# data[].attributes.body
Explain the impact of the solution on the client/target audience.

# data[].attributes.body
Explains how the solution could be improved.

# data[].attributes.body
Critically evaluates the success of the solution against the design specification based on authentic product testing.

# data[].attributes.body
Design a detailed and relevant testing methods, which generate data, to measure the success of the solution.

# data[].attributes.body
Fully justify the changes made to the initial design and plan when made making the solution.

# data[].attributes.body
Initial design: Carving wood into the desired concave shape and lining it with fabrics. (A4)
Change: Changed into using the fundamentals of flat wood pieces without using fabrics. Replaces the fabric with a wood stain.
Justification:
1 - A whole block of wood that fits the size and depth of the required dimensions is not available
2 - Even if the block of wood is an attainable option, carving and shaping the wood with tools by the given time frame is not a feasible option
3 - Even if the block of wood is an attainable option, the device would be too heavy to be portable
4 - Using flat pieces of wood is more efficient for constructing the solution
5 - Using flat hard surfaces instead of lining them with fabric is more feasible within the time given. Flat hard surfaces keep a constant balance in the user's bottom and immediately incentives the user to sit directly. Cushions, though comfortable, hurt your lower back because they encourage you to sit to lounge, leaving a "c" shape spine that gives the opposite and undesirable purpose of what the solution is supposed to serve.

Initial Design: The use of pyro-plastrine and clay to sculpt cushions.
Change: Does not apply any cushion feature.
Justification:
1 - Adding pyroclastic and clay features would not be an effective option as leading on the back cushion made from foam would eventually cause it to break apart, and the clay would not be able to handle the client's weight during testing or constant use.
2 - The clay bottom concave feature would not serve the purpose of effectively erecting the user's posture because it would take away the perfectly preferable hard flat surface, and it would be harder for the user to shift around as the user would be confined to sitting in the same position according to the dent made.
3 - Even if both elements were to be actual cushions, it would prove to be a feature that influences slouching, as the comfortability of the product would not incentivize the user that the product is built for training and not total comfortability.
4 - The inefficiency of both elements would actually get in the way of correcting the user's posture. They add additional weight and unnecessary structures to the solution, which would unnecessarily decrease the production rate.

# data[].attributes.body
Initial: Back and bottom cushion-making processes
Changes: Not included
Justification: Removal of the elements (justified above) means removing the implications of these elements' processes.

Initial: No implication of measuring during Step 1
Changes: Implication of measuring during step 1
Justification:
1 - It is efficient to measure the wood type and to see if it fits the specs because you have to plan whether you need another piece of wood or all four pieces can fit into one piece of wood. It will eliminate the nuances of returning to measure for another wood piece to fit the required measurements.
2 - Measure twice, cut once

Initial: No implication of the stencil-making process
Changes: Implication of the stencil-making process
Justification:
1 - Making stencils makes it easier to mark the wood more efficiently and correctly

Initial: No implication of wood piece of labeling
Changes: Implication of wood piece of labeling
Justification:
1 - To avoid the confusion of wood pieces nuance

Initial: Using glue
Changes: Using nails and glue
Justification:
1 - Provide a more durable solution

Initial: No implications of the wood filling (sawdust and glue paste)
Changes: Implications of the wood filling (sawdust and glue paste)
Justification:
1 - It wasn't anticipated that the wood would split during the table sawing process
2 - For durability and refining the solution, the solution should be intact and whole, it is not aesthetically pleasing, and the splintered or holed pieces would catch onto clothing.

Initial: No implication of wood staining / Implication of spray painting
Changes: Removal of spray painting + implication of wood staining
Justification:
1 - The use of wood staining is the preferable option, as it preserves the natural look of the wood and is darker; therefore, it also helps conceal some imperfections.
2 - Faster and efficient option

# data[].attributes.body
Follows the plan to create the solution, which functions as intended and is presented appropriately.

# data[].attributes.body
Design Goal:
What will we make?

"A seat pad that my client can use to sit on to improve her back." = Met

How will we make it?

