Theoretical Issues in Ergonomics Science

M. P. Giridhar

Vinay V. Panicker

Towards measuring cognitive load through personalised models in a medium-scale enterprise: a worker allocation approach

面向通过个性化模型测量认知负荷的中型企业：一种工人分配方法

Associations between various forms of activity engagement (e.g. work, leisure) and the experience of stress in workers have been widely documented. The mechanisms underlying these effects, however, are not fully understood. Our goal was to investigate if perceived whole day workload accounted for the relationships between daily frequencies of activities (i.e. work hours and leisure/rest) and daily stress. We analysed data from 56 workers with type 1 diabetes (T1D) who completed approximately two weeks of intensive longitudinal assessments. Daily whole day workload was measured with an adapted version of the National Aeronautics and Space Administration Task Load Index (NASA-TLX). A variety of occupations were reported, including lawyer, housekeeper and teacher. In multilevel path analyses, day-to-day changes in whole day workload mediated 67% (p < .001), 61% (p < .001), 38% (p < .001), and 55% (p < .001) of the within-person relationships between stress and work hours, rest frequency, active leisure frequency, and day of week, respectively. Our results provided evidence that whole day workload perception may contribute to the processes linking daily activities with daily stress in workers with T1D. Perceived whole day workload may deserve greater attention as a possible stress intervention target, ones that perhaps ergonomists would be especially suited to address.

Raymond Hernandez

Haomiao Jin

Elizabeth A. Pyatak

Shawn C. Roll

Jeffrey S. Gonzalez

Stefan Schneider

Perception of whole day workload as a mediator between activity engagement and stress in workers with type 1 diabetes

全天工作负荷感知作为活动参与和工作压力之间中介因素的研究：以1型糖尿病患者为例

Maritime Autonomous Surface Ships (MASS) are being introduced with high levels of autonomy. This means that not only the role of the human operator is changing but also the way in which operations are performed. MASS are expected to be uncrewed platforms that are operated from a Remote Control Centre (RCC). As such, the concept of human-machine teams is important. The operation of MASS however shares some resemblance to other uncrewed platforms (e.g. Uncrewed Aerial Vehicles; UAVs) and it may be that lessons could be learned in relation to the development of MASS systems. A systematic literature review has been conducted, focusing on decision making, to generate insights into operating uncrewed vehicle platforms and design recommendations for MASS. Seven themes were revealed: decision support systems, trust, transparency, teams, task/role allocation, accountability and situation awareness. A Network Model was developed to show the interconnections between these themes which was then applied to a case study of an UAV accident. The purpose of doing this was to demonstrate the utility of the model to real-world scenarios and showed how each theme applied within the human-machine team.

Kirsty M. Lynch

Victoria A. Banks

Aaron P. J. Roberts

Stewart Radcliffe

Katherine L. Plant

What factors may influence decision-making in the operation of Maritime autonomous surface ships? A systematic review

海事自主水面船舶运营决策的影响因素有哪些？系统综述

P.A. Hancock

Science in peril: the crumbling pillar of peer review

科学岌岌可危：同行评审的支柱正在崩塌

Leaders’ integrity is a quality of influential leaders and a vital concept in organizational psychology; corporate researchers suggest that leaders’ integrity and psychological empowerment should be a central theme in business leadership studies. The main objective of the current study was to examine the impact of perceived leaders’ integrity on employees’ engagement and mediating role of psychological-empowerment in employees. It was hypothesized that i) there would be a significantly positive relationship between perceived leader’s integrity, psychologicalempowerment, and employee’s engagement in employees; ii) Psychological-empowerment would mediate the relationship between perceived leader’s integrity and employee’s engagement in employees. We took a sample of (N = 320) employees from various government departments of Pakistan with the age range of (25–60) years. The sample was selected through purposive sampling technique. The study findings suggested that perceived leaders’ integrity positively correlates with psychological-empowerment and employee’s engagement. However, it is also revealed that psychological-empowerment fully mediates the relationship between perceived leaders’ integrity and employee’s engagement. Furthermore, demographic variables differed between study variables in employees. The current study’s findings add to the literature about perceived leaders’ integrity and employee’s engagement. Organizations should take care of their employees’ ­psychological-empowerment and have complete insight into leaders’-integrity which help to enhance employee’s-engagement.

