Kontigensi: Jurnal Ilmu Manajemen Vol 13.
No.
June 2025, pp.
ISSN 2088-4877
Integration of Ergonomics in Work System Design to Enhance Employee Performance and Well-being in the Manufacturing Sector Deni Ahmad Taufik STT Texmaco Subang Jawa Barat.
Indonesia Email : deniat68@gmail.
DOI: https://doi.
org/10.
56457/jimk.
Received: May 21, 2025
Accepted: June 03, 2025
Published: June 30, 2025
ABSTRACT
This paper explores the integration of ergonomics into work system design to enhance employee performance and well-being in the manufacturing sector.
The primary objective of this research is to identify and analyze how the application of ergonomic principles can optimize the work environment, which in turn positively impacts employee productivity and reduces work-related injuries.
The research employs a qualitative approach, using in-depth interviews and observations with employees and managers from several manufacturing companies.
The findings indicate that the implementation of ergonomics not only improves physical comfort but also has a positive psychological effect, such as increased job satisfaction and motivation.
Additionally, ergonomic work designs have been found to reduce fatigue and injuries, thereby improving operational efficiency and lowering costs related to absenteeism and health insurance claims.
This study recommends that manufacturing companies become more proactive in integrating ergonomics into their work systems to support the long-term well-being of employees.
The results are expected to serve as a reference for company policies and further research on the implementation of ergonomics in industrial work environments.
Keywords: Ergonomics.
Work System Design.
Employee Performance INTRODUCTION The concept of ergonomics has evolved over the decades to become a critical aspect of work system design, particularly in the manufacturing Ergonomics, or the study of people's efficiency in their working environments, is an interdisciplinary field that combines knowledge from engineering, psychology, physiology, and Its primary focus is to optimize the interaction between people and the tools, tasks, and environments they encounter in their work.
The significance of ergonomics in the design of work systems cannot be overstated, as it directly influences employee performance, health, safety, and overall well-being.
As industries become more focused on productivity and efficiency, there is a growing recognition that employee well-being is integral to achieving sustained performance and organizational success (Dul & Neumann, 2.
In the manufacturing sector, where employees are frequently exposed to repetitive tasks, heavy machinery, and high-stress work environments, the need for ergonomics is particularly crucial.
Poorly designed workstations and equipment can lead to discomfort, fatigue, injuries, and a decline in performance, which can ultimately result in higher absenteeism, higher healthcare costs, and decreased productivity (Kroemer & Grandjean, 1.
In contrast, ergonomically designed work systems are associated with enhanced employee satisfaction, reduced risk of musculoskeletal disorders, and improved work output (Karwowski, 2.
The integration of ergonomics into work system design is not only a matter of ensuring safety but also one of improving the quality of life for workers and maximizing organizational efficiency (Wilson, 2.
The objective of this paper is to explore the integration of ergonomics into work system design and its potential to enhance employee performance and well-being in the manufacturing This paper will examine how ergonomic principles can be applied to improve work environments, the impact of these improvements on worker health and safety, and the associated benefits for productivity.
The research will also discuss the barriers and challenges that organizations face when implementing Kontigensi: Jurnal Ilmiah Manajemen Management Science Doctoral Program.
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Kontigensi: Jurnal Ilmu Manajemen Vol 13.
No.
June 2025, pp.
ISSN 2088-4877
ergonomics, and offer recommendations for overcoming these obstacles.
The Role of Ergonomics in the Manufacturing Sector The manufacturing sector is one of the most physically demanding industries, with workers often engaged in repetitive tasks that involve manual handling of tools, machinery, and According to Hignett .
, workers in manufacturing environments are frequently exposed to physical risks such as repetitive strain injuries (RSI.
, musculoskeletal disorders (MSD.
, and fatigue, all of which can have longterm consequences for both the employee and the organization.
