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REHIN: Refugees' Integration to Healthcare

Course lenght

34 weeks

About this course

This course offers a number of creative digital resources to enable the integration of refugees into the European Union health culture.

The fundamental objectives of “ReHIn” lay in the integration in terms of the use of the health services, but also in the way that health and medicine are practiced in the EU in comparison to major refugees’ home countries.

Through Reusable Learning Objects (RLOs) and their combination into a MOOC, “ReHIn” will foster respect and understanding for diversity in Health, intercultural and civic competencies, but also it will enable health values and citizenship within the EU.

What will I learn

Upon completion of the MOOC, we hope learners will:

  • Understand the rights when accessing the healthcare system
  • Understand expectations (understand the inclusiveness, integrity issues, and the idea of preventive health measures in the European healthcare system)
  • Understand the importance of dental health
  • Family Planning
  • Reproductive Health Rights Contraception, etc.
  • Understand the general perspective in the European Union regarding unwanted pregnancies
  • Be aware of the services that may be available to you regarding contraceptives and abortions
  • Be aware of the importance of mental health in Europe
  • Understand maternal depression and overcome the stigma
  • Understand what loneliness is and overcome its impact
  • Understand and recognize PTSD symptoms from the experience of fleeing the home country

Prerequisites

No previous knowledge is required to enroll in the course.

Modules

  1. Week 1: Accessibility and rights to health
  2. Week 2: Sexual and reproductive health
  3. Week 3: Mental health and well being

Instructors

Vicente Traver Salcedo

Doctor in Telecommunications Engineering at Valencia Polytechnic University, his Research, Development and Innovation operations and technological transference pursuits focus on telemedicine and e-health, and directing the SABIEN group (Technological Innovation for Health and Well-being) of ITACA. A professor at Valencia Polytechnic University, he has lectured on ICTs and health subjects since 2001.

Panagiotis Bamidis

Panagiotis Bamidis is a Professor of Medical Physics, Informatics and Medical Education and Director of the Lab of Medical Physics and Digital Innovation in the School of Medicine of the Aristotle University of Thessaloniki (AUTH), Greece. He designs, implements and evaluates IT and Assistive Technologies systems that improve everyday activities and overall quality of life of older people and other vulnerable groups as well as the education and training of healthcare professionals and medical students.

Stathis Konstantinidis

Doctor and an Associate Professor in e-Learning and Health informatics at the University of Nottingham, UK, and an active member of DICE research group and HELM team, which work spans a number of intertwining themes on Digital Innovations in healthcare and Education.

Klas Karlgren

Doctor in Philosophy and an associate professor and senior researcher at Karolinska Institutet. He is also a research coordinator at the Södersjukhuset hospital in Stockholm, Sweden, and associate professor at SimArena at the Western Norway University of Applied Sciences (HVL) in Bergen, Norway. He has a large experience in technology-enhanced learning, interaction design, usability, human-machine interaction, and medical education.

Natalia Stathakarou

Project Coordinator and PhD student at Karolinska Institutet. She holds an MSc degree in Health Informatics and a BSc in Computer Science. She coordinates several Erasmus+ projects and she is one of the course leaders in the Health Informatics MSc program at Karolinska Institutet. Her research focus is on the education and training of team leaders’ decision-making in civilian and military complex trauma care, funded by the Swedish Armed Forces.

Ioanna Dratsiou

Bachelor’s degree from School of Primary Education and a Master’s degree, Master of Science in Learning Technologies, both from the Aristotle University of Thessaloniki, (AUTH) Greece. She currently works as a Research Associate in the Lab of Medical Physics and Digital Innovation, School of Medicine AUTH. She has experience in applying Living Lab methodologies and interacting with end-users for the development of innovative technological solutions.

Annita Varella

Bachelor’s degree in Psychology from the University of Greenwich in London, United Kingdom. She is currently a Research Assistant in the Lab of Medical Physics and Digital Innovation in the School of Medicine, Aristotle University of Thessaloniki (AUTH). Her research interests include the design, exploitation and evaluation of Assistive Technologies in the context of healthcare integration and support of vulnerable populations, aiming to improve their overall quality of life along with their cognitive enhancement and social inclusion.

Iraklis Tsoupouroglou

Iraklis Tsoupouroglou holds a degree in Computer Science and a Master’s degree in Web Intelligence both from the Technological Educational Institute of Thessaloniki, Greece. He is currently employed as a Research Associate at the Lab of Medical Physics & Digital Innovation, School of Medicine in Aristotle University of Thessaloniki (AUTH), Greece. His research interests include ICT tools and assistive technologies and artificial intelligence. Other areas of interest are web development, operating systems, and cyber security.

