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Alice- Achiever

Carter-Communication

Isabelle-Includer

Isaac-Ideation

Daniel- Discipline

The different strength combinations are critical for the team’s success. Communication is essential in ensuring all team members remain informed of the group proceedings, which is a strength that Carter owns. Isaac, who is good in ideation will help form the foundation of the group discussion. Alice will ensure the group works towards the founded ideas while Isabell will facilitate the inclusion of all individuals. The team’s objectives will be unachievable if members fail to obey rules; thus, Daniel will help maintain discipline.

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Carnegie Mellon University. (2019). HeartLander.    https://www.ri.cmu.edu/project/heartlander/

Hoeckelmann, M., Rudas, I. J., Fiorini, P., Kirchner, F., & Haidegger, T. (2015). Current Capabilities and Development Potential in Surgical Robotics. International Journal of Advanced Robotic Systems, 12(5), 61. doi:10.5772/60133

BotJunkie. (2007, October 10) Heart Lander Robot [Video File].
Retrieved from https://youtu.be/XDmiSDj6Gk4

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Given the burden of chronic diseases in the country, Heartlander would help address gaps associated with poor health outcomes. As a highly invasive procedure, precision is critical, which the mobile robotic facilitates. With this technology, cardiologists can perform many operations with minimal errors, which improves health care outcomes.

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The initial cost for purchasing HeartLander is high, which increases the cost of care, limiting the viability of this technology in small hospital facilities.

Being a new technology, the service is not accessible to many patients, primarily, those who cannot afford the high costs associated with the treatment.

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Heartlander

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The technology offers inherent stabilization because it is not disturbed by the heart's beating motion.

The robot is fitted with sensors, which measures physical properties directly from the heart surface, and maps the readings to the exact target position.

The technology sidesteps the possibility of lung deflation, which is a factor of the flexibility of the insertion point that allows a subxiphoid method that does not interfere with the lung space.

Given the enhanced access, Heartlander can reach any location within the heart area and change operative fields from a single incision with ease (Hoeckelmann, Rudas, Fiorini, Kirchner, & Haidegger, 2015).

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HeartLander is a mobile robotics innovation designed to execute heart therapy treatments. As of this technology, the robot facilitates minimally invasive therapy on the surface of the heart (Carnegie Mellon University, 2019). Given the gadget's ability to offer stable and localized sensing, mapping, and treatment over the heart's service area, cardiologists can perform operations at minimal risk.

During operations, although under physicians' control, the robot penetrates the chest through an opening below the sternum. Then, it adheres to the heart's surface and travels to the target location; subsequently, administering the therapy.

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Current Innovation: The use of AI to help with Heart Treatments: Heart lander
Organization: Carnegie Mellon University
Publication Date: 2019