In fact, a significant proportion of workplace injuries in the manufacturing sector are attributed to poor ergonomics, which can lead to discomfort, pain, and long-term health issues (Harris et al.
, 2.
In this context, ergonomics offers a powerful tool for improving workplace safety and By designing work systems that are better aligned with the physical and cognitive capabilities of workers, ergonomic interventions can prevent injuries, enhance productivity, and improve overall employee well-being.
For example, workstation design, equipment adjustments, and task rotation are common ergonomic solutions that aim to reduce strain on the body and minimize the risk of injury (Karhu et , 1.
Furthermore, ergonomically designed environments contribute to better posture, reduced fatigue, and a more comfortable working experience, which in turn enhances employee engagement and job satisfaction (McAtamney & Corlett, 1.
Several studies have shown that the integration of ergonomics into manufacturing processes can have tangible benefits for both workers and organizations.
For instance, a study by Nabeel et al.
demonstrated that ergonomic interventions in assembly line environments resulted in a 15% reduction in musculoskeletal disorders and a 20% increase in worker productivity.
Similarly, research by Bevan .
highlighted that companies that implemented ergonomic programs experienced a significant decrease in workplace injuries and absenteeism, leading to improved financial Impact of Ergonomics on Employee Performance The link between ergonomics and employee performance has been well-documented in the According to Hedge .
, work systems that are designed with ergonomics in mind can significantly enhance both individual and organizational performance.
Ergonomic interventions are shown to reduce fatigue, increase comfort, and improve focus, which directly contributes to enhanced productivity and efficiency (Visser et al.
, 2.
Additionally, when employees are less prone to discomfort and injury, they are more likely to remain engaged, motivated, and productive in their tasks.
Employee performance is not only influenced by physical factors but also by cognitive and psychological elements.
According to Wickens et .
, ergonomic designs that consider cognitive workload and human factors can improve decision-making, reduce errors, and increase the quality of output.
For example, ergonomic workstation layouts that optimize visual, auditory, and tactile cues can improve workersAo ability to process information, reducing mental strain and cognitive overload.
Furthermore, ergonomic designs that incorporate principles of task variety and autonomy can lead to higher job satisfaction, lower stress levels, and enhanced performance (Cohen et al.
, 2.
Ergonomics and Employee Well-being Beyond its impact on performance, ergonomics plays a critical role in promoting the overall well-being of employees.
The importance of well-being in the workplace has garnered increasing attention in recent years, with numerous studies emphasizing the link between worker health, satisfaction, and organizational outcomes (Kelloway et al.
, 2.
Well-designed work environments that prioritize ergonomics contribute to both physical and psychological well-being.
According to Finkelman .
, ergonomically optimized work systems can help reduce stress and fatigue, promote healthy postures, and prevent injuries, all of which contribute to the long-term well-being of workers.
Musculoskeletal disorders (MSD.
are among the most common health problems in the manufacturing sector, with workers experiencing pain and discomfort in their muscles, joints, and Kontigensi: Jurnal Ilmiah Manajemen Management Science Doctoral Program.
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Kontigensi: Jurnal Ilmu Manajemen Vol 13.
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June 2025, pp.
ISSN 2088-4877
tendons due to repetitive tasks and poor workstation design (Kroemer & Grandjean.
Ergonomic interventions that focus on proper seating, workstation height, and equipment design can significantly reduce the incidence of these disorders, leading to improved employee health and reduced medical costs.
Moreover, when workers experience less physical strain, they are more likely to feel valued and satisfied in their roles, contributing to a positive organizational culture (Koh & Chia.
Psychological well-being is also enhanced by ergonomic work system design.
As noted by Genaidy et al.
, work environments that are physically comfortable and mentally stimulating help reduce job stress and promote a sense of well-being.
When employees feel that their health and safety are prioritized, they are more likely to report higher levels of job satisfaction, motivation, and engagement.
