You are viewing a javascript disabled version of the site. Please enable Javascript for this site to function properly.
Go to headerGo to navigationGo to searchGo to contentsGo to footer
In content section. Select this link to jump to navigation

Human factors and ergonomics in an interconnected world: Promising directions for the future – introduction to the IEA2021 special issue

The 21st Triennial World Congress of the International Ergonomics Association (IEA2021) was held from June 13-18, 2021, with the theme of Human Factors and Ergonomics in an Interconnected World; Ergonomie 4.0. This event brought together over 1200 participants from around the world in a virtual space for the first time in this congress series. After a year of COVID-19 related restrictions, the complexity and benefits of interconnectedness were evident at IEA2021 [1]. IEA2021 included over 900 communications involving authors from 61 countries and from six continents sharing research and practice progress in Human factors and Ergonomics (HF/E) grouped into 34 scientific tracks. Attendees gained inspiration for future directions of the HF/E science and profession. Extending reflections on the rich evolution of the International Ergonomics Association (IEA) Triennial congress programming made in this WORK journal in 2012 [2] and in 2019 [3], this first, complete special issue devoted to IEA Triennial Congress content illustrates the breadth and relevancy of HF/E even in times of a global pandemic. Furthermore, this special issue illustrates IEA efforts to mobilize the world scientific community and partners particularly focusing on two of the IEA’s seven Strategic policies, specifically “Stakeholder Engagement” (Policy 1) and “Contribute to science, technology and practice” (Policy 3) to produce and disseminate high quality HF/E knowledge andinformation.

This special issue of WORK brings together 22 new papers based on outstanding oral and poster communications first presented at IEA2021. These papers include additional advances and analyses and illustrate a sampling of the topics presented, including insights of authors from 14 countries.

Two insightful papers are presented by keynote authors: one focusing on the hidden power of affective products and environments [4] and the other reflecting on the machine as a partner to humans [5].

Anthropometry issues are considered for populations by nationality [6], work environment (surgeons seating design, [7] in Japan), and abilities around the world [8].

HF/E’s ability to support clear communication to overcome challenges is illustrated in four papers: to support integration of early career coalition members of the E/HF community [9], when using social media by government agencies and stakeholders during COVID-19 surges in Brazil [10], with integrated approaches between governmental and private groups at all levels to successfully confront COVID-19 in Cuba [11] as well as individually, using vocal ergonomics factors for sports coaches [12].

Four articles present an overview of the evolution and progress associated with particular IEA Technical Committees: Gender and Work [13], Ergonomic Work Analysis and Training (EWAT, [14]), Ergonomics in Design for All [8], and Human Factors in Sustainable Development [15].

COVID-19 is an integral factor of the environments considered. Authors consider the impact of hybrid and work-from-home formats on workers’ vision and eye discomfort [16], organizationally, as for healthcare in Cuba [11] and governmental communications by Twitter in Brazil [10], and on consumer behaviour, studying purchases by e-commerce in Brazil [17].

Industrial and manufacturing environments are considered, through the ergonomics as a design discipline for oil platforms [18] and their maintenance [19], consideration of an alarm management report to reduce the impact of “bad actors” in a gas logistic plant environment [20], design of a future plant involving assembling additive metal manufacturing processes in an aeronautics fabrication company [21] and the link between work activity and automation in an important cork-producing district in Portugal [22]. Participatory ergonomics approaches enhance measurable positive impacts in these work environments.

Finally, organizational design and management is shown to be crucial to attaining best results in various work environments: aeronautics [21], simulations of work to improve operations centres in the oil industry [23], and in a national water ambulance service requiring resilience engineering [24]. Integration of HF/E in organizations can be facilitated by understanding them using the “Ergonomics Maturity Model” [25].

This is the first full issue devoted to IEA Triennial Congress communications. The guest editorial team included past and current members of the IEA Executive Council: Kathleen Mosier, IEA President from 2018–2021; José Orlando Gomes, IEA President for 2021–2024; Thomas Alexander, IEA Vice-president and Treasurer 2021–2024; Sara Albolinox, IEA Vice-president and Secretary General 2018–2021; and Nancy Black, IEA Science Technology and Practice Standing Committee Chair 2021–2024. Beyond this team, many others assisted with blind scientific evaluation ensuring that the articles included here are of great interest and high quality. The guest editorial team is particularly grateful to WORK’s founding and general editor, Karen Jacobs (named an IEA Fellow in 2022).

The papers in this special issue of WORK give an idea of the rich programming at typical IEA Triennial Congresses. We are excited to share this window into the state of Human Factors and Ergonomics in the world in 2021 illustrating the interconnectedness of the world today and pointing to promising “Directions for the future” and a better world.

We hope that this special issue of WORK inspires readers to consider participating in future IEA Triennial Congresses, both as an author and learner. The next IEA Triennial World Congress occurs August 25–29, 2024, on Jeju Island, Republic of Korea, hosted by the Ergonomics Society of Korea.

References

[1] 

Black NL , Neumann WP , Noy I , Dewis C . Applying ergonomics and human factors to congress organization in uncertain times. Appl Ergon. (2023) ;106: :103862.

