in multiple view sketch form first to the instructor. Upon approval you will translate your ideas to the solid modeling software showing all necessary views, dimensions, assemblies and parts lists.
Constraints
Object must be lightweight and durable Easily attached/removed and transported Able to hold at least 2 bicycles safely Fully adjustable to fit several different size pick-up trucks Able to hold different size and style bicycles
Deliverables
7. Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
8. Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
9. Assembly completed
10.Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
IED Final Design Project
Bird Feeder
Narrative
The native habitats of birds continue to suffer as man’s technology advances. Many species of birds have special needs in their diet and habitat that continue to be destroyed.
Design Statement
In an effort to counteract this decline you are to design a bird feeder for a species bird that is native to your area. You must research and take into consideration the following:
Most prevalent predator - the design must allow the bird to feed without making it unusually vulnerable to common predators in the area.
Adult body size and wingspan – allows bird to feed comfortably without allowing the bird direct access to the stored food.
Type of food needed (bird seed, bread crumbs, sunflower seeds) – considering the type of feed, ensure that the design will allow the food to flow freely to the feeding area.
Constraints
Have a capacity of between 4-5 cups
Prevent the birds from nesting in the feeder
Be able to be either hung from a branch or hook or mounted on a post
Have a roof that sheds water away from the food
Be able to be opened to fill it with food
Deliverables
11. Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
12.Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
13.Assembly completed
14.Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
15.Optional Deliverables
a. A full size mockup using foam core board
b. The retail package design
IED Final Design Project
Construction Toy
Narrative
A national toy manufacturer like to add a series of construction toys to their product line to be build in China. They believe that this type of toys may help kids to be creative.The manufacturer requires creation of multifunctional pieces for a variety of building site and building design solution.
Design Statement
Design a construction toy.
Constraints
1. Parts must be drawn in metrics, because Chinese are not familiar with imperial units
2. A 20cm.x30cm. general building site must include landscaping, streets, parking, trees, and anchor system for different building assemblies
3. At least 10 different multifunctional pieces may be created, each piece of building may be used independently or in combination with other parts
4. Different shape of roofs such as gable, hip, flat, or gambrel may be designed for adoption of diverse solutions
Deliverables
16.Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
17.Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
18.Assembly completed
19.Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
IED Final Design Project
Infant Toy
Narrative
Young children play with toys and activities a large part of their days. A toy that encourages thinking and is fun will create a tremendous demand by both the parents who purchase it and the children who use it.
Design Statement
You are part of a design team who has the charge of creating an infant toy that will be safe and entertain young children. Using skills learned in IED you will present your ideas in multiple view sketch form first to the instructor. Upon approval you will translate your ideas to the solid modeling software showing all necessary views, dimensions, assemblies and parts lists.
Constraints
Age appropriate Colorful and attractive to this particular age group Easily assembled and disassembled or reset Safe and non- hazardous Object must be lightweight and durable Contain at least 5 separate parts Must fit in a 12” cube Other Other
Deliverables
20.Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
21.Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
22.Assembly completed
23.Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
IED Final Design Project
Customizable Award Clock
Narrative
A national gear manufacturing company would like to present their top three national sales people with a gift of appreciation. A custom mantle or table clock has been selected as the gift.
Design Statement
Design a clock that can be customized.
Constraints
Must be a mantle or table clock Clock must have hour, minute, and second hands Must be a suitably sized to be used on a desk surface Must have a method for displaying award information (eg. name of recipient,
award name, date, etc.)
Deliverables
24.Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
25.Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
26.Assembly completed
27.Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with
appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
IED Final Design Project
Speaker Bracket Design Challenge
Narrative
You have just bought the stereo speaker (or) amplifier of your dreams. The only problem is where to put it. You certainly don’t have any more room on your floor – besides the sound will be totally lost there.
Design Statement
You are to design and have built (or build yourself) a sheet metal bracket for the speaker of your choice that can be mounted on your wall allowing you to position the speaker to bombard you with sound as you work in your room. You should consider:
How to anchor the bracket to the wall, What kind of under bracket support will you need to design so that the bracket
won’t fold or bend due to the weight of the speaker Is there anyway to lessen the bracket weight and still maintain its strength?
Constraints
This bracket needs to be sturdy enough to hold the weight of the speaker/amplifier of your choice.
This bracket needs to be big enough to have the speaker be stable especially when you crank up the bass and let the vibrations hit you.
Dimensions:24.5” x 19.75” x 16”
Weight: 52 lbs.
Dimensions:23.75” x 16.13” x 16.13”
Weight: 36.5 lbs.
Dimensions:20.5” x 24” x 16”
Weight: 44 lbs.
(Optional constraint) Some kind of turntable device so that you can always redirect the sound.
