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For this batch two teams choose to work with the Design for Wellbeing “angle” together with Blue Science Park and Region Blekinge.
Students in the MSc programmes in Mechanical Engineering and Industrial Management and Engineering have completed their final product-service innovation projects in the course Extreme Product-Service Innovation. The students have been working on different challenges relating to construction equipment and health care in projects that are aimed at allowing the students to use their engineering skills and tools “In Real Life” with real corporate partners, thus preparing them for their coming work life.
This year’s challenges have come from Region Blekinge (formerly County Council Blekinge), Blue Science Park, Dynapac and Volvo Construction equipment. A major focus has been on how to design and enable future concepts for health care and construction respectively, given that more capabilities for digitalization are becoming available.
The focus of this project has been on increased independence and wellbeing for people who are in need of increased assistance but still not eligible for full home care initiatives. Some solutions can be attractive enough and make people’s lives better so that they want to consume the solutions (whether it’s products and/or services) privately. Based on
The focus of the two Region Blekinge projects was on Mobile Teams and enabling the Care Ward to be in the patients’ homes. With this approach, the idea is both to make better use of resources and also to make care better in quality and more comfortable for the patients who should not need to go to the hospital unless it is absolutely necessary.
With the Mobile teams project created a platform that supports the mobile teams in planning and management of the activities that move out of the hospital. By streamlining multiple processes and collecting all activities under one combined platform the concept will increase both efficiency and patient’s desirability. The solution combines capabilities in logistics, data collection, and digital communication within a smart and easy to use the platform.
With the Care Ward at Home project, the students have devised a concept called LARM, which is a system of sensors that collect data from the user and communicate to the user via an app. The data is also sent to a monitoring center at the hospital that evaluates the results. By alleviating the patients from having to go to the hospital and instead of remaining in their homes, there is more space cleared up at the hospital for the patients who are more in emergency conditions instead.
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]]>Solution: In the future the population of seniors is expected to grow. This is a problem for the society since the workers will have to take care of more seniors. Therefore a solution that delays the need of help from the home care is necessary. When examine current problems among seniors, the project team found two common safety issues. The first one is that seniors felt more safe when they knew that someone was checking up on them, to know that the person is alright. The second one is that seniors felt more safe if they could contact someone when needed.
The solution was a watch band that have sensors and a button. The sensors will monitor information regarding a person’s health status. The information that will be monitored is body temperature, heart rate, blood pressure, blood sugar and blood oxygen. This to fulfill the first issue. The button will be an emergency button, that the seniors can use to contact someone when needed. This to fulfill the second issue.
]]>Solution: Sensors that collect data from the user and communicate to the user via an app. The data is also sent to a monitoring central at the hospital that evaluates the results.
Impact: By removing the patients from the hospital to their home, there is more space cleared up at the hospital for the patients who are more in emergency conditions instead. The patients that stay from home, get to feel “less sick” due to the fact that they get to stay home.
]]>Solution: By streamlining multiple processes and collecting all activities under one combined platform the concept will understandably increase both efficiency and patient’s desirability. The solution combines of beneficial advancements in logistics, data collection and digital communication within a smart and easy to use platform.
]]>In the course “MT2502, Creativity for Product- and Service Development” (Master programme in Mechanical Engineering) students Henning Bakke, Henrik Kvist and Isac Vidman decided to take a walk on a different side and go for a project on how to improve the emergency room process.
In their report “Patient Receiving – How can we make a system that will improve the efficiency of the patients receiving in the Emergency room for both patients and staff?” they target emergency rooms, that nowadays have long waits that can affect staff and patients in a bad way. Stress and malpractice can be a daily routine in which the patient have to return for new diagnostics. According to Svenska Dagbladet, many patients choose to turn to private healthcare, where they think they will get better treatment.
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