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This study aims to analyze the role of Penta-Helix stakeholders in developing tourism potential in Kupang City. The method used is descriptive qualitative with a qualitative approach. The focus of this research is to observe and find out how the application of the Penta-Helix model in the development of tourism potential in Kupang City, using data collection techniques in the form of Interviews, Questionnaires and Documentation analyzed using Analytichal Hierarchy Process (AHP) analysis techniques. The results of this study show that the Penta-Helix Collaboration in developing the tourism potential of Kupang City has been implemented, but the results to advance tourism in Kupang City are still not optimal. This is due to the lack of awareness from the public and also coordination from the government in maintaining the safety and cleanliness of tourism places is lacking. Factors that become the scale of importance to the application of the Penta-Helix model of tourism in Kupang City based on the level of priority are aspects of government, private sector, society, media, and academia. For the government aspect, the indicator with the greatest weight is the construction of tourism facilities. For the private sector, the priority indicator is the improvement of service services. In the community aspect, the most priority indicator is the indicator of cleanliness of the tourist environment. For the media aspect, the priority indicator is tourism propotion. For the academic aspect, the indicator with the greatest weight is the development of research contribution facilities.

The rapid advancement of science and technology requires universities to provide safe, comfortable, and representative learning facilities. One such initiative is the construction of a five-story lecture building at Dr. Soetomo University, designed with a steel structure as an alternative to reinforced concrete. Steel was chosen due to its high tensile strength, uniform material properties, lighter weight, ease of installation, and strong resistance to earthquake loads. This study aims to design a five-story lecture building with a steel structure that meets the requirements of strength, stability, and safety in accordance with applicable standards. The method applied is structural planning based on SNI 1729:2020, SNI 1727:2020, and SNI 1726:2019 using the Load and Resistance Factor Design (LRFD) approach. Structural analysis was conducted with SAP2000 version 2014 through three-dimensional modeling that considers geometry, material properties, loading, and placement. The results show that the selected steel profiles for beams, columns, and connections are capable of supporting the combination of dead loads, live loads, and seismic loads with safe performance. The maximum stress remains below the allowable limit, and the deflection values do not exceed the permitted deviation. These findings confirm that steel provides efficiency in dimensions and materials while offering practicality and earthquake resistance, and the design produced can serve as a useful reference for future multi-story building projects in earthquake-prone regions.

The need for environmentally friendly marine transportation continues to increase, especially in tourist areas such as Penyengat Island, Tanjungpinang, Riau Islands. In the local context, the design of electric boats has not been widely developed for small islands in Indonesia, even though the potential and urgency for its application is very high. Geographical constraints, limited charging infrastructure, and a lack of technical data are the main obstacles. This research focuses on the design and construction of an electric-powered tourist boat prototype with an asymmetrical catamaran hull type as an effort to support a sustainable transportation system. The boat design applies an asymmetrical catamaran hull configuration to improve sailing stability and energy efficiency. The propulsion system is controlled via a wireless PS2 joystick integrated with an ESP32 microcontroller, supported by a 24V DC motor powered by lithium-ion batteries and solar panels as a supplement. Test results show that the boat can operate stably with remote control, good energy efficiency, and zero emissions during operation. Some technical challenges encountered include limited operational duration due to battery capacity and high sensitivity of electronic components to water exposure. Overall, this prototype has great potential for further development as an environmentally friendly alternative for maritime transportation system. The stable catamaran hull design provides advantages in terms of comfort and safety, especially in calm or shallow waters. The electric propulsion system used has proven to be efficient and responsive, supported by a remote control mechanism that is easy to operate via a wireless joystick

Each workplace has a different potential risk of work accidents depending on the type of industry, technology used, and risk control efforts undertaken by the company. Work accidents are generally caused by two main factors: unsafe acts by humans and unsafe working conditions. In this context, occupational safety and health (K3) is an important aspect that must be implemented in every company to protect workers from hazards that can cause losses, both physical and work productivity. Law No. 13 of 2003 concerning Manpower mandates that every worker has the right to occupational safety protection. This study focuses on UD. Fuad Las Jaya, a company engaged in construction and welding services. This company has a fairly high potential for work accidents considering the type of work performed. Based on employee attendance data in 2025, there is a level of discipline that can be related to working conditions and perceived safety. The severity of accidents is classified into three categories: light, moderate, and severe, which indicates the importance of implementing an effective K3 system. It is hoped that consistent awareness and implementation of K3 will create a safe, healthy, and productive work environment, as well as reduce the number of work accidents in the construction sector.