Maxine G. Harjani

Bachelor of Dental Science from the University of British Columbia and a Master of Health informatics from Stockholm University. She currently works as a researcher at Karolinska Institutet applying her experience as a primary healthcare provider and her education in health informatics and data sciences in research projects as REHIN to improve the healthcare experiences of both patients and healthcare providers.

Lucía Aparici Tortajada

Telecommunications Engineer from the Polytechnic University of Valencia in 2012 and Master in Biomedical Engineering in 2016. She has more than seven years of experience in research both in private companies and in the university field. He has participated in the request for numerous projects at local, community, national and European level, all focused on the biomedical field, health and well-being of people.

Daniyar Sapargaliyev

Doctor in Pedagogy and Psychology at the Eurasian National University. He is a research assistant at the University of Nottingham with background in the field of Social and Computer Science with experience in the field of mobile and wearable technologies, qualitative and quantitative methods, data analysis and human-computer interaction.

Antonio Martínez Millana

He has more than 10 years of experience in the research and development of European e-health projects as part of the SABIEN group at Valencia Polytechnic University. His research has focused mainly on the implementation and standardization of communication protocol between medical sensors and portable desktop applications, concentrating mainly on the management of diabetes, and the design of Personal Health Systems (PHS) within unchecked environments.

Juan José Lull Noguera

Doctor in Informatic Engineering and an Assistant Lecturer at Valencia Polytechnic University (UPV). He is also a Senior Researcher at UPV. For the last years, he has been a researcher with a programming and software management background. He also has experience in the creation of startups, management, and participation in software development teams and IoT implementation. He currently manages software needs for research projects, participation in them, and internal advice on Data Protection.

María Segura Segura

Bachelor’s degree in Sciences of Physical Activity and Sport from Alicante University and a Bachelor’s degree in Business Management from Valencia Polytechnic University (UPV). She currently works as a technical officer at SABIEN group of UPV working on the administrative and financial issues of local, national, and European projects. She is also involved in various healthcare research projects.

Realizar la inscripción

MOOC es el acrónimo en inglés de Massive Online Open Course (que puede traducirse como Curso masivo abierto online).

Las siglas MOOC se utilizan para referirse a una iniciativa que comenzó en 2011 con un curso de Introducción a la Inteligencia artificial de la Universidad de Stanford en el que se inscribieron 160.000 estudiantes de 190 países, y que se ha convertido ya en un movimiento global al que se han incorporado las mejores universidades del mundo con la creación de diversas plataformas MOOC y miles de cursos que comparten un objetivo: proporcionar acceso gratuito a una formación superior de calidad a cualquiera que tenga una conexión a internet.

Los MOOCs están basados en la integración de tecnologías que existen desde hace tiempo en Internet: el vídeo en red, la evaluación automática a distancia y los foros de preguntas y respuestas en la web. Pero es ahora cuando los usuarios se han acostumbrado a usar el vídeo en red y las redes sociales en su día a día en Internet, lo que facilita que se creen comunidades de alumnos situados en cualquier parte del mundo que comparten conocimientos y experiencias y se ayudan en el proceso de aprendizaje, dándole a la formación online un nuevo enfoque colaborativo. Esto, unido a la disponibilidad de acceso a los cursos MOOC en cualquier momento y desde cualquier lugar en donde se tenga acceso a Internet, ha permitido crear una nueva comunidad global de estudiantes.

Los MOOCs de UPV[X] están diseñados para ayudarte a aprender trabajando a tu ritmo de forma independiente y proporcionarte el apoyo de la comunidad de aprendizaje si te hace falta.

Para ello los MOOCs están estructurados en módulos que suelen corresponder a una semana de trabajo (aunque no siempre es así). Los módulos se estructuran en lecciones con un vídeo, que dura normalmente entre 3 y 10 minutos, y una pregunta de refuerzo al final para ayudarte a fijar su contenido. Las lecciones están orientadas a tratar un concepto (o un número reducido de ellos) de forma que sean lo más atómicas que sea posible.

Los cursos MOOC de UPV[X] pueden tener distintos esquemas de evaluación, pero lo habitual es que al terminar cada módulo haya un examen (normalmente tipo test) que te permitirá comprobar tu evolución y fijar los conocimientos, y que cuenta en cierto porcentaje para la evaluación final. Con ello tendrás una realimentación frecuente de tu progreso que te permitirá ir mejorar tu proceso de aprendizaje.

Al acabar el MOOC habrá a un examen final para evaluar si has alcanzado los objetivos de aprendizaje que contará en un porcentaje mayor para la evaluación final.

En los MOOC también hay un foro de debate moderado por el equipo del curso donde los alumnos pueden consultar sus dudas sobre el contenido del curso y comentar aquellas cosas que les parezcan interesantes. El acceso a una comunidad online de internautas con tus mismos intereses y que están aprendiendo a la vez enriquece la experiencia del curso.

Esperamos sinceramente que disfrutes de nuestros MOOCs y aprendas con nosotros