Key questions to be answered
Are the users satisfied with the safety features used like foot pedal and angled bedding?
Are the diaper changing attachments easily accessible and useful ?
Is the crib sturdy enough ?
Is the lower storage useful enough and would they use it ?
Pretotype 1: Foot Pedal Option, Mechanical Turk
Pain Point: Safety considerations, users worried about children having access to the controls
We will press the control buttons when the user presses the foot pedal
This will allow us to test the idea without complicated wiring adjustments
Scale of 1 to 5 to determine how much better this is versus the current button system
Pretotype 2: Test Lower Storage, CAD Model (MVP)
Pain Point: Lack of storage options, would be nice to also hide the mechanical
components
Low fidelity storage options to show how it can hide the mechanism
Test if people would use the concept, scale from 1 to 5
Develop in CAD to reduce wasting materials and time on the full storage concept
Pretotype 3: Changing Table Attachments, MVP
Pain Point: Users mentioned this would be a nice feature, most cribs have an upper level for changing and it would be good to make this even simpler (Options for diaper/wipe storage, trash can for used diapers)
Modular changing table attachments for the upper level of the crib
Can also ask users what they would like to see in addition to our current ideas (get more feedback)
Let users test it out to see if they would use the upper level as a changing table
Pretotype 4: Stops for Max Height Adjustment, MVP
Pain Point: Worries of crib getting too high and going above the bars, safety considerations and preventing the baby from rolling off the platform
use a stopper made out of cardboard to show the maximum height it can go upto
Help users visualize the concept, make the crib overall seem safer
We will ask users if this makes the product feel safer and alleviates some concerns
Pretotype 5: Lower platform (more of a prototype iteration)
Pain Point: Stability worries, safety considerations
Add a plywood lower platform (versus the foam used in the first prototype)
This will be more of a physical test done by the team; we want to make sure the leg does not sway and can support more weight this time around
Pretotype 6: Bed with cornered edges
Pain Point: Users afraid that the babies finger will be stuck in between the crib
We used a strip of thermocol to show how we will use the angled bedding to avoid the fingers of the baby to get stuck in between cage and bed.
The distance between the cage and the bed is maintained to be minimum
Pretotype 7: Crib as a medical device, Facade pretotype
Pain Point: The product may be out of users’ price range, would only be advertised as a luxury item. We want to expand to a wider market
When showing the product to users we can discuss the option to have it covered by medical insurance and how it can be classified as a medical device
This makes it seem like it is more widely accepted and offered than a small startup product
Explain to users that the product is a “medical necessity” for many women after birth, fathers with back issues, and caretakers with mobility limitations, etc.
This will show the product in a new light, hopefully making more users accept it as a necessity vs a luxury
This is more quantitative data which will allow us to get a feel for the market and if this is the correct way to market the product
Testing the Pretotypes
Pretotyping Comments, from Maddie
I think you guys have a solid plan and it seems like you are at a very good point to begin user testing on Tuesday/Wednesday.
I like that you guys incorporated multiple different types of pretotypes and clearly explained how you will test the pretotypes.
James mentioned that he wants you to list MVP features and evaluate the quality of your data, so I would add a section that discusses those aspects.
Pretotyping Schedule
Tuesday, November 5th: (Complete)
Crib Arrives (Cecelia will drop it off at the Idea Forge)
Acquire foot pedal from Josh
Thursday, November 7th: (Complete)
Assemble crib and integrate mechanical component
Determine system for upper platform
Friday, November 8th: (Complete)
Finalize pretotyping plan and schedule
Monday, November 11th: (Complete)
Determine system for lower frame/support Have CAD of lower storage options
Add the stops to the crib
Make quick cardboard Pinocchio pretotypes
Wednesday, November 13th: (Complete)
Begin User Testing