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Community health services are the most important part of supporting community health. Puskesmas is a health institution that is very close to the community. Therefore, it is important to pay attention to supporting facilities and infrastructure in the medical records work unit such as work equipment, work procedures, work processes or systems, work environment, employee physiology and psychology so that medical records officers more productive at work. Based on observations made at the West Baktiya Community Health Center, it was found that the area of the medical records unit was 5 x 5 m2 with a ceiling height of 3 m, using a white ceramic floor, there were 6 windows, 1 door, 2 staff work desks and 3 cupboards for Save correspondence and other important documents. Lighting in the medical records unit room is 259 lux, noise is 53.3-62.0 dB, temperature in the medical records unit room is 33.1oC and humidity is 70%. In the medical records unit room there are no chemical substances in solid, liquid or gas form, and there are also no vectors or disease-carrying animals such as flies, mosquitoes, cockroaches and rats. The aim of this activity is to provide outreach regarding ergonomics in the medical records work unit at the West Baktiya Community Health Center. The implementation method consists of planning, implementation actions, evaluation and activity report preparation stages. The result of this service is that it can increase the knowledge of medical records officers and other healt

Background: Low back pain (LBP) is still one of the health problems, including in the dental profession. Doctor Dentists have a risk of experiencing Low Back Pain (LBP) when viewed from their static work activities. work activities that are static. The purpose of this study was to determine relationship between ergonomic factors and complaints of Low Back Pain (LBP) in general dentists practicing independently in Jambi City. general dentists practicing independently in Jambi City. Methods: This study is a quantitative study with an observational observational research design and using a cross sectional research design. The study population was general dentists practicing in Jambi City, totaling 204 people. Respondents in this study 70 people. Data collection using the ODI questionnaire for measurement LBP measurement, fingertip pulse oximeter for measurement of workload, Rapid Upper Limb Assessment (RULA) for work posture measurement, vibration meter for vibration measurement, and lux meter for lighting measurement. Data analysis using chi-square statistical test version 24. Results: The results showed the prevalence of complaints of Low Back Pain (LBP) in dentists was 60%. dentists amounted to 60%. The statistical test results show that the variables workload (p=0.000 <0.05), work posture (p=0.000 <0.05), length of work (p = 0.000 < 0.05), repetition (p = 0.003 < 0.05), lighting (p = 0.415 > 0,05). Conclusion: There is a relationship between workload, work posture, work duration, repetition with complaints of Low Back Pain (LBP) and there is no relationship between workload, work posture, work duration, repetition and lighting

The textile industry, especially clothing, is never-ending, because clothing is one of the primary needs, so that production services for ready-made clothing or the clothing convection industry continue to grow rapidly. One of the companies in the clothing convection industry in Malang City is CV. Defix Unggul Jaya. The clothing convection industry often shows intensive and repetitive work patterns. This can result in excessive workloads on workers, causing work-related diseases. Each stage of work in the clothing convection industry can cause risks related to work postures such as neck pain complaints. The incidence of neck pain complaints in workers reaches 6-67%. So the role of physiotherapy becomes very important, where the form of physiotherapy services not only provides treatment, but can provide services in the form of preventing neck pain disorders through socialization activities. The purpose of this socialization activity is to see the importance of the role of physiotherapy education in understanding the prevention of neck pain in CV. Defix Unggul Jaya, Malang City convection workers. The method used is education through socialization related to neck pain complaints using leaflets as a promotional media for the mat and using pre-test and post-test to determine the level of workers' understanding of neck pain complaints. The results obtained show an increase in the understanding of convection workers regarding the prevention and proper handling of neck pain.

Work fatigue and Musculoskeletal Disorders (MSDs) are common health issues among workers in the weaving industry. Fatigue often results from excessive workload, while MSD complaints typically include pain in the back, neck, wrists, elbows, and legs. This study used a cross-sectional design with a total sample of 45 active weavers in Numponi Village. The results showed significant associations between work fatigue and age (p=0.003), work duration (p=0.007), working posture (p=0.002), workload (p=0.014), and working hours (p=0.017), but not with temperature (p=0.561). Similarly, MSD complaints were significantly associated with age (p=0.001), work duration (p=0.003), working posture (p=0.025), workload (p=0.003), and working hours (p=0.002), with no significant link to temperature (p=0.826). It is recommended that weavers apply proper ergonomic principles to reduce the risk of fatigue and MSDs.