Nazish Shabir

Amina Muazzam

Impact of perceived leader’s integrity on employee’s engagement of government sector employees: mediating role of psychological empowerment

感知领导者诚信对政府雇员参与度的影响：心理授权的中介作用

Diego de Oliveira Souza

Roselia Arminda Rosales-Flores

Ana Paula Nogueira de Magalhães

Camila Pereira-Abagaro

Sabrina Ângela França da Silva Cruz

Sóstenes Ericson

Risks, demands, and health damages faced by nursing workers in confronting Covid-19

护理工作者在应对新冠疫情中面临的风险、需求及健康损害

Björn J. E. Johansson

Jonas Lundberg

No robot is an island - what properties should an autonomous system have in order to be resilient?

没有机器人是孤岛——自主系统应具备哪些特性才能具备韧性？

Design is a discipline concerned with the human-made products, services, and spaces, while ergonomics focuses on ensuring human well-being by considering human characteristics, limitations, and needs. Each discipline employs its own methodologies, tools, and techniques to achieve its objectives. This research suggests that methodology serves as a unifying element, facilitating the integration of both disciplines by structuring and organising project requirements. It is understood that any design process is associated with various research and evaluation moments, which are utilised for the ergonomic holistic approach and the prioritisation of human-needs and well-being. Furthermore, methodology can lay the groundwork for incorporating human factors into the project. By applying a design methodology across different phases and adopting the systemic approach from ergonomics, this research contributes to the development of a comprehensive methodological framework. This framework assists designers and engineers in seamlessly integrating human factors from project inception to completion. Ultimately, this integrated approach enhances the effectiveness and sustainability of designed environments, fostering improved usability and user satisfaction, while encouraging ergonomics to take a prospective view within the design project.

Mireia Puig-Poch

Julia Galán Serrano

Francisco Felip-Miralles

Development of a methodological framework for the integration of human factors throughout the design engineering project

设计工程项目中人因整合的方法论框架开发

Lifting bags of dry concrete mix has caused significant physical fatigue and work-related musculoskeletal disorders (WMSDs) in transportation maintenance workers. Detection of physical fatigue can effectively prevent developing WMSDs. However, there lacks studies exploring the automated detection of physical fatigue in transportation activities. Additionally, previous efforts on physical fatigue detection, primarily focused in the construction sector, may not be directly applicable to transportation activities, due to different activity duration, intensity, and frequency. Also, prior detection methodologies have been examined under laboratory conditions, and their efficacy in real-world environments remains unverified. Therefore, this study explored physical fatigue detection methods by conducting field experiments with 29 transportation maintenance workers lifting bags of dry concrete mix in a highway maintenance facility. Participants' physical fatigue levels were measured using electromyography (EMG), electrodermal activity, and/or heart rate (HR) and motion data with different machine learning algorithms. Results indicated that the Fully Connected Neural Networks algorithm can achieve the highest accuracy (87.84%) with EMG, HR, and motion data for classifying physical fatigue levels in transportation maintenance workers. This study demonstrated the feasibility of automated physical fatigue detection, which can be implemented as a monitoring tool of physical fatigue for enhancing health of transportation practitioners.

Xingzhou Guo

Yunfeng Chen

Jiansong Zhang

Automated detection of physical fatigue in transportation maintenance workers through physiological and motion data

通过生理和运动数据自动检测运输维修工人的身体疲劳

短名	Theor. Issues. Ergon. Sci.
Journal Impact	1.28
国际分区	ERGONOMICS(Q4)

ISSN	1463-922X, 1464-536X
h-index	61

涉及主题	计算机科学工程类心理学医学经济物理生物数学人工智能哲学量子力学人机交互管理政治学法学业务机械工程认识论热力学操作系统神经科学程序设计语言
出版信息	出版商: Taylor and Francis Ltd.，出版周期: ，期刊类型: journal，开源期刊: 否
基本数据	创刊年份: 2000，原创研究文献占比: 73.47%，自引率:7.10%， Gold OA占比: 16.67%

Theoretical Issues in Ergonomics Science

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Towards measuring cognitive load through personalised models in a medium-scale enterprise: a worker allocation approach

Perception of whole day workload as a mediator between activity engagement and stress in workers with type 1 diabetes

What factors may influence decision-making in the operation of Maritime autonomous surface ships? A systematic review

Science in peril: the crumbling pillar of peer review

Impact of perceived leader’s integrity on employee’s engagement of government sector employees: mediating role of psychological empowerment

Towards measuring cognitive load through personalised models in a medium-scale enterprise: a worker allocation approach

Risks, demands, and health damages faced by nursing workers in confronting Covid-19

No robot is an island - what properties should an autonomous system have in order to be resilient?

Development of a methodological framework for the integration of human factors throughout the design engineering project

Automated detection of physical fatigue in transportation maintenance workers through physiological and motion data