Back in 2014, the team of AUTH Medical Physics and Digital Innovation Lab had to test a device in older adults’ homes. In order to facilitate the process and get participants to know the technology, they proceeded in creating a home-like environment inside the lab that was ecologically valid and helped older adults get acquainted with the technology. In that way, the team got to get involved with the stakeholders and the community around them. During Open Living Lab Days in 2015, the team understood what a Living Lab is and met people that were framing the Living Lab map for the future, while realising that they were already operating as Living Lab and applied for ENoLL Membership in the 10th Wave.
The Living Lab fosters initiatives encouraging regional development and healthcare systems sustainability by the provision of novel technologies and innovation. It is actively engaged with the end-users and relevant community stakeholders, actively pursuing co-creation and co-design of technological solutions to improve health and social conditions and facilitate independent living.
Some of the Living Lab’s key partnerships are:
The main goal of ThessAHAll Living Lab is to facilitate innovation, collaboration, development and testing of more accurate services, which is achieved by the early involvement of users as co-creators. Their vision is to support independent living of people and their healthy living in the community for as long as possible.
The ‘GRACER1 – Joan Vernikos’ short-arm human centrifuge lab was initiated on October 2019 as the joint action of the a) Medical Physics and Digital Innovation Lab, Medical School, Aristotle University of Thessaloniki, and b) Greek AeroSpace Medical Association – Space Research (GASMA-SR). The centrifuge has a diameter of 4 m and can reach a +3.5-Gz load at the feet. It consists of a support base, while motion and rotation mechanisms such as motor, reducer, drive gear and spin gear, a shaft and two to four beds are connected to the central axis. Beds rotate extremely smoothly on wheels. The SAHC infrastructure is also equipped with several exercise systems located on the bed extremities. Aerobic training is performed through a bicycle at one end, whose position is adjusted according to the patient’s height, increasing thus the rotation radius accordingly. Resistance training is facilitated through a horizontal rowing device at the other. The entire infrastructure is connected to the electric control panel (dashboard) of the man-control room consisted of an inverter and an electronic management system (control). The SAHC infrastructure was constructed according to both national and international safety regulations, while being also applicable to patients with mobility disabilities.
Areas of work: Health & Wellbeing, Artificial Intelligence, Mobility
Psychologists, engineers, computer scientists, doctors, Experts in sport science.
|Stakeholders Population||Age||Social and Health condition||Max nr. of subjects that can be enrolled for TA|
|Adults||18-60||post-stroke patients with moving or linguistic disability||10|
|Informal caregivers and vulnerable population||18-60||healthy||20|
|Older adults||60+||mild cognitive impairment||5|
|Older adults||60+||parkinson disease||10|
|university students||18+||medical, engineering, computer science, pedagogues, english literature||10-20 from each descipline|
|health care professionals||18+||(doctors, nurses, physiotherapists, psychologists etc.)||20|
|General population||18+||breast cancer survivors||10|
|General population||18+||IPF patients||10|
|General population||18+||prostate cancer||5|
|General population||5+||down syndrome||5|
|Adults||18+||sleep disorders: e.g., apnea, hypopnea||5|
Researchers granted Transnational Access to the infrastructure have access to the following services:
→ Networking and capacity building: Capacity building; Expert opinion, and advisory services; Innovation network orchestration; Panel management; Stakeholder (and partner) analysis and mapping. Planning to offer: Grant writing and funding application support service; Legal, regulation and safety standard support; Marketing and sales support; Public procurement support services.
→ Project planning and management: Intake and matching; Expert opinion, and advisory services. Planning to offer: Temporary research funding.
→ Market and competitor intelligence services: Access to data; Competitor and market analysis and benchmarking; Expert opinion, and advisory services; Stakeholder (and partner) analysis and mapping. Planning to offer: Foresighting (trends, weak signals and wild cards); Legal, regulation and safety standard support.
→ Co-creation: Co-creation session; Expert opinion, and advisory services; Stakeholder (and partner) analysis and mapping. Planning to offer: Foresighting (trends, weak signals and wild cards), Legal, regulation and safety standard support, Public procurement support services.