Furthermore, ergonomic designs that support work-life balance, such as flexible work hours and task variability, can help employees maintain a healthier balance between work and personal life, which is critical for long-term well-being (Karasek & Theorell, 1.
Barriers to Ergonomic Integration Despite the clear benefits of ergonomics, many organizations, particularly in the manufacturing sector, face challenges in integrating ergonomic principles into their work One of the primary barriers is the perceived cost of implementing ergonomic Many companies view ergonomics as an expensive investment, especially when it involves redesigning workstations, purchasing new equipment, or providing training (Looze et , 2.
However, as numerous studies have shown, the long-term benefits of ergonomics far outweigh the initial costs, with organizations experiencing reduced healthcare costs, lower absenteeism, and improved productivity (Kroemer, 2.
Another challenge is the resistance to change within organizations.
Employees and managers may be hesitant to adopt ergonomic solutions due to a lack of awareness or understanding of their benefits.
Additionally, in some manufacturing environments, work practices are deeply ingrained, and there may be a reluctance to modify established processes (Tyrner et al.
, 2.
Overcoming this resistance requires a cultural shift within organizations, where ergonomics is viewed not just as a regulatory requirement but as an integral part of the companyAos commitment to employee health and performance (Dul et al.
, 2.
The integration of ergonomics into work system design is a critical step toward enhancing employee performance and well-being in the manufacturing sector.
By optimizing work environments to suit the physical and cognitive capabilities of workers, organizations can reduce the incidence of injuries, improve productivity, and foster a healthier, more engaged workforce.
Despite challenges such as costs and resistance to change, the long-term benefits of ergonomics are undeniable.
As companies increasingly recognize the importance of employee well-being for organizational success, the integration of ergonomics will continue to be a key factor in achieving sustainable productivity and creating positive work environments.
METHOD
This study employs a qualitative approach to explore and analyze how ergonomic principles can be integrated into work system design to enhance employee performance and well-being in the manufacturing sector.
A qualitative approach was chosen as it allows for an in-depth understanding of the perspectives of employees and managers regarding the application of ergonomics in their work environments, as well as its impact on their work experience and It also enables the exploration of challenges faced by organizations in implementing ergonomics into their work The primary data collection methods used in this study were in-depth interviews and field In-depth interviews were conducted with employees at various levels within manufacturing organizations, including production line operators, supervisors, and managers, to obtain a diverse range of perspectives on existing ergonomic practices and their perceptions of the impact of ergonomics on their performance and well-being.
These interviews were semi-structured, allowing Kontigensi: Jurnal Ilmiah Manajemen Management Science Doctoral Program.
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Kontigensi: Jurnal Ilmu Manajemen Vol 13.
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June 2025, pp.
ISSN 2088-4877
respondents the flexibility to provide more detailed and comprehensive responses on the discussed topics.
The interviews were also designed to explore the challenges encountered in implementing ergonomics and whether there were efforts from the companies to integrate ergonomics into their work systems (Creswell.
In addition to interviews, field observations were carried out at several manufacturing plants to assess the physical workplace conditions, equipment design, and interactions between employees and their work environments.
This observational method aimed to gather firsthand data on how ergonomics is applied in practice and to note any issues that might not be evident in the interviews.
The observation process was conducted over several weeks to ensure a more representative view of daily workplace activities (Marshall & Rossman, 2.
Data collected from the interviews and observations were analyzed using thematic analysis techniques.
This approach allowed for the identification of patterns and themes related to the application of ergonomics in work system The analysis results were then used to provide insights into how ergonomics can be optimized to enhance employee performance and well-being in the manufacturing sector.
RESULTS
This section presents the results obtained from the in-depth interviews and field observations conducted in the manufacturing sector, followed by a detailed discussion of the The results are analyzed based on the themes that emerged during data collection, and the implications for employee performance and well-being in relation to ergonomic work system design are explored.
Ergonomic Practices in Manufacturing Workplaces The interviews revealed that ergonomic practices in the manufacturing sector vary significantly across different companies.
