Demographic changes and increasing numbers of older and
performance-restricted employees is a challenge for the industry. A digital workplace
design can support value-adding and ability-appropriate employment. In
the early planning phase, digital human models can be used for ergonomic and
economicworkplace design.However, fewdigital human models allowthe consideration
of individual abilities and age-related change to enable ability-appropriate
work design. On the example of the design of a production area including logistic
activities, a procedure for designing ability-and age-appropriate workplaces is
presented. The planning system ema Work Designer is used to simulate the work
process under consideration of representative digital human models with different
characteristics (anthropometry, flexibility, strength) related to age. The simulated
process is assessed by accessibility, biomechanical analyses (e.g. EAWS) and
time analysis. As a result, it is shown that with the developed method using digital
human models with different abilities it can be ensured that workers with and
without restrictions canwork together in thework systems. By introducing various
design measures, the ergonomic risk is reduced from high to moderate risk scores
and the operational capability of all relevant employee groups is guaranteed. The
execution time was reduced significant.
%0 Journal Article
%1 noauthororeditor2023towards
%A Russwinkel, Nele
%A Spitzhirn, Michael
%A Remlinger, Wolfram
%A Fleischer, Martin
%D 2023
%J Advances in Digital Human Modeling Proceedings of the 8th International Digital Human Modeling Symposium, 4–6 September 2023, Antwerp, Belgium
%K 2023 Artikel IDE IKTD
%P 229-237
%R 10.1007/978-3-031-37848-5
%T Towards an Approach for a Holistic Ergonomic Work Design Using
Physical and Cognitive Digital Human Models
%X Demographic changes and increasing numbers of older and
performance-restricted employees is a challenge for the industry. A digital workplace
design can support value-adding and ability-appropriate employment. In
the early planning phase, digital human models can be used for ergonomic and
economicworkplace design.However, fewdigital human models allowthe consideration
of individual abilities and age-related change to enable ability-appropriate
work design. On the example of the design of a production area including logistic
activities, a procedure for designing ability-and age-appropriate workplaces is
presented. The planning system ema Work Designer is used to simulate the work
process under consideration of representative digital human models with different
characteristics (anthropometry, flexibility, strength) related to age. The simulated
process is assessed by accessibility, biomechanical analyses (e.g. EAWS) and
time analysis. As a result, it is shown that with the developed method using digital
human models with different abilities it can be ensured that workers with and
without restrictions canwork together in thework systems. By introducing various
design measures, the ergonomic risk is reduced from high to moderate risk scores
and the operational capability of all relevant employee groups is guaranteed. The
execution time was reduced significant.
%@ 978-3-031-37847-8
@article{noauthororeditor2023towards,
abstract = {Demographic changes and increasing numbers of older and
performance-restricted employees is a challenge for the industry. A digital workplace
design can support value-adding and ability-appropriate employment. In
the early planning phase, digital human models can be used for ergonomic and
economicworkplace design.However, fewdigital human models allowthe consideration
of individual abilities and age-related change to enable ability-appropriate
work design. On the example of the design of a production area including logistic
activities, a procedure for designing ability-and age-appropriate workplaces is
presented. The planning system ema Work Designer is used to simulate the work
process under consideration of representative digital human models with different
characteristics (anthropometry, flexibility, strength) related to age. The simulated
process is assessed by accessibility, biomechanical analyses (e.g. EAWS) and
time analysis. As a result, it is shown that with the developed method using digital
human models with different abilities it can be ensured that workers with and
without restrictions canwork together in thework systems. By introducing various
design measures, the ergonomic risk is reduced from high to moderate risk scores
and the operational capability of all relevant employee groups is guaranteed. The
execution time was reduced significant.},
added-at = {2023-09-07T10:50:10.000+0200},
author = {Russwinkel, Nele and Spitzhirn, Michael and Remlinger, Wolfram and Fleischer, Martin},
biburl = {https://puma.ub.uni-stuttgart.de/bibtex/21980f9cb0d211a3089b26beb1198a3d5/iktd_group},
doi = {10.1007/978-3-031-37848-5},
interhash = {1db42bdd050f407b08b1ec491989c702},
intrahash = {1980f9cb0d211a3089b26beb1198a3d5},
isbn = {978-3-031-37847-8},
journal = {Advances in Digital Human Modeling Proceedings of the 8th International Digital Human Modeling Symposium, 4–6 September 2023, Antwerp, Belgium},
keywords = {2023 Artikel IDE IKTD},
language = {English},
pages = {229-237},
timestamp = {2023-09-11T10:43:12.000+0200},
title = {Towards an Approach for a Holistic Ergonomic Work Design Using
Physical and Cognitive Digital Human Models},
year = 2023
}