For elderly individuals or patients confined to bed for extended periods, whether due to surgery, chronic illness, immobility, or long-term care, pressure ulcers are among the most serious and persistent complications. Also known as bedsores, these injuries develop when constant pressure restricts blood flow to vulnerable areas of the body, particularly the back, hips, and buttocks. Over time, the skin and underlying tissue break down, leading not only to pain and infection but also to a significant decline in overall quality of life. Traditional care relies heavily on manual repositioning by caregivers, which can be physically demanding, inconsistent, and sometimes insufficient in fully preventing tissue damage.
Flipcare emerges as a transformative solution to this longstanding medical challenge. Designed with both patients and caregivers in mind, Flipcare integrates smart engineering, ergonomic support, and automation into a single, seamless care system. At its core, the device is built around a network of adjustable airbags strategically positioned to minimize prolonged pressure on any one part of the body. These airbags expand and deflate in timed intervals, gently shifting the user’s weight and redistributing pressure without causing discomfort or disturbing rest. This dynamic support system mimics the natural micro-movements healthy individuals make during sleep, movements that bedridden patients may no longer be able to perform on their own.
Complementing the airbag system is Flipcare’s ergonomic back support design, crafted to follow the natural contours of the spine. Instead of forcing the user into a flat or rigid posture, the structure provides stable yet adaptive lumbar support that aligns with the body’s natural curvature. This not only enhances comfort but also reduces the risk of musculoskeletal strain, targeting one of the lesser-discussed but equally important consequences of long-term bed rest.
The hallmark of the device is its automated turning function, a clinically proven method for preventing pressure ulcers. Flipcare periodically shifts the patient from side to side using controlled, gentle rotations. These movements are precise and consistent, providing a level of care difficult to replicate manually over long hours. By automating this process, caregivers are relieved of repetitive physical labor, enabling them to focus on other essential tasks while ensuring that the patient receives uninterrupted pressure redistribution throughout the day and night.
What sets Flipcare apart is not just its technology but its human-centric approach. Every feature aims to enhance the patient’s dignity, comfort, and autonomy, while also reducing caregiver burden. With more consistent pressure management, patients experience improved skin health, better sleep, and reduced pain, critical factors that collectively elevate their overall well-being.
As the demand for long-term care rises and populations continue to age, Flipcare stands as a vital advancement in patient support. By merging intelligent design with compassionate engineering, it offers a safer, more comfortable, and more dignified care experience for those who need it most.
With one in eight individuals globally aged over 60, it’s important to design products that specifically cater to our elderly population. As most senior citizens are healthy, active, and financially stable, they are expected to represent around 20% of the global population by 2050. Explore these guidelines for developing inclusive products, considering diverse user needs, especially those of the elderly.
Simplicity in design is crucial, especially for senior-centric products. Complexity and confusing features should be avoided at all costs. Interfaces should be kept simple to minimize confusion, with easily readable and clear fonts enhancing the overall user experience. Moreover, it’s imperative to provide clear instructions to ensure they can easily comprehend how to use the product correctly.
Gita, a robot, acts as a loyal companion and practical aid, especially for seniors. It eases the burden of carrying heavy items, making grocery trips and errands more manageable. Its ability to provide a seating option offers rest during walks, promoting outdoor mobility and encouraging seniors to stay active. With its user-friendly design and approachable appearance, Gita fosters a sense of independence and companionship for the elderly, supporting their well-being and enhancing their quality of life.
2. Health Monitoring
Advancements in technology offer the essential security and assistance required for senior citizens living independently. As many seniors deal with chronic health conditions that necessitate regular monitoring, product design has advanced. Through wearable devices and smartphone technology, vital parameters can now be tracked, facilitating health management and providing respite to caregivers, thereby ensuring peace of mind.
These three smart devices cater to seniors’ needs, offering medication reminders, comfortable reading, and easy communication. Familia aims to restore dignity and confidence to the elderly with its minimalist design and user-friendly interface. The smart clock dispenses medication with a playful cuckoo bird reminder, the lamp doubles as an illuminated magnifying glass, and the digital mirror serves as a communication tool and family photo frame. While designed for seniors, these objects promote inclusivity and reduce stigma around aging challenges by appealing to users of all ages.
