Workload Research Articles

Sim-to-Real Transfer for Visual Reinforcement Learning of Deformable Object Manipulation for Robot-Assisted Surgery

Automation holds the potential to assist surgeons in robotic interventions, shifting their mental work load from visuomotor control to high level decision making. Reinforcement learning has shown promising results in learning complex visuomotor policies, especially in simulation environments where many samples can be collected at low cost. A core challenge is learning policies in simulation that can be deployed in the real world, thereby overcoming the sim-to-real gap. In this letter, we bridge the visual sim-to-real gap with an image-based reinforcement learning pipeline based on pixel-level domain adaptation and demonstrate its effectiveness on an image-based task in deformable object manipulation. We choose a tissue retraction task because of its importance in clinical reality of precise cancer surgery. After training in simulation on domain-translated images, our policy requires no retraining to perform tissue retraction with a 50% success rate on the real robotic system using raw RGB images. Furthermore, our sim-to-real transfer method makes no assumptions on the task itself and requires no paired images. This letter introduces the first successful application of visual sim-to-real transfer for robotic manipulation of deformable objects in the surgical field, which represents a notable step towards the clinical translation of cognitive surgical robotics.

ORGANIZATIONAL FACTORS AFFECTING STRESS OF THAI PRIVATE UNIVERSITY PERSONNEL

The purposes of this research were: 1) to study organizational factors of Thai private university personnel 2) to study the level of stress of Thai private university personnel 3) to find a relationship between organizational factors and stress of Thai private university personnel and 4) to analyze organizational factors affecting stress of Thai private university personnel. The samples used in this study were 380 employees working in Thai private universities located in Bangkok. The research findings showed that organizational factors, in total, were perceived at high level. In particular, time management had the highest mean value, followed by work uncertainty, work load, co-worker relationship, and work condition. Stress of Thai private university personnel, in total, was perceived at high level. In particular, mental stress had the highest mean value, followed by physical stress and behavioral stress. Organizational factors were positively related to stress of Thai private university personnel at the statistical significance of 0.01 level, which workload had the highest relationship with stress of Thai private university personnel. Organizational factors had an effect on stress of Thai private university personnel at statistical significance of the .01 level. The organizational factors which had the highest effect on stress of Thai private university personnel were work uncertainty, followed by time management, workload, work condition, and co-worker relationship. The forecasting equation from the results of Multiple Regression Analysis can describe the effect of organizational factors on stress of Thai private university personnel at 74.5 percent (Adjust R2 =.745), whereas the rest 25.5 percent was the results of other variables which were not studied in this research.

Challenges and Opportunities of a Shared Medical Facility for the Training of Medical Students in Rivers State: Perspective of Stakeholders and the Medical Students

Background: Teaching hospitals are known to manage complex health conditions and train medical students. This study aims to explore the experiences of medical students from different universities and stakeholders who share a teaching hospital facility in Rivers State in terms of challenges and opportunities, and to suggest ways of overcoming the challenges encountered. Materials and Methods: A qualitative phenomenological study design was employed for this research conducted in Port Harcourt among medical students and stakeholders from both the Rivers State University and PAMO University of Medical Sciences, using a purposive sampling method. There were in-depth interviews and focus group discussions, and data obtained was uploaded for analysis into ATLAS.ti version 8.4.24. Results: There was a total of 10 females and 14 males, comprising 2 management staff, 8 lecturers from the two universities who were also medical doctors and 14 medical students. The commonly shared facilities were lecture halls, clinics, wards, theatres, hospital space and time. Some challenges identified were space constraint, distance between the Universities and teaching hospital, limited exposure to calls and clinical practice and academic work load.  Inter-university interactions emerged as the most common opportunity, followed by a win-win for the teaching hospital and universities. Some suggestions were made for improvement in sharing a facility. Conclusion: A report of the experiences with shared facilities for undergraduate medical education is presented in this study. It is hoped that the findings will assist medical educators and teaching hospital management to make necessary changes that will enhance medical education.

