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Flexible and Printed Electronics is a reputable journal article
and the author is Woo Soo Kim an associate professor at Simon Fraser University with a PhD in Material Science and Engineering and the article was published September 3, 2021

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Fernando (Focus): I would choose fernando, because someone that is able to focus well, will be able to do their task well and can help set goals for the whole team to be able to accomplish.

Faith (Futuristic): Faith would be a team member that can help us think creatively and with our goal being innovation, a member that can think creatively and aspire for what can be not what is, I think would be helpful

Isabelle (Includer): This would be a team member that is good at relationship building and making sure that everyone is involved in the group. Having an includer would help, I think make sure the group works well together.

Louis (Learner): The learner is described as someone that is wanting to learn and grow. I think with a project where we are trying to learn about a new technology and help teach others about it someone that already enjoys doing that will be helpful to the overall team. Someone with this strength will also be skilled in learning already and can help the group learn with them.

Matthew (Maximizer): Matthew is a person that can help a group go from ok to great by helping everyone in the group reach their best potential. Having a person in the group that can help everyone do their best will be great for group moral and the project in general.

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My top 5 strengths are: Harmony, connectedness, arranger, belief, and communication.

Utilizing my strengths of harmony, arranging and connectedness I think would allow me to be a good leader for the team in helping everyone work together cohesively and help in assigning tasks for each person. My communication skills can help me make sure everyone understands their role in the group.

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I think that after more testing this could be a useful tool for a patient being transported somewhere. However, in an acute care setting, I think a traditional ventilator allows for more therapies and is better as a patient's condition changes throughout their stay at the hospital. Utilizing 3D printing to create a piece of technology like this is a huge step in medical advancement though and shows that machines like ventilators can become more easily accessible and cheaper for hospitals to get.

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The vent does not allow for all of the vent settings in an ICU and is only good for a short term

The vent design has not been tested thoroughly

The plastic involved has limited ways of being sterilized without breaking down, so a facility may have to invest in a new way to sterilize the machine adding cost to an already limited facility

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The vent is smaller than a traditional vent and can be used for transportation

95% of the vent is 3D printable, so one printer can pretty much make a vent

The vent helps in a pandemic or crisis setting where vents are limited

In smaller rural areas already limited in resources this could be a useful tool to have

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This is a new 3-D printed portable ventilator that uses an origami tube design vs a conventional bag valve mask to make it portable and cheaper for places without adequate resources. The design came about in response to Covid where many rural areas did not have enough ventilators.

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Center for Devices and Radiological Health. (n.d.). Ethylene oxide sterilization for medical devices. U.S. Food and Drug Administration. Retrieved September 27, 2021, from https://www.fda.gov/medical-devices/general-hospital-devices-and-supplies/ethylene-oxide-sterilization-medical-devices.

Hastings, C. (2021, September 20). Medgadget. Retrieved September 23, 2021, from https://www.medgadget.com/2021/09/3d-printed-origami-tube-for-low-cost-ventilators.html.

Kim, T.-H., Min, X., Baker, D., Lee, W., & Kim, W. S. (2021). 3D architectured air sensing tubes for a portable mechanical ventilator. Flexible and Printed Electronics, 6(3), 035010. https://doi.org/10.1088/2058-8585/ac1fd6

Shaw, M. (2021, September 21). Portable 3D-printed ventilators being developed at SFU. Portable 3D-printed ventilators being developed at SFU - SFU News - Simon Fraser University. Retrieved September 23, 2021, from https://www.sfu.ca/sfunews/stories/2020/09/portable-3d-printed-ventilators-being-developed-at-sfu.html.

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Portable 3D-printed ventilators being developed at SFU