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Alice the Achiever: Alice is a natural leader, leading by example.  This not only creates a strong buy in from the team, but also participants can feel a stronger sense of engagement.
Amelia the Adapter: Amelia would be good in sales by creating and growing those relationships.  Not only with the participants, but also vendors.
Competition Chloe: Chloe can keep the group driven and motivated to continue to learn and modify the device, but also keep production going with increased sales.
Carols Context: Carol uses her past experiences to learn and can help lead by what has and hasn't worked in the past.
Faith in the Future: Faith can help keep the group looking towards the future. By having both future and past looking at the same item, hindsight is just that much more attainable too!

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https://www.sciencedirect.com/science/article/pii/S2589004221004296

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Relating: Meet with participants, creating a great first impression to a new device, process, and be a comfortable place for guidance to the patient using an at home device.
Commander: Keeping the group working towards the goal.
Focus: Help with remaining focused, not only on the goal to learn how to best utilize a sleep measuring device, but also help with participants when frequent redirection is warranted.
Develops: Developer skills will guide and assist the project as pivots are needed to optimize a sleep measuring device.
Restoration: Restorative skill will come in handy at all levels of this project.  Challenges and conflict will arise in both the group working together, but also working with participants.  Conflict resolution is a key component to positive outcomes.

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It's no secret that sleep is not only important physically, but also mentally, emotionally, and whatever other areas of your life encompass.

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Sinjae Kwon, Hojoong Kim, and Woon-Hong Yeo from Science Direct Online Journal.

Kwon, S., Kim, H., & Yeo, W. H. (2021). Recent advances in wearable sensors and portable electronics for sleep monitoring. Iscience, 24(5), 102461. https://doi.org/10.1016/j.isci.2021.102461

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2021

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-Study can be done at home
-Participants can sleep in his or her own bed and home
-More cost effective
-More freedom in scheduling
-Can measure a participants sleep more than one night for a broader view of results

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-Devices to monitor brain activity not as effective due to user attachment or decreased number of connections
-Time consuming set up for participant and no assistance from sleep study team member
-Sensor and skin must have direct contact
-Still in early stages of research and use, long-term outcomes not yet measured
-Sleep studies are still a fairly new area of researched medicine, lots to be learned!

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I think this is a great option for patients to obtain his or her sleep study.  Like all things medical, I believe this is not a method to utilize for everyone, such as the less compliant patients or those with restricted activities of daily living.  A criterion I would imagine should be included in the vetting process of patients is his or her support system and who is available to help attach the monitors on and around the patient.  For example, the brain wave electrodes appear to be the most challenging with either gel or glue and hair causing artifact in the readings. To circumvent this barrier, the electrodes and hair are separated as much as possible creating a "sticky" cleanup process.  Figure A shows the traditional set up for a sleep monitor while Figure B shows an at home device sleep monitoring system (Kwon et al., 2021).

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According to Kwon, et al., the need for sleep studies has increased as awareness and diagnosis have increased for sleeping disorders.  Despite the rise, it is still estimated that approximately eighty percent are undiagnosed with a sleeping disorder.  Two factors that affect those testing, include discomfort in a sleep center versus sleeping at home and the devices used to measure sleep quality.  The measuring devices currently makeup numerous straps, electrodes, and connections.  The invention of wireless and smaller monitoring devices is on the rise and becoming a more common practice to measure data such as heart rate (HR), cardiac rhythms (ECG), Brain Waves, Respiratory rate (RR), movements or body jerking, and snoring (2021).

https://www.sciencedirect.com/science/article/pii/S2589004221004296

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Author links open overlay panelShinjae Kwon 1, Hojoong Kim 1, Woon-Hong Yeo 1 2 3

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Recent advances in wearable sensors and portable electronics for sleep monitoring

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Despite the increasing awareness of the importance of sleep, the number of people suffering from insufficient sleep has increased every year. The gold…