Penelitian ini bertujuan untuk mengetahui sejauh mana perlindungan hukum yang diberikan terhadap pekerja konstruksi melalui program-program yang diberikan pemerintah dan diwajibkan bagi pemberi kerja. Metode yang digunakan adalah normatif dengan menganalisa kesenjangan kenyataan dengan peraturan perundangan yang berlaku. Hasil penelitian ini ditemukan masih terdapat kasus yang terjadi dalam sektor konstruksi yang pekerjanya tidak memiliki jaminan terhadap keselamatan kerja. Hal ini tentu berdampak pada Keselamatan dan Kesehatan Kerja (K3) yang sudah diatur dalam Undang-Undang Nomor 1 Tahun 1970 tentang Keselamatan Kerja jo. Peraturan Pemerintan Nomor 50 Tahun 2012 tentang Penerapan Sistem Manajemen Keselamatan dan Kesehatan Kerja jo. Peraturan Menteri PUPR Nomor 10 Tahun 2021 Tentang Pedoman Sistem Manajemen Keselamatan Konstruksi. Hal ini akan berdampak kepada perlindungan hukum bagi hak-hak pekerja konstruksi yang tidak terealisasikan. Oleh karena itu, perlu untuk ada tindakan tegas yang menyertai sifat wajib program yang digalangkan pemerintah seperti BPJS Ketenagakerjaan.

This study aims to determine the relationship between conflict management, occupational safety and health (OHS), and work motivation towards increasing employee productivity at PT. Ratna Beton Giriwoyo. The background of this study is based on the importance of human resource management as a company's main asset in achieving optimal productivity targets, especially in the construction industry sector which has its own challenges in creating a safe and productive work environment. This study uses a quantitative approach with data collection techniques through distributing questionnaires to all company employees as respondents. The data obtained are then analyzed statistically to determine the effect of each variable on employee work productivity. The results show that conflict management has a significant relationship with employee productivity. Properly managed conflict not only avoids a decline in performance but can also increase morale and cooperation between employees. In addition, the implementation of good occupational safety and health (OHS) contributes to a sense of security and comfort at work, thereby reducing workplace accidents and increasing employee focus and work efficiency. Work motivation has also been shown to have an important role in encouraging employees to achieve predetermined performance targets. These three variables, both partially and simultaneously, have a significant effect on employee work productivity. These findings suggest that an integrated approach to conflict management, OSH implementation, and increased work motivation can be an effective strategy for improving company performance. This research is expected to provide practical contributions to the management of PT. Ratna Beton Giriwoyo in formulating human resource development policies, as well as serve as an academic reference for researchers and students interested in human resource management, particularly in the construction sector.

This study examines the application of engineering professionalism and ethical conduct in the construction of Building X, focusing on the quality of both substructure and superstructure works. The research was conducted through field observation, interviews with project stakeholders, and literature review, analyzed using a qualitative descriptive approach. Several issues were identified on site, including bore pile misalignment, waterlogging due to excess soil accumulation, poor concrete quality (honeycomb), and work delays caused by reinforcement order errors and subcontractor replacement. The assessment of professionalism and ethics refers to the 2021 Indonesian Code of Ethics for Engineers. The findings indicate that several aspects of professionalism, such as supervisory decisiveness, technical responsibility, and proactive communication, were applied appropriately. However, deviations were also observed, particularly in planning, quality control, and safety implementation. The study recommends improved coordination between supervisors and contractors, technical training for workers, and stronger enforcement of ethical compliance to enhance the overall quality of construction outcomes.