While some organizations had well-established ergonomic protocols, others had limited or no ergonomic interventions in place.
From the 50 participants .
mployees and manager.
interviewed across five different manufacturing plants, 68% of employees reported the presence of ergonomic tools and practices, such as adjustable workstations, ergonomic chairs, and the use of assistive devices for material handling.
However, only 40% of the workplaces regularly assessed ergonomic risks and implemented corrective actions.
Table 1 below summarizes the ergonomic practices reported by employees across different manufacturing environments:
Table 1: Ergonomic Practices in Manufacturing Workplaces Ergonomic Practice Percentage of Companies with Implementation Adjustable workstations Ergonomic tools for material handling Regular ergonomic risk assessments Task rotation to reduce repetitive strain Use of assistive devices for lifting The findings show that while ergonomic practices are present, they are not consistently applied across all manufacturing environments.
This suggests that while companies acknowledge the importance of ergonomics, the implementation remains inconsistent, with some workplaces lagging behind in addressing ergonomic risks.
Impact of Ergonomics on Employee Health and Safety A major theme that emerged from the interviews was the impact of ergonomics on employee health and safety.
Employees in ergonomically designed workplaces reported lower levels of physical discomfort, fewer musculoskeletal disorders (MSD.
, and reduced Approximately 72% of participants in workplaces with well-integrated ergonomic practices stated they experienced less discomfort during their work shifts, compared to only 42% in workplaces with minimal ergonomic Kontigensi: Jurnal Ilmiah Manajemen Management Science Doctoral Program.
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Table 2 provides a comparison of reported physical discomfort in ergonomically optimized versus poorly designed workplaces:
Table 2: Reported Physical Discomfort in Ergonomically Optimized vs.
Poorly Designed Workplaces Ergonomically Optimized Workplaces Poorly Designed Workplaces Discomfort Level (%) (%) Minimal discomfort 72% Moderate Severe discomfort 5% The data suggest that ergonomic interventions have a significant effect on Employees reducing physical discomfort.
In ergonomically ergonomically optimized environments reported optimized environments, employees reported higher job satisfaction, better focus, and greater lower levels of discomfort, particularly in areas 65% of respondents working in such as lower back pain, neck strain, and wrist ergonomically sound workplaces reported a noticeable increase in work efficiency, compared Ergonomics and Employee Performance to only 33% in workplaces with suboptimal In terms of performance, the results indicate a strong correlation between ergonomic Table 3: Employee Performance in Ergonomically Optimized vs.
Suboptimal Workplaces Ergonomically Optimized Poorly Designed Workplaces Performance Metric Workplaces (%) (%) Increased Higher job satisfaction Fewer As shown in Table 3, employees in barriers include the initial cost of ergonomic ergonomically designed workplaces reported interventions, lack of awareness or training on higher levels of job satisfaction and a noticeable ergonomics, and resistance to change within the reduction in errors.
These improvements can be Approximately 48% of managers and attributed to a combination of physical comfort, 39% of employees cited cost as the primary reduced fatigue, and improved task design.
obstacle to implementing ergonomics, with many Barriers to Implementing Ergonomics companies reluctant to invest in ergonomic Despite the positive impacts of ergonomics equipment and training programs.
on employee health and performance, several Table 4 outlines the barriers to ergonomics barriers to the widespread implementation of implementation identified in the study:
ergonomic practices were identified.
These Table 4: Barriers to Implementing Ergonomics Percentage of Respondents Acknowledging the Barrier Barrier High initial cost of ergonomic interventions Lack of awareness or training Resistance to change Insufficient management support Kontigensi: Jurnal Ilmiah Manajemen Management Science Doctoral Program.
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These findings highlight the importance of addressing cost-related concerns, providing education on the benefits of ergonomics, and fostering management support for ergonomic DISCUSSION Ergonomics and Employee Health The results of this study emphasize the critical role of ergonomics in improving employee health and safety in the manufacturing sector.
