Summer School 2023

SS2023

Overview

International Summer School 2023 on Digital Healthcare & Wellbeing

The third edition of the International Summer School on Digital Healthcare & Wellbeing took place from June 5-9, 2023, at Heimerer College, in collaboration with international partners. This program successfully trained future healthcare professionals in digital healthcare and assistive technologies, equipping them with essential skills and knowledge for the evolving health sector.

Participants gained hands-on experience in robotics, virtual & augmented reality (VR/AR), e-health, tele-health, and remote services, exploring how these technologies shape modern healthcare. Students from medical, social, and therapeutic sciences engaged in an interdisciplinary learning environment, enhancing their problem-solving skills, leadership abilities, and critical thinking.

Through real-world projects, students examined both the potential and challenges of assistive technologies, contributing to a more inclusive and efficient healthcare system. The Summer School fostered innovation-driven thinking, preparing participants for impactful careers in healthcare, research, and entrepreneurship.

Key Themes & Topics

The International Summer School 2023 on Digital Healthcare & Wellbeing covered a wide range of cutting-edge topics aimed at equipping students with knowledge and practical skills in emerging digital health technologies. The program emphasized interdisciplinary learning, bridging healthcare, social sciences, and technology.

Core Topics Covered:

Digital Healthcare & Wellbeing

  • Overview of digital transformation in healthcare and its impact on patient care, accessibility, and efficiency.
  • Ethical considerations and challenges in digital health implementation.

Assistive Technologies

  • The role of assistive devices in improving the quality of life for individuals with disabilities.
  • Application of smart assistive tools, AI-driven solutions, and rehabilitation technologies in clinical settings.

Telemedicine & Remote Health Services

  • Expansion of telehealth solutions and their role in making healthcare accessible in remote areas.
  • Best practices for virtual consultations, remote diagnostics, and AI-assisted telemedicine.

Robotics in Healthcare

  • Application of humanoid robots (e.g., Pepper Robot) in elderly care, rehabilitation, and patient support.
  • Introduction to surgical robotics and automation in medical procedures.

Virtual & Augmented Reality (VR/AR) in Healthcare

  • Hands-on experience in using VR for medical training, pain management, and therapy.
  • AR-based solutions for surgery assistance and real-time data visualization.

Interdisciplinary Innovation & Entrepreneurship

  • Startup ecosystem in digital health, opportunities for young entrepreneurs, and funding sources.
  • Developing business models for healthcare innovations and navigating regulatory frameworks.

By addressing these topics, the Summer School provided students with practical knowledge and future-oriented skills, preparing them to lead innovation in digital healthcare.

Partners & Organizers

The International Summer School 2023 on Digital Healthcare & Wellbeing was organized through a strategic collaboration between academic institutions, research centers, and industry partners, bringing together expertise in healthcare, digital innovation, and interdisciplinary education. These organizations played a crucial role in curriculum development, mentorship, and funding, ensuring a high-quality learning experience for participants.

Organizing Institutions

Heimerer College (Kosovo) – The lead institution, specializing in healthcare education and digital health innovation, providing the venue, faculty, and coordination.
Hochschule Bonn-Rhein-Sieg University of Applied Sciences (Germany) – Contributed expertise in applied sciences, digital healthcare, and research collaboration.
Institute of Southeast Europe for Health and Social Policy (ISEE-HSP) – A key partner in policy development, social impact research, and healthcare system improvements.
Student-Run Interdisciplinary Allied Health Digital Practice Center (SIAHDPC) – Focused on providing practical training and hands-on digital healthcare experience to students.

Supporting Partners & Sponsors

Metropolia University of Applied Sciences (Finland) – Provided expertise in healthcare simulations and gerontechnology.
Martin Luther University of Halle-Wittenberg (Germany) – Brought advanced research in robotics, AI, and digital assistive technologies.
Univations (Germany) – Supported entrepreneurial education and innovation management in digital healthcare.

 Industry & Innovation Hubs – Companies and healthcare startups offering mentorship and technology demonstrations.