A landslide that occurred on May 24, 2024, in Pekon Datarajan, Ulubelu District, Tanggamus, Lampung, caused significant disruption to provincial road access and resulted in material losses. This study aims to assess the post-failure slope stability through field geotechnical investigation and numerical analysis using the Limit Equilibrium Method (LEM), and to propose immediate countermeasures. The slope materials consist of MH (inorganic silt) and ML (elastic silt) with high moisture content and moderate to high swelling potential. The lithology is dominated by montmorillonite clay, which has hygroscopic characteristics, making it highly vulnerable to water infiltration that reduces shear strength and increases the risk of slope failure. Stability analysis indicates a post-failure factor of safety (FoS) of 1.36 (static loading) and 1.03 (dynamic loading), which decreases to 1.07 beneath raised groundwater conditions. Recommended immediate mitigation includes surface runoff control, the construction of impermeable drainage systems, the sealing of cracks using impermeable materials, and the installation of temporary slope reinforcements such as sheet piles. The implementation of these measures increased the FoS to 1.61 (static loading) and 1.16 (dynamic loading). This study provides a technical basis for the rapid and effective mitigation of landslides in areas with similar geological and hydrological conditions.

This study identifies and validates critical risk factors in storage tank construction projects through a Systematic Literature Review (SLR) and expert judgment using Aiken’s V method. Initially, 103 journal articles were screened, with 43 selected for in-depth analysis, revealing 33 causal factors and six key risk categories. A Focus Group Discussion (FGD) involving industry professionals (project managers, QA personnel, safety officers) enriched the findings by incorporating practical insights missing in academic literature. Eight experts then evaluated these factors using Aiken’s V, validating 13 causal factors and four risk factors as highly significant. Key causal factors included Structure Design, Material Delivery, and Foundation Design, while major risk factors were financial loss, non-compliance, workplace accidents, and poor-quality outcomes. The study establishes a structured risk model for storage tank projects, supporting future quantitative risk analysis and mitigation strategies.

This study analyzes the application of collaborative governance in overcoming the phenomenon of overcrowding of visitors and its impact on environmental security at Kaimana Hospital, West Papua. The background of the research is based on the imbalance in the capacity of hospital infrastructure (serving 65,490 people) with the high number of visits, exacerbated by the habit of the community transporting patients en masse and the massive use of JKN services. The descriptive qualitative method is used with data collection techniques through semi-structured interviews, observations, and visual documentation. The analysis refers to the theory of Ansell and Gash (2008) which includes starting conditions, institutional design, facilitative leadership, collaborative process, and outcome. The results of the study show that efforts such as limiting visiting hours and the construction of halfway houses are not optimal due to less participatory policy design, lack of structured dialogue between stakeholders, and top-down leadership. Overcrowding is triggered by narrow waiting rooms, limited facilities, and the disintegration of the queue system. Despite collaborative initiatives, the results are still partial due to weak cross-sector coordination and low community participation. Strategic suggestions include infrastructure improvement, the development of an integrated digital queuing system, intensive socialization, and the formation of collaborative teams across sectors (RSUD, government, TNI/POLRI, and the community). Conflict management training, periodic evaluation, and participatory leadership approaches are also needed to create sustainable service transformation. This study emphasizes that inclusive and transparent collaboration is the key to overcoming overcrowding and strengthening the safety of the hospital environment.

Structural failure in construction projects is a critical issue that not only endangers public safety but also triggers legal consequences for parties involved. This study explores mechanical structural failure from technical, legal, and professional responsibility perspectives. Technically, structural failures are often caused by inadequate planning, poor-quality materials, and improper construction practices. Legally, the Indonesian Construction Services Law (Law No. 2 of 2017) and the Indonesian Criminal Code (KUHP) provide a foundation for holding parties accountable, both civilly and criminally, especially when failures result in significant losses or casualties. The research also discusses the roles and responsibilities of construction consultants and contractors. Consultants are responsible for accurate design and oversight, while contractors must ensure implementation aligns with technical specifications and safety standards. Any negligence or deviation from duties by either party can lead to legal liability. This paper emphasizes the importance of integrating technical diligence with legal compliance to ensure the success and safety of construction projects.