[2] 

Waterson P , Falzon P , Barcellini F . The recent history of the IEA: An analysis of IEA Congress presentations since 1961. Work. (2012) ;41: (Supplement 1):5033–6.

[3] 

AlbolinoS. Ergonomics in a Global World. Work. (2019) ;62: (1):3–4.

[4] 

SevaRR. Hidden power of affective products and environments. Work. (2022) ;73: (S1):S5–S14.

[5] 

Boy GA , Morel C . The machine as a partner: Human-machine teaming design using the PRODEC method. Work. (2022) ;73: (S1):S15–S30.

[6] 

Rodriguez-Vega G , Rodriguez-Vega DA , De la Vega-Bustillos EJ , López-Millán FO . Anthropometric accommodation percentage comparison for univariate and multivariate representative Mexican hand models. Work. (2022) ;73: (S1):S31–S43.

[7] 

Oyama H , Watanabe A , Togami H , Noro K . Effects of a chair for ophthalmic microsurgery on pressure distribution and pelvic tilt in surgeons. Work. (2022) ;73: (S1):S45–S55.

[8] 

Paul G , Steffan IT , Itoh N , Bowman R , Bradtmiller B . Design for All – Design for Disabled: How important is anthropometry? Work. (2022) ;73: (S1):S57–S65.

[9] 

Qureshi SM , Davy J , Buckley K . The barriers and opportunities to support the early career academics and professionals in human factors/ergonomics - revisiting reflections from IEA2015, IEA2018 & IEA2021. Work. (2022) ;73: (S1):S67–S80.

[10] 

Neves JCB , de França TC , Bastos MP , de Carvalho PVR , Gomes JO . Analysis of government agencies and stakeholders’ twitter communications during the first surge of COVID-19 in Brazil. Work. (2022) ;73: (S1):S81–S93.

[11] 

Gonzalez CAG , Fonte DM , Rodriguez LL , Gonzalez AG , Gomes JO . Government strategies in confronting COVID-19 in the republic of Cuba. Work. (2022) ;73: (S1):S95–S108.

[12] 

Buckley KL , O’Halloran PD , Oates JM , Carey LB , Ruddock ML . Vocal ergonomics with sports coaches: Co-devised approaches to occupational voice. Work. (2022) ;73: (S1):S109–S126.

[13] 

Laberge M , Beaupré A , Messing K , Riel J , Caroly S . Overview of the “Gender & Work” track at the IEA 2021 congress. Work. (2022) ;73: (S1):S127–139.

[14] 

Delgoulet C , Santos M . Ergonomic work analysis and training: Past, present and future. Work. (2022) ;73: (S1):S141–S152.

[15] 

Thatcher A , Bolis I , Sigahi TFAC , García-Acosta G , Lange-Morales K . Past, present, and future of E/HF for sustainability: A perspective from the HFSD Technical Committee. Work. (2022) ;73: (S1):S153–S167.

[16] 

Khanwalkar P , Dabir N . Visual ergonomics for changing work environments in the COVID-19 pandemic. Work. (2022) ;73: (S1):S169–S176.

[17] 

dos Santos EF , de Carvalho PVR , Gomes JO . Interactions between e-commerce users during the COVID-19 pandemic period: What came and what remained. Work. (2022) ;73: (S1):S177–S187.

[18] 

Marins CP , Leite PBC , Mercado MP , Garotti LV , Duarte FJCM . The practice of ergonomics as a design discipline in the basic design of oil platforms. Work. (2022) ;73: (S1):S189–S198.

[19] 

Leite PBC , Mercado MP , Marins CP , Tinoco FP , Duarte FJCM . Integrating work into the design: The case of offshore maintenance. Work. (2022) ;73: (S1):S199–S209.

[20] 

de Lima AN , Do Carmo Alonso CM , de Castro Moura Duarte FJ . A detailed alarm management report as a tool for the treatment of bad actors at a gas logistics plant. (2022) ;73: (S1):S211–S222.

[21] 

Galey L , Albert M , Brossard M , Noël-Suberville C , Garrigou A . Industry 4.0 design project based on exposure situations: A case study in aeronautics. Work. (2022) ;73: (S1):S223–S234.

[22] 

SilvaD and CunhaL. “Looking for the defect”: The emerging frontiers between the work activity and automation in a cork industrial district. Work. (2022) ;73: (S1):S235–S251.

[23] 

Oggioni BP , de Castro Moura Duarte FJ , Abraçado MP , Béguin P . Structuring the simulation for participation during design: Designing integrated operations centers in the oil industry – A case study. Work. (2022) ;73: (S1):S253–S264.

[24] 

Bellas HC , Arcuri R , de Souza Ferreira D , Bulhões B , Masson L , Vidal MCR , de Carvalho PVR , Jatobá A . Complex systems design based on actual system functioning: Coping with variability in a national water ambulances service. Work. (2022) ;73: (S1):S265–S277.

[25] 

Rodríguez Y , Perez E , Robertson MM . Ergonomic Maturity Model: A tool for integrating ergonomics/human factors into organizations. Work. (2022) ;73: (S1):S279–S292.