→ Testing and validation: Clinical trials; Concept and proof-of-concept tests – concept feasibility study; Expert opinion, and advisory services; Idea selection and testing; Impact assessment and validation test; Large-scale real-life testing and piloting; Prototyping test; Simulation test; Small-scale real-life testing and experimentation; Usability testing. Planning to offer: Legal, regulation and safety standard support.
→ Advisory services: Planning to offer: Public procurement support services; Expert opinion, and advisory services; Legal, regulation and safety standard support.
→ Marketing and sales support: Planning to offer: Expert opinion, and advisory services; Public procurement support services.
Visit our Living Lab Harmonisation Wiki Page for detailed descriptions of the Research & Development services that Living Labs offer.
AUTH Centrifuge Rehabilitation Living Lab provides access to the following devices and technologies:
→ Activity tracking/monitoring
Visit our Living Lab Harmonisation Wiki Page for more details regarding Living Lab technologies and devices.
Researchers from the following domains have been identified as the most suitable research profiles to conduct research to AUTH Centrifuge Rehabilitation Living Lab (the list is non-exhaustive):
→ Computer/Technology Scientists: Developing systems/tools/ technologies, testing and evaluating an ICT tool, prototype and real-life testing, computer vision & AI, Virtual Reality & Augmented Reality, Cybersecurity
→ (Clinical, social, developmental, neuro-) Psychologists: Studying the behaviour and the mental wellbeing of participants, conducting psychometrics evaluation and real-life setting experimentation/observation/real life testing
→ Researchers with clinical expertise: (Doctors, nurses, healthcare workers, specialists, physiotherapists etc.), conducting research of healthcare services and practices, research on symptomatology or epidemiology of a disease, analysis of clinical effects of research performed in the study, e.g; via real life testing
→ Experts in UX research and assessment: Developing the process for user experience design (UXD, UED, or XD) supporting user behavior through usability, usefulness, and desirability provided in the interaction with a product or service, addressing all aspects as perceived by users with a focus on the quality of the user experience. Studying and experimenting the best practices for UI/UX and evaluating user’s experience in different situations and while using different tools
→ Experts in sport science: Experimenting novel training methods, and their effectiveness in various dimensions such as safety, engagement, and physical capabilities. Studying the impact of physical movements in various functions and wellbeing features
→ Experts in rehabilitation (physical, cognitive: Physiology, physiotherapy, occupational health research, rehabilitation and prevention. Cognitive diseases assistive technology, neuromuscular rehabilitation assistive technology
→ Business developers: Studying the product-market fit, matching a solution with a societal need, learning about the user acceptance of products and services, as well as about potential products to develop, willingness to pay, business model and ideal route to market
→ Experts in applied economics:Evaluating cost and performance in different healthcare processes, situations and public health
→ Experts in ergonomics and safety: Implementation and validation of ergonomic technologies/services to support workers and system performance, promoting ergonomics in working environments, improving both health/well-being and productivity, while avoiding occupational hazards
→ Biomedical researchers: Studying biochemical and physiological functions, investigating how the human body works with the aim of finding new ways to improve health. Biomedical engineering knowledge (Home hospitalization, Transitional Care, Multifunctional interaction), as well as digital biomarkers analysis (e.g. for cognitive state)
→ Neuroscientists: Focusing on the brain and its impact on behaviour and cognitive functions (cognitive neuroscience, EEG-based BMI research, protocol / paradigm testing, study framework evaluation)
→ Experts in organizational studies: Co-creation, experimentation, organizational research, experts by experience / pier support included. Evaluation how multistakeholder collaboration and co-creation is done and how effective it is. Evaluates experimentations and experimentation culture. How users are involved into these processes
→ Data Scientists: Collecting, analysing and interpreting digital data, such as data analytics in healthcare and digital patient recordings (how patient information recording process is managed and utilized during the intervention by using digital tools in simulated situations)