Occupational Health and Safety (OHS) is a crucial aspect of the textile industry to ensure worker protection and maintain smooth production processes. This study aims to identify and analyze potential occupational accident risks in the sizing machine process. The methods used in this research are Job Safety Analysis (JSA) and Risk Assessment to evaluate workplace hazards that may disrupt operations. The results indicate several major risks in the sizing process, including mechanical hazards due to direct contact with machines, ergonomic hazards caused by improper working postures, and chemical hazards from exposure to cotton dust and sizing solution vapors. The main risk factors include human aspects, the work environment, and machinery. The recommended improvements in this study include enhancing work supervision and control, providing safety training for workers, optimizing workplace ergonomics, and conducting regular machine maintenance to reduce accident risks. The proper implementation of safety strategies is expected to improve production efficiency and create a safer and more conducive work environment.

Ergonomics is a final result that ergonomics itself wants to achieve. Ergonomics is defined as an effort in the form of science, technology, and art to harmonize equipment, machines, work, systems, organizations and the environment with human abilities, expertise, and limitations so that a healthy, safe, comfortable, efficient and productive condition and environment is achieved, through optimal and maximum functional utilization of the human body (Manuaba, 2000). Home is a basic need for every human being, this is in accordance with the concept of basic human needs, namely clothing, food and shelter. Kitchens built in simple houses generally only meet the requirements for having a kitchen. Even the height of the kitchen work table and the height of the cupboard for equipment vary according to the taste of the carpenter or bricklayer. Thus, safe, comfortable, healthy and efficient working conditions can be achieved. In the case of incompatibility of work tools with body ergonomics, it can be overcome with appropriate technology. Most importantly, from the beginning of kitchen planning, ergonomics must be included so that the working environment and conditions can be made effective and efficient for its users.  

Low back pain (LBP) is a common health issue that affects both adolescents and the elderly, impacting their daily activities and overall quality of life. This study aims to identify the causes, risk factors, and preventive measures associated with LBP in these two age groups. Various factors, including posture, physical activity, body weight, and occupational or academic demands, contribute to the prevalence of LBP. In adolescents, prolonged sitting, improper posture, and excessive screen time are significant contributors, while in the elderly, age-related degenerative changes, decreased muscle strength, and chronic conditions such as osteoporosis play a major role. This study utilizes a literature review and observational analysis to explore the similarities and differences in LBP risk factors across different age groups. The findings suggest that early prevention through proper ergonomics, regular exercise, and healthy lifestyle choices can help reduce the incidence of LBP. Additionally, awareness and education about spinal health should be emphasized in both adolescents and the elderly to mitigate future complications. This research highlights the importance of a multidisciplinary approach, including physiotherapy, medical interventions, and lifestyle modifications, in managing and preventing LBP effectively.

Low back pain (LBP) is a common health issue that affects both adolescents and the elderly, impacting their daily activities and overall quality of life. This study aims to identify the causes, risk factors, and preventive measures associated with LBP in these two age groups. Various factors, including posture, physical activity, body weight, and occupational or academic demands, contribute to the prevalence of LBP. In adolescents, prolonged sitting, improper posture, and excessive screen time are significant contributors, while in the elderly, age-related degenerative changes, decreased muscle strength, and chronic conditions such as osteoporosis play a major role. This study utilizes a literature review and observational analysis to explore the similarities and differences in LBP risk factors across different age groups. The findings suggest that early prevention through proper ergonomics, regular exercise, and healthy lifestyle choices can help reduce the incidence of LBP. Additionally, awareness and education about spinal health should be emphasized in both adolescents and the elderly to mitigate future complications. This research highlights the importance of a multidisciplinary approach, including physiotherapy, medical interventions, and lifestyle modifications, in managing and preventing LBP effectively.