Nobi, an AI-powered ceiling light, enhances elderly lives by monitoring safety, detecting, predicting, and preventing incidents like falls or respiratory issues. Its user-friendly design seamlessly blends into interiors, encouraging the adoption of high-tech care technology. Nobi serves as a vigilant companion, continuously monitoring the environment to identify potential hazards and alert designated caregivers when needed. It can detect respiratory issues, and coughs, and even predict falls before they happen, ensuring timely assistance and intervention. With Nobi, seniors feel safe and supported, leading dignified lives with continuous assistance.
3. Ergonomic Design
Designing products with ergonomic features is crucial to reduce strain, particularly for seniors. For instance, opt for ergonomic seating, like high-backed chairs with lumbar support, ensuring firm and comfortable cushioning to maintain healthy posture. Prioritize ease of use and comfort, as seniors may have reduced strength while avoiding low seating and armrest-less chairs.
This luxurious chaise lounge cleverly conceals a motorized wheelchair, offering comfort and elegance to those with mobility issues. Resilience, with its sleek design and smart materials like Resilient gray and Classy chrome, symbolizes independence and confidence for the elderly. It’s part of a larger mobility system, including the self-driving “Brio” vehicle, seamlessly integrating style and functionality for indoor and outdoor use.
When designing devices that require charging, it’s crucial to prioritize either long battery life or easy recharging to minimize the frequency of charging or battery replacement for seniors. This proves beneficial for seniors experiencing mobility challenges and memory impairment.
5. Added Safety Features
Inclusive product design often incorporates added safety measures, such as non-slip surfaces, automatic shut-off mechanisms, and appropriate emergency buttons, to enhance overall product value. These small yet critical features serve multifunctional roles, particularly benefiting seniors.
6. Durable Materials
When catering to the needs of senior citizens, selecting durable materials that withstand breakage from falls or accidents is crucial. Given that seniors may use products more frequently or with greater force due to age-related changes, opting for durable materials ensures the product will withstand prolonged use and maintain its integrity over time.
The T’ROI chair, developed in collaboration with a retirement home in Basel, Switzerland, addresses the challenge of sitting and standing for the elderly. Featuring extended arms, it provides support for individuals to sit and rise without assistance, promoting independence and dignity. Sturdy materials ensure safety, while its comfort enhances the overall experience for users.
When designing products, prioritize comfort by considering aspects like cushioning, grip, and weight distribution. Ensure ease of use with a manageable weight, ergonomic grip, and slip-resistant design, promoting inclusivity. Proper cushioning enhances the comfort level and overall user experience.
8. Integration of Assistive Technology
When designing specifically for seniors, integrating assistive technologies such as voice control or magnification features enhances usability, making products more accessible to this demographic. Additionally, using large or oversized buttons with high contrast aids in easy visibility and operation, especially because seniors may experience declining vision.
This cutting-edge self-driving wheelchair, equipped with a detachable walker, empowers users to navigate comfortably as they age, addressing the challenges of mobility that come with aging. Cobi seamlessly combines the features of walkers, canes, and electric wheelchairs into one sleek solution, promising greater independence and mobility for seniors while challenging societal perceptions of aging. Its autonomous operation, with instant braking capability, ensures convenient transportation without external assistance. Using laser projection technology, Cobi effortlessly navigates obstacles, while its cushioned seat, low backrest, and retractable footrest provide comfort during transit. Upon reaching their destination, users can detach the mobility device from the walker, enabling exploration of inaccessible areas. The height-adjustable walker, featuring a rubber grip and built-in flashlight, aids navigation in dark environments, while Cobi autonomously returns to its charging station when not in use, ready for the next journey.
This cork planter with assistive functions serves as both a lantern and a health tracker for the elderly. Known as Fanoos, it embodies an intuitive design with a detachable lantern and emergency button for medical needs. Fanoos tracks health status, adjusts lighting preferences, and offers portability for nighttime use, enhancing safety and comfort for users.
9. Inclusive Design
Products should address a wide range of abilities, including those of individuals with disabilities. Inclusive design guarantees accessibility for seniors with varying capabilities, accommodating those with disabilities or impairments.
A walker designed for seniors incorporates a built-in box for their furry companions, addressing social isolation. This concept combines mobility and companionship, featuring a spacious pet carrier atop the walker. With versatile handle movement, a secure brake button, and rechargeable LED lights for safety, this design enhances outdoor walks for seniors and individuals with limited mobility.
Collecting feedback from senior citizens or the specific end users of the product throughout the design process is highly recommended. This ensures that areas for improvement are identified and that the final product adequately meets their specific needs and is comfortable to use.
These factors can guide designers in creating products that are functional, practical, and customized to meet the specific needs and preferences of senior citizens.
