
Ergonomic Evaluation of Workstations
Ergonomics evaluation and first design phase for the workstations of the Brunello Cucinelli factory, Perugia (Italy).
Period
2014-2015
General Info
Applied research program
Typology
Agreement between the DIDA Department of Architecture and Perugia Check up s.r.l.
LED Team
Francesca Tosi e Alessandra Rinaldi (Scientific Coordination)
Alessia Brischetto, Daniele Busciantella Ricci, Mattia Pistolesi (Collaborators) - Department of Architecture DIDA - University of Florence
Partnership
Brunello Cucinelli SpA
Rita Berchtold (Director) - Perugia Check-up s.r.l.
Francesco Violante, Stefano Mattioli, Roberta Bonfiglioli - University of Bologna – Department of Medical and Surgical Sciences.
Abstract
The research project aimed at improving the quality of the work environment and the optimization/redesign of workstations within a factory’s prototypes laboratory. It was based on the scientific approach of Ergonomics for Design, using its theoretical and operative tools to develop design solutions for three key workstations: flat-bed sewing machine, darning, and linking machines.
The interventions focused on evaluating operator needs and expectations in relation to their working activities, through a process carried out in collaboration with the University of Bologna – Department of Medical and Surgical Sciences.
The project developed in two main phases. Phase 1 involved the analysis and evaluation of workstations through user observation and task analysis, examining postures and operational conditions of workers (seamstress, mender). This phase included data analysis and the production of synthesis documentation.
Phase 2 focused on the improvement of workstations, identifying minimal intervention solutions and defining design proposals. These were selected together with the company and translated into operative guidelines, including drawings and graphic schemes.
The project enabled targeted ergonomic improvements, enhancing usability, comfort, and efficiency of workstations while supporting practical and feasible design interventions.
Partners

Project Gallery















