Health status of workers are crucial to maintain their productivity and it will impact on output per capita. This systematic review aims to evaluate the effectiveness of nutrition and health intervention in workplace setting and implication for further research. Articles were searched from PubMed, PMC, Cochrane Library (Trial), Science-direct, and Google scholar published from 2005-2020. Inclusion criteria were the intervention subject aged 19-64 years old with experimental randomized control trial (RCT) or non-RCT study design. Several keywords used for literature searching including “nutrition education in workplace”, “nutrition intervention in workplace”, and “workplace intervention”. Data were narratively described. Eleven studies were meet inclusion and exclusion criteria and further be reviewed. Five studies focused on intervene food environment in the workplace, four studies focused on nutrition education using different channels i.e., workplace visiting and emails, the other two interventions were objected to decrease health risk regarding occupational health. Positive outcomes were recorded for all workplace intervention, including increase in nutrition knowledge, self-efficacy, reduce risky behavior, and also improved body mass index and blood biomarkers. Workplace nutrition and health intervention proved to be an effective way to enhanced balanced nutrition behavior and improve health status. This study implies an urgency of nutrition and health intervention in a workplace.

Background: Two-thirds of Indonesia’s territory is water, creating much of the coastal area. Unfortunately, there is no data regarding the exact number and demographics of the population in coastal areas who work as fishermen. Residents who work as fishermen are at risk of work accidents. The increasingly uncertain number of fishermen makes it more difficult to analyse work accidents around the coastal areas. This study is an observational study and cross-sectional study. It aims to analyse the relationship between work environment and occupational accidents among fishermen in coastal areas. Materials and methods: It was conducted using a quantitative approach. This study was located in the coastal areas in Sidoarjo, Tarakan, and Bangkalan. Sampling was conducted using snowball technique which obtained 56 respondents. Variables in this study included work climate, noise, lighting, and occupational accidents with data analysis using the Spearman’s rank test. Results: The results showed that work environment which included work climate, noise, and lighting had no relationship with occupational accidents among fishermen since p-value > 0.05. Conclusions: This study concludes that work climate, noise and lighting have no significant relationship with occupational accidents. Background: Two-thirds of Indonesia’s territory is water, creating much of the coastal area. Unfortunately, there is no data regarding the exact number and demographics of the population in coastal areas who work as fishermen. Residents who work as fishermen are at risk of work accidents. The increasingly uncertain number of fishermen makes it more difficult to analyse work accidents around the coastal areas. This study is an observational study and cross-sectional study. It aims to analyse the relationship between work environment and occupational accidents among fishermen in coastal areas. Materials and methods: It was conducted using a quantitative approach. This study was located in the coastal areas in Sidoarjo, Tarakan, and Bangkalan. Sampling was conducted using snowball technique which obtained 56 respondents. Variables in this study included work climate, noise, lighting, and occupational accidents with data analysis using the Spearman’s rank test. Results: The results showed that work environment which included work climate, noise, and lighting had no relationship with occupational accidents among fishermen since p-value > 0.05. Conclusions: This study concludes that work climate, noise and lighting have no significant relationship with occupational accidents.

Introduction: There are risk of physical, chemical, biological, ergonomic, and psychosocial hazards in workplace which may pose harm to women and their fetuses, especially if it is related to chemical hazards. Chemicals and radiation at workplace may increase the incidence of congenital anomalies, infant morbidity and mortality as well as recurrent abortion. The purpose of this study was to compile MCH surveillance. Method: A qualitative study design was used and a case study was conducted on three manufacturing companies in Sidoarjo District from August to October 2017. Thirty respondents from each company were selected using accidental sampling. Socio demographic and job-related data were obtained from the respondents. The variables of this research were personnel that were given training about public health center, data types, data instruments, data collection, data processing, data analysis, information dissemination, and comprehensive MCH information. Result: The MCH surveillance system for women workers in order to save the first 1000 days of life consisted of inputs, processes, and outputs. Inputs included worker factors, company factors, surveillance staff factors, data types and data instruments. The surveillance process consisted of several processes including data collection, data processing, data analysis, and information dissemination. Output in this service model was comprehensive maternal and child health information that can be applied in company. Conclusion: MCH surveillance model consists of input, process, and output. Every industry has unique characteristic which is not found in other type of industry. Keywords: child, health, maternal, surveillance

Introduction The primary function of the Government is to serve the community. The government of Jombang District needs to continue to improve the quality of services to the community as recipients of public services. One of the efforts to improve the quality of public services is by arranging the Community Satisfaction Index as a benchmark to assess the level of service quality. Material and Method This research is an observational research that used quantitative method. The quantitative method was done by distributing community satisfaction index questionnaire. The data collection was done in July, 2017. The numbers of sample were 200 respondents from nine Community Health Centers in Jombang District chosen through accidental sampling method. Results The assessment of IKM per element indicating that the element of responsibility of the Community Health Center's workers has the lowest value in the IKM which was as much as 70.37%, while the highest percentage value of IKM was the reasonableness of costs with a percentage of 76.12%. The calculation of IKM on all elements showed that the Community Health Services have good performance. Conclusion The responsibility and the performances of all other elements need to be improved to be categorized as very good.

Workplace accidents in an industry have caused substantial losses to business owners. If the business owner owns several industries, the losses will be even greater. Therefore, aspects of occupational safety and health (OSH) in the informal industry must be encouraged. Workplace accidents and diseases can be minimized by the presence of OSH in the midst of informal sector workers. The purpose of this study is to analyze the importance of measuring the working environment conditions in the coating unit of metal industry. This research method is descriptive because it does not involve treatment to the respondent. The instruments of this research are equipment to measure noise, work climate, and lighting that are present in the workplace. The questionnaire was used to determine respondents' perceptions related to noise conditions, work climate and lighting in the workplace. The study was conducted in June 2019 in the informal industry in the coating section in both painting and cleaning in metal manufacturing in Sidoarjo. The results of this study are as follows; the work climate is still within normal limits (27.8 ∘C). The average level of general lighting in the painting section is 117 lux and the cleaning section is 81 lux. The lighting is still below the maximum limit (200 lux). The results of noise measurements in the painting section are 78.6 dB and in the cleaning section are 64.0 dB, the figure is still below the threshold value (85 dB). The conclusion in this study is the working climate, lighting, and noise in the respective coatings is still within the safe limits.