"by carving the structure using wood followed by filling it with foam and covering it with fabric" = Not met. (Justification in C4)

Anything we would not include in our product?

"Mesh fabrics should be avoided because they are not sustainable and eco-friendly. Straps should also be avoided because it is not versatile to every seating." = Met.

Target Market:

Who is the product for, and how it appeals to them?

"The product must follow the details and wishes presented by my client's grandmother." = Met.

A list of things that needed to be considered when making the product?

"My primary research shows that the client needs to have a seating pad that is lightweight, durable, comfortable, easy to clean, and can make it easy for her to sit straight to fix her posture." = Met.

Major Constraints:
Are all materials available?

Yes

Success Criteria:

What shows my product is a success?

"We will know that the product is successful when we have a seat pad prototype that is durable, comfortable, portable, versatile on any flat surface, and can influence my client to be more inclined to maintain a better posture." = Met.

What my research told me about successful products (Both Secondary and Primary)

"My primary researcher, my client, told me that the prototype must make it easier for her to have a better sitting posture, and that the chair's ergonomics will work to fit my client." = Met.

"My secondary research told me that the materials that will be used to make the actual products has to be eco-friendly and attainable within the time frame given." = Met.

# data[].attributes.body
Demonstrates excellent technical skills when making the solution.

# data[].attributes.body
Explains and justifies the need for a solution for a client/target audience.

# data[].attributes.body
What is the problem?
- posture problem = Kyphosis
Who are we solving it for?
- people with poor posture (all ages)
- client: grandmother
Where is the problem situated?
- Mutually exclusive to any demographic
Why is it important?
- Important for physical healt
- Quality of life

# data[].attributes.body
Construct a detailed plan which describes the efficient use of time and resources, sufficient for peers to be able to follow to create the solution.

# data[].attributes.body
https://nordanglia-my.sharepoint.com/:w:/g/personal/sadhuvihari_sou_nisc_edu_kh/EYA2lMlm_iJFj-_EchHdNIABD3QQVn20jika5wHyHfXC_w?email=cade.sommerville%40nisc.edu.kh&e=8O64Ic

# data[].attributes.headline
Step 1: [Preparation: Collecting and Measuring]

# data[].attributes.subject
Step 1: [Preparation: Collecting and Measuring]

# data[].attributes.headline
Step 2: [Preparation: Stencil making + marking + labeling + measuring] 

# data[].attributes.subject
Step 2: [Preparation: Stencil making + marking + labeling + measuring] 

# data[].attributes.body
Develops accurate and detailed planning drawings/diagrams and outlines requirements for the creation of the chosen solution.

# data[].attributes.body
Develops detailed design specifications, which explain the success criteria for the design of a solution based on the analysis of the research

# data[].attributes.body
List of tools:

Pencil

50cm ruler

A measuring tape

Hand portable cutter

A tool to table cutter

Set square

A tool to press the wood together to dry

paint brush

Power Drill

Hammer

Cutting board

Cutting knife

Tracing paper

Table saw

Three clamps (big)

Two corner clamps

Sandpaper

Saw

Tissue

Cloth

Wood stain

Router

List of processes:

Making the frame

Making stencils with tracing paper

Measuring and marking the wood

Marking wood

Cutting wood

Hammering wood

Gluing the wood

Clamping the wood

Sanding and sawing wood

Aesthetics

Paint wood stain on the wood

Communication = Working with clients and design teacher for persistent feedback on the device to make alterations immediately (if needed)

List of materials:

Wood

24 Nails

Sawdust

Glue

# data[].attributes.body
Product Design

Exploded view 3D Disassembled and magnified view of your product. Shows the relationship or order of assembly for parts in your design.

# data[].attributes.body
Develops a detailed design brief, which summarizes the analysis of relevant research.

# data[].attributes.body
Develops a range of feasible design ideas, using an appropriate medium(s) and detailed annotation, which can be correctly interpreted by others

# data[].attributes.body
Presents the chosen design and justifies fully and critically its selection with detailed reference to the design specification.