This multinational collaboration strengthened the global knowledge exchange and empowered students to tackle real-world healthcare challenges using digital solutions

Participants Overview

  • 30 students (10 local and 20 international)
  • Representing Germany, Poland, Turkey, Belgium, Finland, and Kosovo
  • Backgrounds in medical, social, and therapeutic sciences

Program Impact:

Interdisciplinary Knowledge Exchange – Students engaged in hands-on training in robotics, VR/AR, e-health, and telemedicine, enhancing their digital healthcare competencies.
Innovative Problem-Solving – Participants worked on real-world healthcare challenges, developing practical solutions with the guidance of international experts.
Professional Growth & Networking – The program provided mentorship, exposure to global healthcare trends, and networking opportunities with industry leaders and academics.
Long-Term Collaboration – Many students continued their research and collaborations beyond the program, strengthening international partnerships in digital healthcare.

This Summer School empowered students to become leaders and innovators, equipping them with the skills to drive change in healthcare systems worldwide.

Program & Activities

  • Main Agenda: Key sessions, workshops, and speaker highlights (concise format).
  • Hands-on Learning & Mentorship: Information on practical activities, mentoring, and projects.
  • Industry Visits & Networking: Summary of company/clinic visits and collaboration opportunities.

Speaker Highlights

Speaker Highlights

Prof. Dr. rer. medic. Patrick Jahn

BIO

Prof. Dr. rer. medic. Patrick Jahn, born on March 21st, 1976, in Werdau, Germany, is a renowned German national currently holding the position of Professor for Health Service Research (W3) at Martin Luther University in Halle-Wittenberg. He serves as the Head of the Health Service Research Working Group, focusing on acute care, at the Department of Internal Medicine within the Interdisciplinary Center for Health Sciences at the University Hospital Halle (Saale) in Germany.

With an impressive academic background, including an MScN degree in 2006 and a PhD in the same field, Prof. Jahn has made significant contributions to health service research throughout his career. He has held various positions, led research units, and served as a professor at esteemed institutions such as the University of Tübingen. Prof. Jahn has actively supervised numerous PhD and MD students, secured research grants from prestigious organizations, and published extensively in reputable journals, covering a wide range of topics in health service research. In addition, he holds important roles in academic associations and funding organizations, contributing to the advancement of the field. Prof. Dr. rer. medic.

Patrick Jahn’s expertise and dedication are driving improvements in healthcare delivery and patient outcomes.

Promoting innovation capacity for the use of humanoid robotics in healthcare in the Western Balkans through mirrored transformation and participatory development

Abstract

Kosovo possesses the youngest population in Europe, presenting significant potential in the realms of innovation and technology. Through desk-based research utilizing the RIS3 methodology, it has been observed that the ICT industry is rapidly growing in Kosovo. However, there is a pressing need to enhance the healthcare system and status, as well as foster scientific advancements and knowledge translation. Surprisingly, ICT is not included in the national research strategy, and the allocated funds for research capacity building are relatively modest. To address this gap, the ICR project aims to invest in three fully funded PhD students who will focus on developing scientifically grounded robotic interventions and scenarios. In order to accomplish this goal, the ICR project has established the Future Care Lab in Prishtina. This lab serves as a counterpart to the existing lab in Halle and functions as a dedicated research and development facility for socially assistive robots (SAR) aiming to promote the use and development of humanoid robots in healthcare in the Western Balkans but also reduce the migration of scientists and specialists from the Western Balkans, by increasing the innovation potential is their home countries. This development also aims to integrate the all six countries of the Western Balkans into the European Research Area (ERA).

Shegë Bahtiri

Co-lecturer of the topic: Presentation of Digital – Assistive Technology; Robotics in Healthcare Introduction to ICR incl. RIS Data

BIO

Shegë Bahtiri is a researcher in health and social welfare. She has a Master’s degree from Lund University in Psychology. She has extensive experience in research leadership and analyses, including previous engagements for UNDP, the Kosovo government, and a number of non-governmental organizations.

Abstract

The context analysis on digital health in Kosovo was conducted as an intervention assessment for the Innovation, Care and Robots project, which is implemented by the Martin Luther University in Germany and Heimerer College in Kosovo. The report is roughly based on the RIS-3 methodology constructed by the European Union, specifically the Research, Innovation and Smart Specialization Strategy methodology. It represents a review of the current state of research, education, and international collaboration of the digital health sector in Kosovo, based on expert interviews in these areas. Findings presented here are preliminary.

