Mobile landscape

Design Changes 2012
4TU Delft
4TU Eindhoven
4TU Twente
4TU Wageningen

Modern life demands people to be more and more mobile. However, increased mobility causes air pollution and traffic congestion. It is therefore necessary to develop novel mobility solutions.

Much everyday travel concerns ‘normal traffic’, i.e., trips covering relatively short distances in urban areas, such as shopping, visiting a doctor or seeing a friend. While such travel is often too far to cover on foot, using a regular car, which is designed for ‘fast traffic’, is unnecessary. The technical requirements for normal traffic can be totally different than those for fast traffic.

In this project, concepts of sustainable normal traffic solutions are studied, designed, built and/or tested in natural environments. Among the areas of attention will be electrical mobility solutions for elderly with reduced physical abilities. In addition, the general process of mobility innovation, which involves many stakeholders with different interests, will be studied.

Partners

Universiteit Twente
Indes
Roessingh R&D
Zorggroep Tellens

People

University of Twente:
ir. Rick Schotman, Dept. Engineering Technology, PhD candidate;
ir. Vera Bulsink, Dept. of Engineering Technology, PhD candidate
;
ir. Hielke Kiewiet, Dept. of Engineering Technology, Research Assistant;
prof. dr. ir. Bart Koopman, Dept. of Engineering Technology, Promotor;
prof. dr. ir. Arthur Eger, Dept. Engineering Technology, promotor;
Dr. ir. Geke Ludden, Dept. Engineering Technology, co-promotor.

Contact and Information

Rick Schotman
h.schotman@utwente.nl

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Modern life demands people to be more and more mobile. However, increased mobility causes air pollution and traffic congestion. It is therefore necessary to develop novel mobility solutions.

Much everyday travel concerns ‘normal traffic’, i.e., trips covering relatively short distances in urban areas, such as shopping, visiting a doctor or seeing a friend. While such travel is often too far to cover on foot, using a regular car, which is designed for ‘fast traffic’, is unnecessary. The technical requirements for normal traffic can be totally different than those for fast traffic.

In this project, concepts of sustainable normal traffic solutions are studied, designed, built and/or tested in natural environments. Among the areas of attention will be electrical mobility solutions for elderly with reduced physical abilities. In addition, the general process of mobility innovation, which involves many stakeholders with different interests, will be studied.

Partners

Universiteit Twente
Indes
Roessingh R&D
Zorggroep Tellens

People

University of Twente:
ir. Rick Schotman, Dept. Engineering Technology, PhD candidate;
ir. Vera Bulsink, Dept. of Engineering Technology, PhD candidate
;
ir. Hielke Kiewiet, Dept. of Engineering Technology, Research Assistant;
prof. dr. ir. Bart Koopman, Dept. of Engineering Technology, Promotor;
prof. dr. ir. Arthur Eger, Dept. Engineering Technology, promotor;
Dr. ir. Geke Ludden, Dept. Engineering Technology, co-promotor.

Contact and Information

Rick Schotman
h.schotman@utwente.nl

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Mobile landscape

Modern life demands people to be more and more mobile. However, increased mobility causes air pollution and traffic congestion. It is therefore necessary to develop novel mobility solutions.

Much everyday travel concerns ‘normal traffic’, i.e., trips covering relatively short distances in urban areas, such as shopping, visiting a doctor or seeing a friend. While such travel is often too far to cover on foot, using a regular car, which is designed for ‘fast traffic’, is unnecessary. The technical requirements for normal traffic can be totally different than those for fast traffic.

In this project, concepts of sustainable normal traffic solutions are studied, designed, built and/or tested in natural environments. Among the areas of attention will be electrical mobility solutions for elderly with reduced physical abilities. In addition, the general process of mobility innovation, which involves many stakeholders with different interests, will be studied.

Partners

Universiteit Twente
Indes
Roessingh R&D
Zorggroep Tellens

People

University of Twente:
ir. Rick Schotman, Dept. Engineering Technology, PhD candidate;
ir. Vera Bulsink, Dept. of Engineering Technology, PhD candidate
;
ir. Hielke Kiewiet, Dept. of Engineering Technology, Research Assistant;
prof. dr. ir. Bart Koopman, Dept. of Engineering Technology, Promotor;
prof. dr. ir. Arthur Eger, Dept. Engineering Technology, promotor;
Dr. ir. Geke Ludden, Dept. Engineering Technology, co-promotor.

Contact and Information

Rick Schotman
h.schotman@utwente.nl

back to cases

Modern life demands people to be more and more mobile. However, increased mobility causes air pollution and traffic congestion. It is therefore necessary to develop novel mobility solutions.

Much everyday travel concerns ‘normal traffic’, i.e., trips covering relatively short distances in urban areas, such as shopping, visiting a doctor or seeing a friend. While such travel is often too far to cover on foot, using a regular car, which is designed for ‘fast traffic’, is unnecessary. The technical requirements for normal traffic can be totally different than those for fast traffic.

In this project, concepts of sustainable normal traffic solutions are studied, designed, built and/or tested in natural environments. Among the areas of attention will be electrical mobility solutions for elderly with reduced physical abilities. In addition, the general process of mobility innovation, which involves many stakeholders with different interests, will be studied.

Partners

Universiteit Twente
Indes
Roessingh R&D
Zorggroep Tellens

People

University of Twente:
ir. Rick Schotman, Dept. Engineering Technology, PhD candidate;
ir. Vera Bulsink, Dept. of Engineering Technology, PhD candidate
;
ir. Hielke Kiewiet, Dept. of Engineering Technology, Research Assistant;
prof. dr. ir. Bart Koopman, Dept. of Engineering Technology, Promotor;
prof. dr. ir. Arthur Eger, Dept. Engineering Technology, promotor;
Dr. ir. Geke Ludden, Dept. Engineering Technology, co-promotor.

Contact and Information

Rick Schotman
h.schotman@utwente.nl

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