In the current era of globalization, information technology is developing rapidly. As for technology, which is equipment created to make human work easier, when achieving good progress in the work process of PT Plaza Auto Prima, it is absolutely necessary to have a technique that supports and provides satisfactory service for customers. Based on this, the author tries to analyze a method used when employees work in the Plaza Auto Prima environment regarding the work ergonomics they currently apply at PT Plaza Auto Prima, which to date has not seen any improvement. The method used is direct observation and assessment of work posture using the REBA method. The research subjects were mechanics who worked in the installation or removal of car wheels. The data obtained is analyzed to determine the REBA score and the level of risk faced by workers. The research results show that the mechanical work posture at PT Plaza Auto Prima (Toyota) Tendean has significant problems. Analysis using the REBA method produces a final score of 8, which indicates a high risk level and requires immediate improvement. Factors that contribute to this high risk include the lack of ideal work ergonomics and limited supporting equipment. This increases the risk of injury and illness to the worker's body in the future. After improvements were made by adding trolley service tools, the way of working became more ergonomic so that the REBA score dropped to 2, which shows that some of the movements carried out were in the safe category or did not cause muscle injuries in the future. Therefore, the presence of bodily abnormalities that arise from work cannot be separated from the existence of supporting equipment to facilitate the removal of certain parts so as not to cause abnormal bodily effects. Planning for the procurement of a particular tool needs to be done as soon as possible so that workers do not suffer the effects of bodily abnormalities. In this way, the author took analytical steps using the Rapid Entire Body Assessment (REBA) method, which is the best solution to solve the problems that exist in this company to support workers so they can work all the time without any complaints about their bodies.

The increasing trend of working from home since the COVID-19 pandemic has introduced new occupational health challenges, particularly regarding ergonomics. This study aimed to improve ergonomic awareness through structured education on proper work postures for home-based workers. Using a one-group pretest-posttest design, the research evaluated the effectiveness of educational interventions based on behavior change theories. Results demonstrated that interventions using the Trans-Theoretical Model (TTM) reduced Rapid Office Strain Assessment (ROSA) scores from 5.65 to 3.95 and decreased forward head posture by 9°. Similarly, participatory ergonomic approaches increased straight back posture from 59% to 75% of work time, with a 98% participant satisfaction rate. Educational strategies combining short workplace demonstrations, reminder media, and physical exercises proved more effective than conventional training methods. Theory-based weekly training sessions reduced the proportion of high-risk workers from 60% to 21% within three months. The study concludes that structured work posture education based on behavior change theories effectively enhances ergonomic awareness among home-based workers and significantly reduces health risks associated with poor posture.

Workers in the shoe sole making industry in Mergelo Mojokerto in carrying out the production process do work with unnatural postures that are carried out repeatedly. It was found that shoe sole workers experienced moderate and high Musculoskeletal Disorders. The purpose of this study, namely to analyze work postures and tenure with Musculoskeletal Disorders. This research method is quantitative cross sectional design with saturation sampling technique on 31 workers using spearman rank analysis of SPSS 26 application. The research instruments are Nordic Body Map (NBM), stopwatch, and Rapid Upper Limb Assessment (RULA). Based on the results of the analysis, the significance value of work posture with Musculoskeletal Disorders is 0.00 <0.05 and the significance value of repetitive motion with Musculoskeletal Disorders is 0.010 <0.05. Work posture and repetitive motion factors have a significant relationship with Musculoskeletal Disorders. This study suggests replacing work facilities that lack ergonomics and performing streching movements before performing work activities.

In today's fast-paced, information-driven world, productivity is paramount for personal and professional success. Effective reading, a crucial cognitive process, significantly impacts knowledge acquisition, critical thinking, and innovation. This research offers an extensive examination of optimizing reading spaces to boost productivity. The study investigates the intricate relationship between reading environments and cognitive performance, considering factors like lighting, ergonomics, acoustics, spatial layout, and technology integration. These elements profoundly influence reader engagement, information retention, and cognitive load. Moreover, the study delves into environmental psychology's role in shaping concentration, creativity, and comfort within reading spaces. It analyzes the psychological effects of design elements like color, nature, and organization on cognitive processes. Understanding these responses empowers designers and individuals to tailor spaces for better focus and well-being. The integration of technology within reading spaces is explored, assessing digital platforms, interactive displays, and personalized content curation's benefits for efficient information consumption. It addresses challenges in balancing printed materials and digital resources. Additionally, the study considers personalized reading spaces' impact on diverse demographic groups, accounting for age, cognitive abilities, and preferences in design and customization. It emphasizes adaptable spaces catering to various needs and learning styles. This research offers a comprehensive view of reading spaces and productivity enhancement. By examining design elements, psychological factors, and technological integration, it provides insights for creating spaces that empower individuals to engage effectively with information, think critically, and achieve higher productivity in academic and professional endeavors.