Erza Selmani

Lecturer of the topic: Introduction of the Future Care Lab and Technology particularly Pepper Robot

BIO

Introducing Erza Selmani, a dynamic and dedicated individual making a significant contribution in the field of digital health systems.

Erza embarked on an educational journey in the United Kingdom, pursuing a degree in Digital Health Systems through the prestigious Chevening scholarship. This experience not only provided Erza with a solid academic foundation but also exposed her to the cutting edge advancements in healthcare technology. Currently, Erza serves as a Project Coordinator, spearheading a transformative initiative that promotes the integration of digital and robotic healthcare solutions in the Western Balkans. Through this role, Erza plays a pivotal part in driving innovation and revolutionizing the way healthcare is delivered in the region. Beyond her project coordinator responsibilities, Erza also collaborates with various development agencies as a consultant, specializing in health and research-related projects in Kosovo. Demonstrating an insatiable thirst for knowledge and a commitment to making a lasting impact, Erza is currently pursuing a Ph.D. in a field aligned with her passion. Her research focuses on the effectiveness of a robotic intervention aimed at enhancing the lifestyle behaviors of young individuals. Through this research, Erza aims to contribute to the development of evidence-based practices that can lead to significant improvements in the well-being and overall health of young people.

Abstract

Kosovo, with a relatively broken healthcare system, presents a major need and potential for digital transformation in healthcare. Few of the indicators are age (Kosovo has the youngest population in Europe with a great potential for IT and related developments), education (there is a trend in young Kosovars to study information and technology), lifestyle and life expectancy (this shows the need for a major health care system intervention, because Kosovars are highly likely to engage in unhealthy lifestyle and behaviors which could be also related to the PTSD and leads to a high number of NCDs and at the same time the life  expectancy in Kosovo is very low). However, the population in Kosovo are quite literate and almost every house has access to the internet. Considering these factors, the Innovation Care and Robotics project is a dedicated initiative aimed at promoting the development and use of digital and robotic health solutions within the Western Balkans region. With a focus on advancing healthcare delivery, the project has established a Future Care Lab as a platform for developing innovative scenarios utilizing Pepper robots. Through this endeavor, the project seeks to harness the potential of robotics and digital technologies to enhance patient care and drive positive transformations in the healthcare sector. By exploring and integrating cutting-edge solutions, the project aims to foster innovation and improve healthcare outcomes in the Western Balkans.

Klara Cahani

Co-lecturer of the topic: Presentation of Scenarios e.g. M

BIO

My name is Klara Cahani, and I currently live in Kosovo where I work as an academic staff member for the Nursing Program (Bsc) and Advanced Nursing Practice (Msc). In 2018, I received a Bachelor’s degree in the General Nursing program at the State Faculty of Medical and Technical Sciences in Tirana, last year I graduated from the Heimerer College Master’s program “Management of health institutions and services”.

Abstract

To ensure the successful implementation of the Pepper robot as a teaching tool in nursing education, a specific methodology must be followed. This includes conducting a needs assessment to identify the learning needs and goals of nursing students, designing a set of learning objectives and a curriculum based on the assessment, developing the necessary software and hardware components required for the robot, performing of a pilot study to test feasibility and effectiveness, evaluating the results of the pilot study, refining the curriculum and user interface based on the results, and finally implementing the use of the Pepper robot on a larger scale. This methodology aims to improve the knowledge, skills and clinical competence of nursing students through the use of innovative and engaging learning tools.

Jenny-Victoria Steindorff

Lecturer of the topic:

Use and development of VR in nursing, using the example of DigiCare

BIO

Jenny-Victoria Steindorff currently works as a research assistant since September 2021, she has been part of the Health Services Research Working Group in the Department of Internal Medicine at the University Medicine Halle, affiliated with the Medical Faculty of Martin Luther University Halle-Wittenberg. She was also involved in the model project WORTSCHATZ at the Faculty for Health and Social Sciences of IB University for Health and Social Affairs, Study Center Berlin. Prior to this, she worked as a teacher for special tasks at the Faculty for Health and Social Sciences of IB University for Health and Social Affairs, Study Center Berlin, from November 2020 to August 2021. Previously, she also worked as a research assistant in the same faculty from January 2019 to October 2020. From October 2017 to December 2018, she worked as a freelance lecturer in the Faculty for Health and Social Sciences at IB University for Health and Social Affairs, Study Center Berlin. These diverse experiences in research and teaching in the field of health and social sciences have enhanced her understanding of the challenges and practices associated with these domains.

