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The future of learning

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This Padlet: https://padlet.com/maziarsharbafi/ifs_future

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* focus on diagnostics and intervention
* model-based / technology-based analysis and assistance of human movement, motor control and learning
==> Advanced learning technologies (combining human and model-based learning)

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https://www.thuas.com/research/research-groups/assistive-technology-mobility-and-sports

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The Hague University of Applied Sciences

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Introduction

Sports is not always a natural activity for people with a physical limitation or a chronic disorder. Physical limitations or pain during exercise can take away the joy of exercise.

The available activities are also not always suited to their interests and abilities. The Technology for Inclusive Movement and Sport research group is committed to giving people with a limitation as many opportunities to exercise and practice sports as people without limitations.

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About the research group

Target groups

The research group focuses on people who due to symptoms or chronic disorders (for example arthritis and obesity), mobility limitations or restrictions of the musculoskeletal system are less mobile and unable to exercise and play sports as much as they should or would like.

The research focuses on the following themes with the corresponding research questions:

Encouraging exercise

What are effective (technical) tools to encourage exercise and sport among people with physical disabilities?

Recording and analysing exercise

How can we better understand the exercise behaviour and performance of people with physical disabilities to promote and optimise exercise?

Support and optimisation

Which technological innovations and improvements of existing mobility aids can help increase exercise and sport participation among people with physical disabilities?

About the professor

dr. Monique Berger

Monique Berger graduated from VU Amsterdam with a degree in Human Kinetic Sciences. From 1993, Monique has held various positions within the Human Kinetic Technology degree programme and worked as a senior researcher at the Rehabilitation Research Group. From this degree programme, she shaped the research in the Human Kinetic Technology Centre of Expertise. Many of these projects are aimed at adapted sports and wheelchair sports in particular. These projects include partnerships with TU Delft, the faculty of Behavioural and Movement Sciences of VU Amsterdam, UMCG Groningen, NOC*NSF, the Dutch Basketball Federation, the Sports and Exercise Centre of Expertise, the City of The Hague and various rehabilitation centres, in particular Basalt Revalidatie, which insures excellent cooperation with other parties.

06 - 19 40 67 65
m.a.m.berger@hhs.nl

LinkedIn profile Twitter account

We use smart tools and new technologies to make sports and exercise possible for everyone.

Projects

Assistive technology for longer independent living (AW Technology for Home)

Assistive devices are of great importance in supporting and improving the users' independence, quality of life and participation in society.

Read more

Sport and Exercise Professor Platform

The Sport and Exercise professor platform connects professors so they can exchange knowledge and collaborate. This leads to the efficient and effective development and use of knowledge.

Read more

Innovations in sport and exercise in the SportLab

The SportLab is a practical environment ('field lab') at the Zuiderpark Sports Campus. At the SportLab, researchers are working on innovations and research to help people exercise more and better and to improve sports performances.

Read more

Wearable Activity Monitoring in Day-to-Day Stroke Care: A Promising Tool but Not Widely Used

In het kader van dit topic kijkt De Haagse Hogeschool naar draagbare activiteitsbewaking bij dagelijkse beroertezorg.

Download PDF

News

Sports Innovator Challenge winners announced during Volleyball World Championship

General, Research

On the opening day of the Women's Volleyball World Championship in Arnhem, Marjolijn Sonnema and Frank van der...

Read more

Better rehabilitation through wearables?

Research

Activity monitors, also known as 'wearables', measure your posture and movements in everyday life in an objective,...

Read more

Professor Monique Berger inspires with personal stories during inaugural lecture

Research

An enormous drive, passion for her profession and determination. That's what professor Monique Berger exuded...

Read more

Professor Assistive Technology for Mobility and Sports

dr. Monique Berger

Mail Monique

Assistive technology for longer independent living (AW Technology for Home)

Assistive devices are of great importance in supporting and improving the users' independence, quality of life and participation in society.

Read more

Sport and Exercise Professor Platform

The Sport and Exercise professor platform connects professors so they can exchange knowledge and collaborate. This leads to the efficient and effective development and use of knowledge.

Read more

Innovations in sport and exercise in the SportLab

The SportLab is a practical environment ('field lab') at the Zuiderpark Sports Campus. At the SportLab, researchers are working on innovations and research to help people exercise more and better and to improve sports performances.