# data[].attributes.body
Aesthetics:
- How it will look & feel:

It will be a monochromatic and simplistic device that must be in the muted or dark-shaded color palette (link); accent colors are allowed.

Accent colors will line the device.

There will be vinyl fabric on top of the prototyped cushions.

The design will also incorporate a bee emblem within the device.

- D1 (Test method):

Were the colors used part of the color palette the client wanted?

How many colors were used? (2 max)

Was fabric used to lay over the cushions?

Was the bee emblem incorporated within the final product?

# data[].attributes.body
Cost:
- Cost of the materials:

Available = no cost:

Wood

Pyroclastic

Not available = must be purchased:

Air dry clay = undetermined

vinyl = 5$ per sheet

- Cost of the labor:

No cost of labor

- Selling price:

No selling price, as this is a prototype

- D1:

Identify the cost of creating the prototype (must be less than 10$)

# data[].attributes.body
Analyses a range of existing products that inspire a solution to the problem in detail.

# data[].attributes.body
Constructs a detailed research plan, which identifies and prioritizes the primary and secondary research needed to develop a solution to the problem independently.

# data[].attributes.body
The human body (with or without prescribe illness of the spine) is PRONE to poor posture development -> long term effects.

# data[].attributes.body
Layout Sketch - 2D - Used to show the layout of the elements in a design.
3D prototype - Used to visualize the size of the client

# data[].attributes.body
Possible idea #1 (2D-Sketch)

Description:

Briefcase style seat that folds into a right triangle which is carried by the handle

Closes using hinges

High “cushioned” back support

Bottom “cushioned” support

Using two straps to secure the device

Additional details:
- How do the different parts work together to make a whole product?

Bottom support

High back support

Handle for portability

The bottom and back are connected by hinges

Other details for secondary features (not key features).

Straps

Additional comments:
- What are meaningful/interesting/creative parts of this design that the viewer should pay attention to?

The high back support aids the user’s posture from above to below

It will be a solid right-angle briefcase. Hence it can stand on all three sides when closed

- How is this design unique? How is it different from your other designs

It has the highest back and is a solid piece that can be carried around as a portable seat.

|          | A | C | C | E | S | S | F | M | M
| met  |   1 |    0 |   1 |  1  |  1   |   1  |  1 |  0 |  1

# data[].attributes.body
Form of data collection = Interview
Group 1 user's feedback = Feedback from 2 elderlies above 50 years old both man and woman.
Group 2 user's feedback = Feedback from 2 adults above 35 years old both man and woman.
Group 3 user's feedback = Feedback from 2 youths above 12 years old both boy and girl.

# data[].attributes.body
Skill level = beginner > intermediate > advanced

# data[].attributes.body
My client has kyphosis. This illness causes my client to have difficulties in her day-to-day life. She finds it difficult to walk, go up the stairs, sit, get out of seats, and do many more basic tasks that we humans do like clockwork. Due to this illness, she is disadvantaged in life. Her quality of life is lowered. Even if she were to sit somewhere for a long time, such as the instance where she sat on a 2-hour car ride, she would be sick and in pain when she gets back. My client is my grandmother. Every time I spend time with her, we are always constrained to walking less or sitting somewhere for too long because of her back pain. Besides all the disadvantageous that she is facing on a physical level, it is even more crucial to solve this problem on a psychological level because having a bent and hunched back lowers her self-esteem which in turn is terrible for her mental health. The problem that needs to be addressed is how we can design a device to help people with back or posture problems, like my grandmother, in order for their quality of life could be improved. The problem is that she can only stay at home and recline on her bed. So it is hard for my client to go anywhere or do anything besides stay home. The problem is not just old age, the problem is that she finds it hard to try to consistently keep an erect posture on her own. I will design a device that will help her effortlessly keep an upright posture without even thinking about it.