Abstract

Due to their flexible use, virtual reality (VR) scenarios offer a safe and motivating way to practice and habitualise nursing skills in rare and critical nursing tasks. Furthermore, trainees can be sensitised to digital (nursing) technologies.

Additionally, trainees can expand their (digital) competences in a practical, almost realistic setting while addressing sustainability issues, as well. However, VR scenarios only perform this high potential if the development follows a co-creative design, which actively involves the users, i.e. the nursing teachers and trainees.

Supplementary, significant design features have to be identified and defined in advance, too. In this way, it is possible to focus on the relevance of the situations for later everyday practice and the associated acquisition of competences as well as the perceived benefit and acceptance on the part of the target groups.

Using the DigiCare research project as an example, both the external evidence obtained by means of a scoping review and the internal evidence in form of the specific needs and requirements of teachers and trainees in the context of the specific training requirements constitute a crucial part in the development of targeted scenarios. In concrete terms, such requirements relate, for example, to the following aspects: Intuitive operation of realistic VR scenarios, which should be standardised and modifiable, as well as clear instruction and multimodal feedback functions. Furthermore, the linear structure of the sequences with a hierarchically tiered level system as well as a high image quality for increased immersion with low sensory overload prove to be effective. Perspective changes, multi-user options and the recording function for in-depth reflections can contribute to interactive nursing didactics.

Bernhard Kraft

Lecturer of the topic: Project presentation for further training program “Digital Care Consultant” (DCC)

BIO

Bernhard Kraft has been working at the Institute of History and Ethics of Medicine since 2020 and at the Health Services Research Working Group of the Medical Faculty of the Martin Luther University Halle-Wittenberg since 2022. His work focuses on ethical aspects of digital assistance technologies and the teaching of digital and ethical skills to healthcare professionals. Since January 2023, he has been working on piloting a further training course to become an “advisor for digital health care” for the state of Saxony-Anhalt. He pursued a Master’s degree in Philosophy at the University of Leipzig from October 2017 to January 2020. Prior to that, he completed a Bachelor’s degree in Philosophy at the same university from October 2013 to December 2016. In addition to his studies in philosophy, he also pursued a Bachelor’s degree in Economics at the Technical University of Dresden from October 2009 to September 2012. These academic endeavors in both philosophy and economics have provided him with a well-rounded education and a multidisciplinary perspective.

Abstract

The model project “Digital Care Consultant (DCC)” is a further training program initiated and funded by the Ministry of Labour, Social Affairs, Health and Equal Opportunities of the State of Saxony- Anhalt to support the digital transformation of health care.

The further training is aimed at a wide range of healthcare professionals (including healthcare and nursing professionals) who want to deal with topics related to digital transformation and try out assistive technologies. The gathering of practical experience as well as the pronounced application orientation and support of the participants are intended to promote the transfer of learning. Due to the modular structure with a total of 200 teaching hours over nine months, of which five days are planned in Halle, participation in the further training is structured flexibly in terms of time.

Andreas Lauenroth

Lecturer of the topic: How to pitch new ideas

BIO

Andreas Lauenroth studied sports and political science at the Martin Luther University in Halle-Wittenberg. After completing his doctorate in 2008, he worked as a research assistant in research and teaching until 2018. He carried out these activities at the universities of Heidelberg, Tübingen, Halle and at the Massachusetts Institute of Technology (MIT) in Boston. From 2019 -2021 he was a transfer and start-up scout at MLU’s transfer and start-up service. Since 2021 he has been employed in the alliance management of the TDG in Halle.