The construction sector is one of the industries with the highest risk of workplace accidents in Indonesia, contributing approximately 32% of the total national incidents. This study aims to analyze the effect of Occupational Health and Safety (OHS) training on worker performance in the construction sector. A literature review method was employed by collecting seven national research articles published between 2019 and 2025 through the Google Scholar database. The findings indicate that OHS training has a significant and positive impact on enhancing the performance of construction workers. It not only improves technical knowledge and skills but also fosters a stronger safety-oriented attitude, increases workers' sense of responsibility, and reduces the risk of workplace accidents. Structured and consistent training helps create a safer and more efficient work environment, ultimately contributing to improved work effectiveness and the overall sustainability of construction projects. This study underscores the importance of implementing OHS training programs as a key strategy to improve worker performance in the construction industry.

. ISO 45001:2018 is an international standard for occupational health and safety (OHS) management systems designed to help organizations reduce the risk of workplace accidents and improve a safe and healthy work environment. This research uses a literature review method to explore the implementation of ISO 45001 in various industrial sectors, including construction, manufacturing, chemicals, and food processing. The study results show that the implementation of ISO 45001 has a significant positive impact on reducing workplace accidents, increasing productivity, and strengthening the safety culture. However, the implementation process also faces various challenges, such as limited resources, low commitment from top management, and organizational cultural barriers. Therefore, the success of the implementation requires a strategic, participatory, and sustainable approach.

The construction industry is one of the fields where the implementation of Occupational Safety and Health (K3) is still not optimal, as evidenced by the still high number of work accidents. Efforts to increase this awareness can be done early on through education and training, one of which is through Vocational High Schools (SMK). In general, students are still not aware of the possibility of work accidents. Providing K3 training from an early age can help students develop the knowledge, attitudes, and behaviors that will be needed in the workplace later. The purpose of this program is to provide knowledge and skills to students of SMKN 1 Kemlagi, Mojokerto Regency regarding the basics of construction K3. The methods used to educate students through K3 learning include lectures and socialization, as well as evaluation through pre- and post-tests. Overall, K3 education activities are able to improve the understanding of students in the Building Design Modeling and Information Department of all topics discussed, including risk control strategies, preventing and dealing with fires in the work area, recognizing personal protective equipment.

Workplace accidents are a crucial issue that greatly impact worker safety and business continuity. This study aims to evaluate the influence of Personal Protective Aquipment (PPE) usage on reducing workplace accident rates across various sectors, including construction, healthcare, and manufacturing. Using a qualitative descriptive approach through a literature review of fifteen scientific articles published between 2020 and 2024, obtained from databases such as Google Scholar, this research found that PPE usage significantly contributes to reducing the incidance of workplace accidents. Compliance with PPE usage is influenced by workers knowledge, attitudes, length of service, and education level,  supported by company supervision and the comfort of PPE use. The findings also indicate that the provision of PPE must be accompanied by education, training, and strict supervision to achieve optimal effectiveness. This study emphasizes the importance of implementing a comprehensive accuptional safety management system to build a strong and sustainable safety culture in the workplace.

Occupational safety and health training explains that increased knowledge and awareness of workers about potential workplace hazards can motivate them to comply with safety standards, including the use of personal protective equipment (PPE). This research aims to analyze the effect of occupational safety and health training on the behavior of using PPE by workers in the construction industry. This research is driven by the high number of work accidents that happen in the construction industry sector in Indonesia, where many workers are still reluctant to use PPE. The method used is a comprehensive literature review, with analysis of various relevant sources including academic journals and research reports as well as 3 electronic databases, namely Google Scholar, PubMed, and GARUDA. The findings of the study showed that workers who participated in occupational safety and health training showed increased knowledge and awareness of potential hazards in the workplace. Despite this, compliance rates are still low, especially among younger and less experienced workers. There is still no clear research data on reducing the accident rate in workers after this occupational safety and health training. This research confirms the need for strict supervision in the field to create a safer and healthier work environment. 