# data[].attributes.body
Kyphosis causes my grandmother to be limited in her quality of life. Her diagnosis makes her unable to go anywhere or do anything, she is subjugated to staying in one place, and living a mundane life. She doesn't go out a lot because of her spine problem, and body image. That is why she needs this product so that she would be able to have an erect posture. In consequence, over time, her spine and posture will no longer be bent.

# data[].attributes.headline
LINK towards the statement of inquiry (SOI)

# data[].attributes.subject
LINK towards the statement of inquiry (SOI)

# data[].attributes.body
Note that the SOI is to make a solution to strengthen the community.

Even though I am making a solution focused on my client's specifications, the solution is connected to the SOI as it addresses two main problems that are related to a community of related individuals.

1. Community of people dealing with Kyphosis
2. Community of people (not age, or gender exclusive) that wants to train their posture

The outcome of this device is to create a community of individuals with better spinal arrangement/posture.
(Justifications addressed above)

# data[].attributes.body
Name: Kao Sichan
Age: 60
Purpose of the product: A device to correct her posture
Product: Detachable cushion device to be attached to a chair
Condition: Kyphosis
- What is it?
In essence, Kyphosis is when your spine is bent inwards in a "c" shape.
- Why does my client have this?
A. Due to age
B. Due to the poor posture of my client. According to NHS, a government-funded health system in England, "poor posture (postural kyphosis) – slouching, leaning back in chairs and carrying heavy bags can stretch supporting muscles and ligaments, which can increase spinal curvature"
- What does this affect?
"Problems with a sense of balance" - NHS

- How can this be solved or prevented from further escalating?
In order to prevent this issue from further escalating, NHS explicitly states that "Postural kyphosis can be prevented by being aware of your posture and by taking care of your back."

# data[].attributes.attachment_link.readable_text
Kyphosis is curvature of the spine that causes the top of the back to appear more rounded than normal.

Everyone has some degree of curvature in their spine. However, a curve of more than 45 degrees is considered excessive.

Sometimes kyphosis doesn't cause any symptoms other than the back appearing abnormally curved or hunched. However, in some cases the condition causes:

back pain and stiffness

tenderness of the spine

tiredness

Back pain can be particularly problematic in adults with kyphosis because the body has to compensate for the spinal abnormality.

If you have severe kyphosis, your symptoms may get worse over time. You may also have difficulty breathing and eating.

What causes kyphosis?

In kyphosis, the normal curve in the middle section of vertebral column (the thoracic vertebrae) is more curved than normal. There are a number of reasons why this might happen, including:

poor posture (postural kyphosis) - slouching, leaning back in chairs and carrying heavy bags can stretch supporting muscles and ligaments, which can increase spinal curvature

abnormally shaped vertebrae (Scheuermann's kyphosis) - if the vertebrae don't develop properly, they can end up being out of position

abnormal development of the spine in the womb (congenital kyphosis) - if something disrupts the spine's normal development, two or more vertebrae sometimes fuse together

age - as people get older, their spinal curvature can increase

Kyphosis can also develop as a result of a spinal injury.

Read more about the causes of kyphosis.

Treating kyphosis

If you have kyphosis, your treatment depends on how curved your spine is, whether you have any additional symptoms such as back pain, and the underlying causes.

Children with kyphosis may be able to be treated using non-surgical methods, such as bracing, to limit the progression of kyphosis as they grow. Treatment for mild kyphosis may not be necessary.

Kyphosis rarely requires surgical treatment. It's only needed in some severe cases to correct the curvature of the spine.

Read more about treating kyphosis.

Emotional issues

Older children with kyphosis may become concerned or embarrassed about the effect the condition has on their appearance, or having to wear a back brace.

These concerns can affect different children in different ways. Some children can become socially withdrawn and may be reluctant to take part in activities, such as PE, where their condition may be exposed.

There are no easy answers to these problems, but it can sometimes help to reassure your child that their feelings will improve with time.