Deliverables
28.Design Process- adequate evidence of the design process.
a. Brainstorming sketches
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
29.Appropriate 3D computer model(s) of parts
a. 2D constraints and dimensions applied
30.Completed assembly (if applicable)
31.Working Drawing Packet
a. Multiview, presentation drawing with isometric and overall dimensions
b. Exploded view, with balloons and parts list (if applicable)
c. Detail Drawing of each, non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Development
vi. Positional Representations
IED Final Design Project
Locker Organizer
Narrative
They are a wide variety of locker organizers on the market today. However, many of them are not designed or built to withhold the everyday use of students at school. The market needs a better locker organizer that is designed to fit today’s students.
Design Statement
Design and model a locker organizer to neatly contain items commonly kept in a school locker.
Constraints
The locker organizer must be: unique, not like any other on the market today. manufactured from plastic. sturdy enough to support textbooks. practical in it’s design. cost effective to produce and purchase. desirable to a variety of different students. designed so that it can be assembled without the use of tools or the tool must be
provided. adjustable so that it fits a variety of lockers, by 20% larger and smaller, this includes
height and width. able to have 30-inches of vertical hanging space for clothing or backpacks. able to store the most common items required by students including, but not limited
to:o books/notebooks/folderso cell phones/MP3 players/cd players/headphones/or other electronic deviceso backpacks/book bags/gym bags/ sports equipmento coat/gym clothes/sweatero boots/shoes/sneakerso musical instruments
Deliverables
32.Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
33.Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
34.Assembly completed
35.Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
IED Final Design Project
Cookie Cutter
Narrative
You have been asked to bring homemade cookies to a special function. You would like to create large uniquely shaped cookies, but are unable to find a commercially available cookie cutter in the shape you desire. Your baking consultants have suggested that you create your own, using the Inventor program for design, and 1/32nd thick copper sheets as material for construction.
Design Statement
Design and prototype a custom-shaped cookie cutter.
Constraints
Material identified above
36. 4-5” diameter cutter
37. Must include an air hole on the top
38. Recommended height of cutter: 9/16”, handle width: 9/16”
39. Forming tools
40. Solder assembly
41. Handle must be safe and comfortable
42. Deadline for submission is ____________________
Deliverables
43.Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
44.Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
45.Assembly completed
46.Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
IED Final Design Project
Mechanical Toy
Narrative
A national gift store chain would like to add a series of mechanical toys to their product line because of customer demand.
Design Statement
Design a mechanical toy.
Constraints
Must be driven/operated by hand via a single “power source”. Only the stores along the northeast coast will be involved in the test market sales
campaign. Must have at least three (3) animated parts included in its design. Deadline for submission is ________________ Other Other
Deliverables
47.Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
48.Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
49.Assembly completed
50.Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
IED Final Design Project
Playground Equipment
Narrative
A national construction company has asked you to design a unique playground set for their new product line. It must include a slide, a swing, a fort area, and two other components.
Design Statement
As an individual, you will design and build in Inventor two pieces of playground equipment to be used by a 4-8 year old child. Using your knowledge of the design process, you will provide all necessary deliverables listed below.
Constraints
Size of 4-8 year old (height, hand grip, width, etc.) Safety of equipment Originality Ease of Construction Other Other
Deliverables
51.Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
52.Appropriate 3D models of parts with 2D constraints and dimensioned applied
53.Assembly completed
54.Working Drawing Packet
a. Multiview presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each non-standardized part, completely dimensioned with appropriate title block included
d. At least one “specialty” view as appropriate to completely define the part(s) or assembly
i. Section View
ii. Auxiliary View
iii. Detail Views
iv. Broken View
v. Positional Representations
IED Final Design Project
Child’s Block
Narrative
A recent market survey has indicated that many younger children prefer hand crafted, wooden toys. Very young children love to play with blocks – sorting, stacking or building with them.
Design Statement
Develop a child’s toy “block” system of interlocking or co-related parts (such as ABC blocks, Lego’s or Lincoln Logs).
Constraints1. Must create a minimum of 5 interlocking blocks2. Must create a storage container for the blocks to fit into3. Parts must be constrained to show interlocking features.4. Must be safe and user friendly for a 2-5 year old.
Deliverables
55.Design Process- adequate evidence of the design process.
a. Brainstorming sketches and lists
b. Selection of Solution
i. Demonstration of the Decision Matrix
ii. Detailed/Annotated sketches
56.Appropriate 3D models of parts
a. 2D constraints and dimensioned applied
57.Assembly completed
58.Working Drawing Packet
a. Multiview, presentation drawing of Assembly with isometric view and overall dimensions
b. Exploded view, with balloons and parts list
c. Detail Drawing of each, non-standardized part, completely dimensioned with