East Aceh is one of the areas producing coconut plants, which have great benefits in everyday human life from the roots and stems to the shoots. Coconut milk is one of the ingredients used to make typical Acehnese food. The problem that exists when squeezing coconut milk is still manually using your hands. Strong force is needed to squeeze the coconut milk to get thick coconut milk, so housewives complain of pain in the upper arms and lower arms, especially the fingers. The research aims to determine the dimensions of the design and ergonomic measurements of the tool. The research method is anthropometry and statistical tests. From the results and discussion, it was obtained that five dimensions were determined, a data adequacy test was carried out with the results of all the data being declared valid, the uniformity test stated that all the data was uniform and all the data was declared to have a normal distribution. The percentiles used are different, where the 95th percentile (P95) is used for the dimensions of the width of the palm (metacarpal) (LTM), and the width of the palm (up to the thumb) (LTB), while the 5th percentile (P5) is used for the dimension of hand length (PT). , forearm length (PLB), upper arm length (PLA). In conclusion, the ergonomic measurements obtained were 15.88 cm for tool handle diameter, 31.03 cm for tool height, 23.60 cm for tool lever length, 10.33 cm for tool handle length, and 10.67cm for tube diameter. Kata kunci: Perancangan, Antropometri, Ergonomis.

UKM Wintolo is a small and medium business that produces molds using liquid aluminum as the base material. UKM Wintolo has 3 workers with different age ranges. When initial observations were made, it was seen that the position and posture of workers when working were not neutral and not ergonomic, so community service activities were carried out at UKM Wintolo with the theme of improving processes and work environments in accordance with ergonomics rules at UKM Wintolo. This activity was carried out for 2 days, namely the first day was carried out by providing socialization material according to the theme of the activity, and taking measurements using the anthropometric method in making work facilities. The work facilities that have been refurbished include work chairs that are used for the mold preparation process and the process of taking mold results. On the second day, the products that had been made for these two activities were handed over. Community service activities are carried out to avoid musculoskeletal disorder (MSDs) complaints and this will subsequently have an impact on increasing worker productivity. Through this activity, it can be seen that there is a change in the position and posture of workers while working.

The development of digital technology has significantly changed the work paradigm, creating a work environment that is not bound by geographical boundaries through the utilization of cloud platforms, online collaboration tools, and advanced digital communications. This transformation increases productivity and enables collaboration between employees, even if they work in different locations. However, these changes also bring new challenges related to employee well-being. One of the main issues is stress due to the blurring of working time boundaries, with employees often struggling to distinguish between work and personal time. In addition, there is an increased risk of physical injury due to the use of non-ergonomic digital devices, including injuries from improper keyboard and mouse use. To overcome these challenges, companies must implement ergonomic office equipment to support the physical and mental health of their employees. Modern technology, including artificial intelligence (AI), plays an important role in selecting and customizing ergonomic office equipment to the individual needs of employees. AI analyzes equipment usage and posture data and recommends adjustments to prevent injuries and improve work comfort. The purpose of this study is to discuss the importance of office technology and ergonomics in improving employee productivity and well-being. By integrating advanced technology and ergonomic principles, companies can create a more comfortable and healthy work environment. This not only increases productivity, but also improves job satisfaction, creativity and employee retention. An ergonomic work environment reduces stress and fatigue, allowing employees to work more effectively and efficiently. The research method used in this study is a literature review that collects and analyzes information from various sources regarding office technology, ergonomics, and their impact on work productivity. The study found that the use of ergonomics-enabled technology in the workplace significantly increases employee happiness. Companies that invest in ergonomic technology and equipment can create a sustainable competitive advantage through a healthier and more productive workforce. This study shows that a balance between technology and ergonomics is key to creating a productive and sustainable work environment.