Complications

Complications of kyphosis usually only occur in more severe cases. They include:

persistent pain that can't be controlled with medication

breathing difficulties caused by the spine compressing the lungs and airways

Occasionally, people with kyphosis can have difficulties when the nerves running through the spine become compressed or pinched. This can disrupt nerve signals and cause symptoms such as:

numbness or weakness in the arms and legs

problems with sense of balance

loss of normal bladder or bowel control

These serious complications require urgent medical attention and surgery would usually be recommended.

Can kyphosis be prevented?

Postural kyphosis can be prevented by being aware of your posture and by taking care of your back. You should encourage your child to:

avoid slouching

sit correctly - sit upright, ensuring that the small of the back is supported

avoid carrying heavy schoolbags that can pull on the back muscles and ligaments; the best schoolbags are well-designed backpacks

take regular exercise (see below) to help strengthen the back and keep it flexible; activities such as swimming, running, walking, yoga are ideal for helping to prevent back problems

Further information:

Page last reviewed: 03 August 2018
Next review due: 03 August 2021

# data[].attributes.attachment_link.description
Kyphosis is curvature of the spine that causes the top of the back to appear more rounded than normal. Everyone has some degree of curvature in their spine. However, a curve of more than 45 degrees is considered excessive. Sometimes kyphosis doesn't cause any symptoms other than the back appearing abnormally curved or hunched.

# data[].attributes.body
Key words:
Scifi tech, futuristic objects,

# data[].attributes.body
Possible Idea #2

Description:
- Introduce your sketch and summarize the highlights.

The design will be folded over each other like folded clothes, with the base being fabric.

The design has a back and a bottom support

There are straps to close the product together.

Additional details (Optional questions)
- How do the different parts work together to make a whole product?

Back and bottom support makes sure that there will be posture correction

The strap will make sure that the product is folded into one piece that can be easily portable from one place to another

The bottom part has excess fabric in the front, which will not be a form for sitting because it will is required when folding the seat

- Other details for secondary features (not key features).

none

Additional comments (Optional questions)
- What are important/interesting/creative parts of this design that the viewer should pay attention to?

The portable device style is like a picnic mat that can be folded into small carry-on inside bags.

- How is this design unique? How is it different from your other designs?

The type of portability is different because it can be carried with other things.

(can be put into a bag along with your other belongings) and not just the product itself alone

It can be placed on any seat type due to the versatility of the fabric base.

|          | A | C | C | E | S | S | F | M | M
| met  | 1   |   0  |   1 |  1  |   1  |   1 |  1  |   0  |  0

# data[].attributes.body
Possible idea #3

Description:
Introduce your sketch and summarize the highlights.

One right-angle piece seat

Two back cushion support

A concave bottom supports

A hole in the bottom for grip

Additional details (Optional questions)
- How do the different parts work together to make a whole product?

One right-angle piece seat for placement in any seating type

Two back cushion support for body ergonomics and posture correcting function

A concave bottom supports for body ergonomics and posture correcting function A hole in the bottom for grip for portability

- Other details for secondary features (not key features).

none

Additional comments (Optional questions)
- What are important/interesting/creative parts of this design that the viewer should pay attention to?

- How is this design unique? How is it different from your other designs?

This device does not have to be folded and does not require add-ons such as straps or handles for portability

|          | A | C | C | E | S | S | F | M | M
| met  |  1   |  1  |  1  |  1  |  1   |   1 |  1 |  1  | 1

# data[].attributes.body
Evidence: ^^^
Skill level: Intermediate
Relation to tools, equipment, or processes:

Cutting knife

Cutting board

Tracing

Accurate precision in measuring, tracing, and cutting

# data[].attributes.headline
Solves the problem raised in criteria A 

# data[].attributes.subject
Solves the problem raised in criteria A 

# data[].attributes.body
The problem = Training posture + Sitting in place for a longer time
This product is not a "quick fix" solution to developing better posture. However, it is intended to train and influence the user to sit erect. This product allows for my users specifically to sit in a place (cars) for a more extended period because the soft cushion seating influences the users to be more laid back which de-incentives the user from sitting erectly. Additionally, the cushion used in many seats today makes it harder for the user to sit for a long time because leaning and slouching will lead to sore ligaments and muscle pain after effects. (Further justifications in C4)

# data[].attributes.body
UX / Customer:
- How will the solution provide a good experience?

It must be portable due to the grip feature

It will be lightweight

It must be sturdy

Even if this is a prototype, this must be comfortable to sit into some extent

It will be built for posture, have ergonomics

- D1:

Is there a grip feature or some feature present to ease the client's carrying this device around?