Musculoskeletal disorders and physical discomfort are common problems among manufacturing workers, often resulting from repetitive tasks, improper workstation design, and prolonged static postures (Punnett & Wegman, 2.
Ergonomic interventions such as adjustable workstations, improved tool design, and task rotation have been shown to reduce these physical discomforts and prevent long-term injuries (Karhu et al.
, 1.
This study found that employees in ergonomically optimized environments reported significantly lower levels of discomfort and fatigue, aligning with previous research that supports the positive impact of ergonomics on reducing MSDs and improving employee health (Robertson et al.
The reduction in physical discomfort observed in this study corresponds with findings from similar studies, which suggest that ergonomic interventions can lead to substantial improvements in worker health (Kroemer & Grandjean, 1.
The reduction in reported discomfort, particularly in the lower back, neck, and wrists, underscores the importance of workstation design and equipment in preventing common injuries in manufacturing settings.
Ergonomics and Employee Performance The relationship between ergonomics and employee performance is a crucial aspect of this study.
The positive impact of ergonomics on work efficiency and job satisfaction aligns with the findings of earlier research, which demonstrated that contribute to improved employee focus, task completion time, and quality of work (Hedge.
Employees working in ergonomically optimized environments reported higher levels of productivity and fewer errors, suggesting that ergonomic practices not only enhance physical well-being but also foster a more efficient and effective workforce.
Increased job satisfaction reported by employees in ergonomically optimized workplaces further supports the argument that ergonomics contributes to a positive work environment, which, in turn, improves employee engagement and retention.
noted by Wilson .
, job satisfaction and employee engagement are closely linked to the physical environment and work design, emphasizing the importance of ergonomics in Barriers to Ergonomic Implementation While the benefits of ergonomics are clear, this study identified several barriers that hinder the widespread implementation of ergonomic practices in the manufacturing The high initial cost of ergonomic interventions, coupled with the lack of awareness and training, are significant challenges that need to be addressed.
This finding is consistent with previous studies that highlight the financial constraints as a primary barrier to ergonomic adoption in many industries (Kohn et al.
, 2.
To overcome these barriers, companies must be educated on the long-term benefits of ergonomics, such as reduced absenteeism, lower healthcare costs, and higher productivity (Dul & Neumann, 2.
Additionally, the role of management support in driving ergonomic initiatives cannot be As the findings suggest, organizations with strong management commitment to ergonomics are more likely to interventions and reap the associated Kontigensi: Jurnal Ilmiah Manajemen Management Science Doctoral Program.
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This study underscores the importance of ergonomics in enhancing employee performance and well-being in the manufacturing sector.
Ergonomic practices not only contribute to reducing physical discomfort and preventing injuries but also foster a more productive and satisfied While barriers to implementation, such as cost and resistance to change, exist, the long-term benefits of ergonomics far outweigh the initial investment.
Organizations that prioritize ergonomics as a key component of their work system design are likely to experience improved employee health, safety, and performance, which ultimately benefits both the employees and the organization.
CONCLUSION
study demonstrate that ergonomically optimized work environments can reduce fatigue, improve posture, and minimize physical discomfort often caused by repetitive tasks or poorly designed From a managerial perspective, integrating ergonomics into work systems can reduce costs related to absenteeism and health insurance claims, while also enhancing overall operational Therefore, managers need to view ergonomics not just as a safety concern but as a strategy that positively impacts both productivity and long-term employee well-being.
Although there are challenges to its implementation, such as initial costs and resistance to change, the long-term benefits of ergonomics far outweigh these challenges and can improve organizational performance in the long run.
Companies should become more proactive in adopting ergonomic principles as part of their broader managerial policies, to create healthier
work environments and support sustained This study is expected to serve as a reference for policy-making in organizations and implementation of ergonomics in industrial work
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