In Indonesia, almost every year train accidents occur which result in casualties and considerable material losses. The factors that cause train accidents are human resources, facilities, infrastructure and environmental factors. The method used in this study is the measurement of the level of fatigue that occurs in machinists and assistant machinists using the fatigue index calculator and for measuring the quality of sleep whether good or not using the Pitsburgh sleep quality index questionnaire. Data collection is divided into two parts, namely the collection of working time data from machinists and assistant machinists to determine the level of fatigue and the collection of data from the distribution of questionnaires to determine sleep quality. Working time data is the schedule of machinists and assistant machinists every day which will then be calculated the level of fatigue using the fatigue index calculator. For the calculation of sleep quality, the Pitsburgh sleep quality questionnaire was distributed to 62 respondents. From the results of the calculation of the fatigue index calculator for machinists and assistant machinists every day, it is found that the fatigue index value varies for each day. This can also be seen from the results of the calculation of the standard deviation for 62 respondents which ranges between the value of 6 or 7. The results of the calculation of the sleep quality index showed that 84% of machinists and assistant machinists have a good sleep quality.

Applying ergonomic principles in work tool design for manufacturing industries is a crucial factor in improving productivity while maintaining worker health. This research aims to analyze the effectiveness of adaptive work tool design models based on cognitive and physiological ergonomic principles, identify interaction patterns between workstation design and operational performance, and develop a conceptual framework for integrating ergonomic principles into production cycles. The research method adopts a cognitive-physiological approach with qualitative analysis of human-machine interactions, biomechanical simulations using digital human modeling, and muscle load measurements through electromyography. Implementation was conducted using a participatory ergonomics approach and IMU sensor-based real-time monitoring systems. Results show that using materials with controlled deformation capabilities (15-20%) in work tools reduces muscle work by up to 27%, while adaptive automation system integration improves assembly accuracy by 18%. Workstations with ergonomic adjustments increase assembly speed by an average of 12%, and low-cost ergonomic interventions effectively improve productivity by 11-15% in resource-limited environments. Longitudinal analysis reveals that evidence-based ergonomic investments yield a 230% ROI through increased productivity, reduced injury compensation costs, and decreased employee turnover. IMU-based posture monitoring systems integrated with adaptive feedback loops reduced musculoskeletal disorder incidents by up to 41%. In conclusion, ergonomic optimization based on cognitive-physiological principles creates synergy between production efficiency and worker well-being, making it an essential component in achieving sustainable productivity.

Ergonomics is a science that studies the interaction between humans and other elements in the form of a system, as well as a profession that practices theories, principles, data and methods in design to optimize suitability for human needs. High school students spend a lot of time at school in daily activities covering ± 6 hours with teaching and learning activities that dominate in the classroom. In the learning process students are more in a sitting position, as well as those experienced by SMA N 4 Takengon students. In this activity, the increase in knowledge in students increased by 74%.

PT EQY is a textile company, especially yarn spinning. The activities of the staffing/packing department at PT EQY are packing, lifting, and moving cardboard boxes. This activity still relies on human power or manual material handling. This work is carried out repeatedly and continuously, causing complaints of pain in several parts of the body during work. This raises the risk of work postures such as Musculoskeletal disorders (MSDs). This research aims to produce a design for work aids that can reduce the risk of Musculoskeletal disorders (MSDs) using the Ovako Work Analysis System (OWAS) method. Based on the problem, work posture analysis was carried out using the OWAS method to find out whether the work posture of staffing/packing employees falls into the risky posture category or not. Based on the results of the Ovako Work Analysis System (OWAS) analysis research, it shows that the posture of staffing/packing workers is included in the high risk category and needs immediate improvement. This improvement involves designing work facilities, namely a handlift and packing table with an ergonomics approach, resulting in a handlift design with a height of 200 cm (2000 mm) and a packing table with a width of 200 cm (2000 mm) and a packing table with a length of 60 cm (600mm), width 60 cm(600mm), and height 104 cm(1040mm).      

This research analyzes the dressing table products of PT XYZ using anthropometric methods, taking into consideration body measurements such as hip width, thigh length, seated body height, and elbow length. The primary objective is to assess the suitability of product dimensions with human body structure from an anthropometric perspective. The process of testing data uniformity involves calculating the average of observation results, standard deviation, and establishing upper and lower control limits with the coefficient value of k. Adequacy testing of data is conducted to evaluate the quantity of collected data. Subsequently, ideal dimensions for the dressing table product will be determined. The analysis results indicate significant differences between the initial dimensions and the ideal dimensions, concluding that adjustments to product dimensions are necessary. Therefore, it is recommended that PT XYZ make adjustments to the dimensions of the dressing table product based on anthropometric principles to enhance user comfort and customer confidence in the product.