Plenty of new automotive technologies and concepts are naturally being made for the benefit of drivers and passengers, but they are supposed to also indirectly help pedestrians as well, at least in theory. With AI at the driver’s wheel, the promise of safer roads is being made, though we seem to still be far from achieving that ideal future. In the meantime, pedestrians crossing urban roads and highways are still at risk, especially the elderly, people with disabilities, and basically anyone who might not be able to cross fast enough before the light turns green again. Current solutions like footbridges are obviously not designed for these people as well, so this concept mobility device tries to take the fight to cars’ own turf by giving pedestrians their very own self-driving vehicle.
Designer: Jiseon Ju, Gawon Min
Roads are, of course, made for vehicles, and sidewalks and footbridges are for pedestrians. That said, there will always be places where these paths meet, appropriately called crosswalks, and people outside of vehicles are always at a disadvantage and at risk. Traffic lights seem to never give pedestrians enough time to cross safely, or make the presumption that everyone can walk at top speed, presuming they can walk at all. These systems are obviously not very accessible and alienate a large portion of the population, and it’s in dire need of a better and smarter solution.
Crosswalk Mobility is a concept for a cubicle on wheels that ferry people from one side of the street to another. It’s basically designed for people with mobility impairments, from the elderly to the injured. Given its enclosed design, it can also be used by parents with toddlers who are prone to suddenly running off while crossing streets. Of course, you can’t have a permanent driver for such a pod, so it naturally uses self-driving technologies to move.
What makes the concept even more interesting is that it works in conjunction with what should be a smart traffic system. In a nutshell, it communicates with traffic lights so that it can extend the red light duration until it safely reaches the other side. Ideally, traffic lights should allocate enough time for people to safely cross, but this system leaves nothing to chance.
The mobility device itself is designed to be powered using solar energy, ensuring its continued operations 24/7. Instead of regular wheels, it proposes using ball-type wheels that can turn more smoothly as needed. The boxy shape has spacious room even for people in wheelchairs and their companions, and the floor-to-ceiling glass panels increase visibility not only for drivers but also for the people inside. It’s definitely an interesting idea that will significantly increase pedestrian safety, but it unfortunately won’t work unless the traffic system on those roads is also upgraded to work with these self-driving boxes.
More than just the population problem, we are also facing a crisis in terms of care for the aging segments of that population. Traditional geriatric care centers are sometimes filled beyond capacity, and caring for elderly people living alone can be expensive and at times even risky. Futurists and visionaries would have us dream of a future where robots, whether humanoid or not, would take the place of household help, and we’re starting to see some of those rolling boxes in homes, often for less critical conveniences like bringing things from one place to another. Human care, however, is a very different matter entirely, so this concept design for a service robot and an advanced wheelchair duo tries to paint a different picture by making the experience look and feel a little bit more human and, therefore, more humane.
Designer: Sungmin Hwang
Geriatric patients living at home need more than just having things brought to them, which is what many home service robots are designed to do. They will also want to move around, on their own or with assistance, and motorized wheelchairs try to make that activity more convenient. These two mobility activities might be related, but they’re provided by two very different kinds of products. But rather than having disparate and disconnected machines, this design concept presents an integrated system that acts like a whole, even if they function separately.
The actual “companion” is a service robot that looks like a tall board with arms and wheels, unlike the common design that’s practically a self-driving cabinet. It has a simplified face, basically just eyes that can express emotions and a dot matrix display that can spell out words, but it’s enough to give it a more personable character. Rather than having shelves to put items on, the robot has harms and hands that can grab and hold objects to hand them over to the patient, making the action feel more personal rather than clinical.
The other half of the duo is a motorized wheelchair that’s designed as much for comfort as it is for mobility. In addition to the cushioned surfaces and curved parts, the chair features plenty of storage space not just for things but also for medicine. The patient can exercise their own agency by driving the wheelchair on their own, but it can also be pushed by the companion robot when it connects to the chair. This recreates the experience of having someone push their wheelchair, hopefully making them feel less lonely and less detached.
The “Companion” robot and wheelchair concept is designed with many of the existing technologies already available today, from self-navigating home robots to intelligent charging docks to precision robot hands for carefully grabbing objects. Of course, such a machine would still need to undergo rigorous testing, not to mention regulatory scrutiny given its medical applications, but it’s definitely an interesting take on what a home service robot can do, especially when it’s designed to take care of elderly people or people with mobility disabilities.