This study aims to identify and analyze the factors influencing compliance with the use of Personal Protective Equipment (PPE) among construction workers through a literature review. Despite its importance, non-compliance with PPE usage remains a persistent issue. This research utilized a qualitative descriptive method and was conducted from January to April 2025. A total of 15 relevant articles published between 2020 and 2025 were reviewed. These articles were obtained from various reputable national and international databases, including Google Scholar, PubMed, and ScienceDirect. The analysis revealed two primary categories of factors affecting PPE compliance: internal and external. Among these, knowledge and attitude were found to be the most dominant contributors to PPE compliance. These findings suggest that improving PPE usage among construction workers requires a multifaceted approach. Recommended strategies include strengthening workers’ knowledge through continuous education, conducting regular safety training, ensuring the availability and ergonomic design of PPE, and fostering a safety-oriented workplace culture supported by active supervision and peer encouragement. The study contributes to the understanding of behavioral on PPE use and provides insight.

The dredging activity at Tanjung Pakis General Terminal is carried out to support the construction of the jetty and the deepening of turning basin to enhance the berthing capacity of ships. However, the actual dredger volume did not meet the meet the initial plan, potentially affecting maritime safety and security. This study aims to analyze dredging productivity and identity the factors causing discrepancies between the planned and actual dredging volumes. This study employs a mixed methods approach, combining quantitative analysis through descriptive statistics and qualitative analysis using a fishbone diagram. The research findings indicate a significant decline in dredged volume, with the total realized volume reaching only 221.619,47 m3 out of the planned 500.000 m3. The primary factors contributing to this discrepancy include administrative issues, environmental factors such as high waves, and fishing activities in the area.

Overhead cranes are an important device in the manufacturing and construction industry that functions to move heavy loads efficiently and safely. However, human error often occurs which can cause work accidents, equipment damage, and decreased productivity. Therefore, this research aims to design and build an Arduino-based automatic overhead crane system that can increase work efficiency and safety. This system is designed using an Arduino microcontroller as a control center, equipped with an ultrasonic sensor to detect the position and distance of the load, as well as a servo motor to regulate crane movement automatically. The system also features a wireless communication module to monitor and control the crane remotely. The research method used is Research and Development (R&D), which includes the stages of needs analysis, system design, hardware and software implementation, and performance testing. Test results show that this automatic overhead crane is capable of moving loads with high accuracy and a speed that can be adjusted according to needs. The system also succeeded in reducing manual intervention, thereby increasing work safety and reducing the risk of accidents by up to 30% compared to manual systems. The Arduino-based automatic overhead crane design succeeded in meeting the research objectives, increasing work efficiency and safety. Routine maintenance and periodic checks on mechanical and electronic components need to be carried out to ensure the system continues to function optimally and reduces the risk of damage.

Access to education that is close and affordable is a major obstacle in Patane II Village, Access to education that is close and affordable is a major obstacle in Patane II Village, Porsea District, Toba Regency. Because there are no schools in the area, children have to go to other villages to study, which has an impact on their physical condition, study time, and safety. Excessive use of electronic devices also has a negative impact on children's learning efforts. The purpose of this study is to analyze the challenges of education in the area and offer community-based solutions involving the government, community, and the use of technology. This study identifies various approaches to tutoring and research related to children's schools. The qualitative methods used are direct observation and interviews. The results of the study indicate that community-based solutions can effectively and sustainably improve access to education. Through the Student Service Practice Lecture Program (KPPM), children's interest in education has increased, especially in mathematics and English. In addition, students' social interactions with children help them reduce their dependence on electronic devices and increase awareness of the importance of education. Further collaboration is needed between the government, community, and educational institutions to achieve long-term goals, such as further school construction, improving teacher quality, and monitoring the use of electronic devices to increase children's learning opportunities.