Abstract

In this lecture, we explore the key aspects of effectively presenting a new idea to others. We delve into important considerations when time is limited, highlight common mistakes to avoid, and discuss techniques to inspire and captivate audiences with our ideas. Additionally, we uncover the art of crafting an impactful pitch deck and attracting the attention of others

Ari- Pekka

Lecturer of the topic: Simulation in learning and product testing

BIO

Ari-Pekka is Head of the Simulation Learning Environment at Metropolia UAS. He has made a significant contribution to the development of simulation learning environment, curriculum development of simulation and simulated learning in emergency care and in general at Metropolia. He is also an expert in the development and use of high fidelity simulators and their environments in learning and teaching. Ari-Pekka has developed in international cooperation the NESTLED- trained the trainers’ course for SL and held those courses 36 times so far for teachers and Master´s degree students. He is qualified as a Firefighter-EMT and Emergency Nurse and has work experience in emergency care for over 20 years on the Helsinki Rescue Department

Abstract

Simulation education and case-based learning.Simulation-based learning is an educational approach that involves creating an interactive, virtual or physical environment that replicates a real-life situation, providing learners with an opportunity to explore scenarios and make decisions without the risk of real-life consequences. This approach is used in a variety of fields including healthcare, aviation, engineering, and military to train professionals in critical skills and decision-making. Simulation-based learning can provide a safe space for learners to practice skills and receive feedback, helping them to develop the competence and confidence to apply their learning in real-life situations. In simulation-based learning the learning groups are observers, performers and actors and phases are briefing, the simulation event and debriefing.

Case-based learning is an educational approach that involves using real or fictional cases as a central focus for teaching and learning. In this method, students are presented with complex, authentic scenarios or cases that resemble real-world problems or situations which require decision-making. They are then encouraged to analyze and solve these cases by applying their knowledge, skills, and critical thinking abilities. In this session the participant will learn what the simulation-based learning is and its specifics. He will learn the meaning of objectives and briefing in learning events.

Panu Karhinen

Lecturer of the topic: Simulation in learning and product testing

BIO

Panu Karhinen is a Team Leader, Senior Lecturer and Project Manager in School of Wellbeing at the Metropolia University of Applied Sciences. His main fields of interest, education, research and development are user driven gerontechnology and the futures research. Panu´s own educational background lies in occupational therapy, gerontology, innovation leadership and future research.

Title: Introduction to Gerontechnology

Abstract

Gerontechnology refers to the use of technology to support and improve the health, wellbeing, and independence of older adults. This field encompasses a broad range of technologies, including assistive devices, home automation systems, social networking platforms, and telemedicine. The goal of gerontechnology is to enhance the quality of life for older adults, while also providing them with greater autonomy and control over their daily lives. This abstract highlights the significance of gerontechnology as an innovative approach to address the needs of the aging population, and emphasizes the need for continued research and development in this field. Technology is seen as a part solution for the challenges of the aging populations when there is a limited number of social and health professionals available.

Prof. Dr. Michael Sauer

Lecturer of the topic: Virtual Return Migration in Health Care

BIO

Prof. Dr. Michael Sauer currently works as a professor of social policy at the

Bonn-Rhein-Sieg University of Applied Sciences, where he is head of the bachelor studying programme “Sustainable Social Policy”. His area of expertise includes the topics of social policy and labour migration, particularly related to the region of South-Eastern Europe. Between 2015 and 2018, he worked as an advisor for the Ministry of Labour and Social Affairs in the Republic of Kosovo on the design and implementation of a labour migration programmes. Since 2020, Michael Sauer has been leading the research project “Sustainable Labour Migration”, which is funded by the Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) GmbH. Among other things, he is a member of the think tank on Transnational Skills Partnerships initiated by the Bertelsmann Foundation, a member of the scientific advisory board of the German Competence Centre for International Professionals in Health and Care Professions (DKF) and a founding member and fellow of the German Institute for Interdisciplinary Social Policy Research (DIFIS).

Abstract

Over the last years, the perception of return migration has changed. Classically, return used to be understood as physical remigration to the home country. Nowadays, the debates around temporary and virtual return have gained momentum. Virtual modes of return in particular create new opportunities for projects and social engagement of migrants in their regions of origin (Schrooten 2010). The course “Virtual Return Migration in Health Care” will bring together the topics of e-health and return migration. As this nexus is so not very much researched, we will explore possible topics and fields for future research. We will further discuss and work on the operationalization of selected research questions. On this basis students might opt to follow-up their own project addressing the return migration – e-heath nexus.