Light-weight test by interviewing the client

[Client Trial use for 3 days]

The sturdiness will be tested by having the client sit on the device for 30 mins each day and carry the device around for 3 days

The comfortability test will be done by how long the client can sit on the device without discomfort

Interview the client for whether or not they are more inclined or influenced to have better posture using this device

# data[].attributes.headline
Step 3: [Preparation: Cutting + Frame Building: Assembly]

# data[].attributes.subject
Step 3: [Preparation: Cutting + Frame Building: Assembly]

# data[].attributes.body
Aesthetics:

- D1 (Test method): user evaluation

Were the colors used part of the color palette the client wanted? (Answer: Yes/No)

Rate the paint job on a scale of 1 to 5.

Rate the craftsmanship on a scale of 1 to 5.

Cost:
- test method: self-evaluation

Rate the cost of of materials vs the product's outcome on a scale of 1 to 5.

UX / Customer:
- How will the solution provide a good experience?

- Test Method: User's feedback

Is there a grip feature or some feature present to ease the client's carrying this device around?

Is the device lightweight (Rate 1-5)?

Is the device durable (Rate 1-5)?

Is the safe (Rate 1-5)?

Is the client influenced by the device (Rate 1-5)?

[Client Trial use for 3 days]

The sturdiness will be tested by having the client sit on the device for 30 mins each day and carry the device around for 3 days.

The comfortability test will determine how long the client can sit on the device without discomfort.

Interview the client for whether or not they are more inclined or influenced to have better posture using this device.

Environmental:

- Test method: Self + user evaluation

Were the materials used ethically and sustainably sourced? (material test)

Does it work in the environment intended for it to work in?

Size:

- Test method: User’s feedback

Test whether the device fits the client. Does the solution require size adjustment?

Structure:
- Test method: self-evaluation and user evaluation

Does the device contain the features or elements to make influence portability?

Does the device contain the features or elements to make influence posture erection?

Safety:
- How will the solution be safe to use? (Safety features)

- Test method: User’s feedback

Rate the safety level of using the product (1-5).

Functions:
- Test method: self-evaluation

Is the device portable?

Can it be placed on any flat seating?

- How it works (how it performs)
- Test method: user’s feedback

The client will just have to carry the device around, place it on any flat seating, and sit on it for back support. To prove the effectiveness of portability and functionality of different seatings. - Test method: user’s feedback

Can the user sit on the device?

Manufacturing:
- Test method: self-evaluation

Were the steps listed for safety cautions done by an adult?

Does the manufacturing process result in the same drawing plan in B3?

# data[].attributes.body
Environmental:
- How is the solution interaction with the environment? (requirements for working in its environment, environmental impact)

The device will require a flat, and sturdy surface in order to function

The device will made from a wood base, and clay

- D1:

Were the materials used wood, and clay? (material test)

Do it work in the environment intended for it to work in?