Read more

Wearable Activity Monitoring in Day-to-Day Stroke Care: A Promising Tool but Not Widely Used

In het kader van dit topic kijkt De Haagse Hogeschool naar draagbare activiteitsbewaking bij dagelijkse beroertezorg.

Download PDF

Sports Innovator Challenge winners announced during Volleyball World Championship

General, Research

On the opening day of the Women's Volleyball World Championship in Arnhem, Marjolijn Sonnema and Frank van der...

Read more

Better rehabilitation through wearables?

Research

Activity monitors, also known as 'wearables', measure your posture and movements in everyday life in an objective,...

Read more

Professor Monique Berger inspires with personal stories during inaugural lecture

Research

An enormous drive, passion for her profession and determination. That's what professor Monique Berger exuded...

Read more

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Assistive Technology for Mobility and Sports | The Hague University of Applied Sciences

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The research group focuses on people who due to symptoms or chronic disorders (for example arthritis and obesity), mobility limitations or restrictions of the musculoskeletal system are less mobile and unable to exercise and play sports as much as they should or would like.

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https://www.sport.fau.eu/das-institut/forschung/sport-und-bewegungsmedizin/

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Aims: From a science theory point of view, an independent scientific discipline is defined by certain criteria i.e. its own subject area, its own research methods, a defined research field and a system for the subject-specific achievement of knowledge. Sports biology and exercise medicine deal with healthy and ill athletes.

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https://www.sportmedizin.uni-mainz.de/

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https://www.sport.kit.edu/english/Prospective_Students_Master_of_Science.php

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Objectives of the master in sports science program

The master in sports science program imparts an extended and in-depth knowledge in the scientific, medical as well as social and health science fields of sport science. In accordance with individual interests, students can distinguish themselves in the technical and scientific fields of sports science, in the field of health sports or target group-specific with a focus on the movement and sport of children and adolescents.

The students are involved in ongoing projects and can thus gain insights into various research projects. The students learn to understand and critically analyze scientific studies, i.e. identify strengths and weaknesses of the studies and thus estimate their scope. Based on the identification of research deficits, the students learn to formulate their own research questions, to select and apply suitable methods and to evaluate, interpret and classify the results.

Thanks to the excellent equipment available in the institute's various laboratories (biomechanics laboratory, robotic laboratory, physiological performance diagnostics, biomedicine) the students have the opportunity to study different methods of biomechanics, movement science, (sports) physiology and nutritional science and apply it in their own empirical work. Uniquely in Germany, Forschungszentrum für den Schulsport und den Sport von Kindern und Jugendlichen (FoSS) offers master's students the opportunity to work on a large number of different target group-oriented projects within sports science. In the master's program, special emphasis is placed on interdisciplinarity and cooperation with institutions from other departments.

Structure of the Master's program

The master's program comprises a total of 120 credit points (CP) and is designed to run over 4 semesters. As a rule, 30 credits have to be earned each semester, which corresponds to a full-time study of 2 years. It consists of a core subject, a profile subject and subject-independent modules.

In the core subject, the students are taught cross-sectional content that is relevant for all three study profiles. In the profile subject, students have the opportunity to choose between three study profiles:

Subject-independent internships, key qualifications and the master's thesis provide further competencies for a research-oriented activity in a leading role.

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institut für sport und sportwissenschaft

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KIT - Institut für Sport und Sportwissenschaft - Prospective Students - Master of Science

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Objectives of the master in sports science program The master in sports science program imparts an extended and in-depth knowledge in the scientific, medical as well as social and health science fields of sport science.

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Here we bring some examples of the sport institutes which have study and reserarch programs in the field of movement assistance

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Suggestions for integration of Maziar into institute

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Suggestions for integration of Maziar into institute

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* identify contributions to sport science regarding future teaching and research directions
* supporting the organisation/administration of the institute
* offering teaching in English and German
* creating new technologies for sports and sport science related teaching/research
* contributions in research management (e.g. data management, lab management, PhD programme)
* supporting the development of international networks
* supporting in attracting new students with attractive offers (educational robots for teaching, blended teaching)
* bridging sports science and medical technology
* smart learning (human-machine-AI scenarios)

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Motivation for the involvement of Maziar in the institute

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Motivation for the involvement of Maziar in the institute

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* strong scientific background > high visibility in the field of biomechanics and movement assistance technology
* with own projects > support the institute in shaping the future profiles regarding teaching, research and X-change