Prof. Ass. Dr. Florim Gallopeni

Lecturer of the topic: Presentation of operation model of Student Run Interdisciplinary Allied Health Digital Practice

BIO

Prof. Ass. Dr. Florim Gallopeni has been vice-rector for teaching at Heimerer College since 2017. Florim Gallopeni completed his doctoral studies at the Autonomous University of Barcelona in Spain, in the Clinical and Health Psychology program. In advance, Florim Gallopeni completed his Bachelor and Master studies at the University of Pristina in the Faculty of Philosophy, Department of Psychology. Florim Gallopeni has also specialized and is certified in Family Therapy. Florim Gallopeni has experience in teaching in higher education institutions since 2010. He also has long experience working in various roles in other institutions. He is a Clinical Psychologist Licensed by the Ministry of Health, has worked as a Clinical Psychologist at the ATOMI Institute, a Clinical Psychologist in institutions for the treatment of children with Autism, a Psychologist in the Together Foundation, a Psychologist in the support of host families in social work centers through Amici Dei Bambini, National Supervisory Psychologist at Mensa Kosovo and other engagements in various research and professional projects. Florim is a Professional Coordinator of Erasmus + Project: Student-Run Interdisciplinary Allied Digital Health Practice Center.

Abstract

Student-run interdisciplinary allied health digital practice center -SIAHDPC.

Student-run interdisciplinary allied health digital practice center (SIA HDPC) is an Erasmus + Capacity Building in Higher Education project, led by University Heimerer College in Prishtina. The aim of this Project is to enhance the virtual and mixed reality practice-oriented education in allied health sciences through lifelong-learning (LLL), in line with the Bologna process and in collaboration with rehabilitation/health providers, ministries and national industry.

This project aims to establish and operate a student-run interdisciplinary allied health digital practice centre, including its Virtual Clinic,to co-create a Teacher’s Digital Toolkit on modern pedagogical approaches,to

co-create a Roadmap (Guideline), to investigate and share best practice of Interdisciplinary collaboration,  ICT & Digital Competence, Evidence-informed practice, Innovation and entrepreneurship, Evidence-informed practice,User-involvement and person-centeredness to update 6 existing CPD, and co-create 3 CPD courses,to advance the work of the recently established knowledge “triangles” (Advisory Industry Board and Joint Venture Group) in health sciences comprising of representative from industry, academia and government in Kosovo, to establish EU and Kosovo network for collaboration and mobility of staff for developing LLL.

Undeniably, the actual overall goal of this project is to enhance the quality of rehabilitation/health services directly benefiting the most excluded, vulnerable, and stigmatized persons in Kosovo. At the same time, special focus is paid to the inclusion of disadvantaged students, staff and professionals from poor

socio-economic backgrounds and with special needs during the development and implementation of the expected intellectual outputs. Subsequently, the project is accomplished in line with the approach that ensures national ownership, social cohesion, equity, proper geographical balance and diversity with focus on the most vulnerable communities.

Collaboration with our partners

The project has 10 national and international partners:

Our international partners are: JAMK University, Metropolia University, Martin-Luther University- Halle, Univations;

  • Our national partners are: University of Gjilan “Kadri Zeka”,Milky Way Creative,
  • RIT-Kosova, ISEE-HSP,MEST, Digital Clinic and Heimerer College who leads the project.

Workshops

The workshops covered during the summer school were the following:

  • Digitization in Medical Education, Patient Safety and Health Services (Holders: Wioletta Janecka and Renata Wiśniewska of The Mazovian University in Plock)
  • Exploring Wearable Technologies (Holder: MSc. Toon Colman of Thomas More University of Applied Sciences)
  • Community Engagement through Digital Solutions (Holders: Prof. Patrick Jahn and PhD. Jenny Victoria Steindorff, Universitätsmedizin Halle (Saale))
  • Pitching Social Impact Projects (Holder: Msc. Ardian Hoxha of Heimerer College)
  • Language Disorders in Children (Holders: Prof. Lien Van Rompaey and Prof. Ine Francke of Thomas More University of Applied Sciences)
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