# data[].attributes.headline
Skill: Measuring + wood marking + labelling

# data[].attributes.subject
Skill: Measuring + wood marking + labelling

# data[].attributes.body
Evidence: ^^^
Skill level: Intermediate
Relation to tools, equipment, or processes:

Measuring tape

Pencil

Accurate precision in measuring, tracing

# data[].attributes.headline
Raw data + Responses + Data Analysis: [part 1]

# data[].attributes.subject
Raw data + Responses + Data Analysis: [part 1]

# data[].attributes.body
Group 1
Aesthetics:

- D1 (Test method): user evaluation

Rate the paint job on a scale of 1 to 5. = 2

Rate the craftsmanship on a scale of 1 to 5. = 4

Group 2

Aesthetics:

- D1 (Test method): user evaluation

Rate the paint job on a scale of 1 to 5. = 2

Rate the craftsmanship on a scale of 1 to 5. = 4

Group 3

Aesthetics:

- D1 (Test method): user evaluation

Rate the paint job on a scale of 1 to 5. = 1

Rate the craftsmanship on a scale of 1 to 5. = 4

Analysis: (Synthesis of feedback from all Groups)
Paint job:
The weakness of the paint job is that it was not evenly coated and it was not a smooth coat. There were air bubbles, including the peeling wood stain present, which caused the device to have a crusty look. The wood stain also secretes a chemical stench for three days after application.
The strength of the paint job is that it brings out the monochromatic natural look of the wood, which provides a more authentic and eco-friendly feel.
Craftmanship:
The weakness of the craftsmanship is that the device has a lot of visible imperfections of the sawdust filling, which hints that the wood pieces were not whole or were splintered or cracked. There cut off the handle was not the best as it didn't come out as the plan intended, instead it was irregular.
The strength of the craftsmanship is that the device has no harsh edges or frizzes. The use of the appropriate amount of nails makes the device. The wood was cut straight, and it sat completely flat with no bumps.

# data[].attributes.body
Size:
-All measurements (including numbers)

To fit the client, the solution must have a size of 30 cm high, a width of 34 cm, and a length of 42 cm.

- D1:

Test whether the device fits the client

Structure:
- Layout (composition/arrangement), spacing, positions, parts, and pieces fitting.

The structure of the device will be box-shaped, and key features are bottom support, back support, and a handle or a feature to carry the device with.

- D1:

Does the product contain structural parts such as a back support, bottom support, and carrying feature?

Ergonomics:
- How will it be designed to fit humans?

It will be designed to fit my client by having all the accurate measurements mentioned above.

- D1:

Does it fit my client's size?

# data[].attributes.body
Safety:
- How will the solution be safe to use? (Safety features)

It must not have sharp or harsh edges, be smooth, etc.

- D1:

Check to see whether or not it is sanded properly or has any sharp, harsh edges.

# data[].attributes.body
Functions:
- What the solution can do (abilities, functions)

Portable, can be carried around

Can be used on any flat seating

Influences better posture

- D1:

Is the device portable?

Can it be placed on any flat seating?

Does it influences my client to have better posture?

- How it works (how it performs)

The client will just have to carry the device around and place it on any flat seating and sit on the device for back support

- D1:

Can the user sit on the device?

# data[].attributes.body
Manufacturing:
- How will the solution be created?(tool , equipments, processes, safety, time constraints, manufacturing limitations)

Wood tools and clay tools will be used.

The processes will include building the frame > sculpting and assembling the bottom > and sculpting and assembling the back piece. > final touches and decorations

Safety during manufacturing is when a wood cutting machine and hammering nails need to be used; therefore, teacher or adult assistance would be required.

Manufacturing limitations, this is a prototype; the actual device as a whole and the actual materials would look like the drawing plans.

- D1:

Did you follow the processes listed above?

Were the steps listed for safety done by an adult?

# data[].attributes.body
Materials:
- What will the solution be made from?

The solution will be made from wood and clay

There will be four pieces of wood used

Clay will be used for the bottom and back support

- D1:

Were the materials used to make the prototype solution clay and wood?

# data[].attributes.body
Evidence: ^^^
Skill level: Beginner
Relation to tools, equipment, or processes:

Saw

Cutting with accuracy and safely

Process: Frame Building

# data[].attributes.headline
Step 6: [Frame Building: Refining + Assembly]

# data[].attributes.subject
Step 6: [Frame Building: Refining + Assembly]

# data[].attributes.body
Evidence: ^^^
Skill level: Beginner
Relation to tools, equipment, or processes:

Power drills

Process: Frame Building