“Motherwork” and communicative labor: A gendered analysis of hunger in marginalized US women

IntroductionThe feminization of hunger plays out in communities across the globe where poverty exists, including the United States, the world's wealthiest nation. The feminization of hunger and poverty can be traced to the “gender system”—deep seated gender inequities resulting in job segregation, discrimination in pay, unpaid caring work, and gender-based violence.MethodsExploratory qualitative research study with two focus groups comprising low-income women (n = 20).ResultsThe analysis identified three key themes: toxic stress related to food work, welfare stigma and racism, and the invisible loads of care work and communicative labor.DiscussionThe analysis shows how women's experience of hunger and food insecurity in the US is linked to forces of economic deprivation and symbolic violence. Consistent with Allen's (2007) theorization of “motherwork”, for women and mothers the experience of food insecurity is distinct because of its gendered link to the care work, food work, and communicative labor necessary for the survival and wellbeing of children.

Correlation between the factors of unsafe acts and unsafe conditions and the occurrence of work accidents among construction workers (a case study of PT X at Hospital Y project)

Backgrounds: Generally speaking, unsafe acts and unsafe conditions are the causes of work accidents. Based on the HSE reports, the cases of occupational accidents in the Hospital Y project in the last 7 months until October 2021 had amounted to 20. The correlation between the unsafe acts as well as unsafe conditions and the occurrence of work accidents constitutes the basis and objectives of this study. Methods: This study is quantitative in nature, with analytical observation implementing cross sectional approach. It involved 63 out of 130 workers (consisting of staff, supervisors, and subcontractor workers) who were selected using purposive sampling technique. Instruments in the forms of questionnaires, observations, and documentary studies were implemented. The data were further analyzed using chi-square test, fisher test, and cell pooling. Results: It was shown from the statistics that the Occupational Safety and Health (OSH) Knowledge gained the score of (p=0,066; PR=1,368; 95%CI=0,995-1,879), Load of Work (p=0,010; PR=0,647; 95%CI=0,457-0,916), OSH Training (p=0,029; PR=1,833; 95%CI=0,873-3,848), Equipment Safety Gear (p=0,005; PR=1,682; 95%CI=1,102-2,567), and Operational Procedures (p=<0,0001; PR=1,934; 95% CI=1,251-2,991). Conclusions: It is found that no correlation was existent between OHS Knowledge occurrence of work accidents. However, there was a correlation between work load, OSH training, and equipment safety gear and the occurrence of work accidents.

Design of Laboratory Stand for Displacement Measurement of IPMC Actuators.

The polymer technology based on Electroactive polymers and metal composite ionic polymer has great potential and advantages in many engineering fields. In this paper, a laboratory stand for testing Ionic polymer-metal composites (IPMC) is presented. The laboratory station includes a power supply system and a measuring system for the displacement of IPMC composites. Tests and measurements are carried out using a laser transducer and a camera equipped with image analysis software to determine the IPMC strips displacement. The experimental investigation of IPMCs under different voltage supplies and waveforms, environmental working humidity conditions, temperature, and loading conditions has proved the significant influence of geometric dimension and the effect of increased stress on the displacement value. For materials powered by a higher voltage value, an increased deflection value was noted. In case of displacement, longer is the sample, higher is the displacement value. The length of the sample under load, affects adversely its performance, resulting in an increase in the load on the sample. For samples of a thick size, a more stable movement with and without load can be noticed.

Skin Condition and Behavioral Factors in High-Performance Athletes Based on the Example of Professional Dance—An Explorative Pilot Project

The high work-related loads on the skin of dancers is the result of numerous factors. While initial studies have looked at the consequences of exposure, information on skin condition is still completely lacking. This study includes for the first time an analysis of the skin as well as the relevant skin care behaviour. Methods: A total of n = 35 professional dancers (PT) underwent skin analysis (transepidermal water loss, TEWL; moisture content and oil level) as part of a dermatological examination. This was done at different work load periods (phase of increased demands and resting phases, T1 and T0, respectively). Results: Acne (17.1%), herpes labialis (8.6%), and allergic rhinitis (14.3%) were among the most common pre-existing conditions. Low moisture contents and oil levels of the skin were found in selected localizations. TEWL index values were normal. There were no significant differences in measured values between T0 and T1. Subjects with skin lesions at rest showered significantly more often than their unaffected counterparts. Inflammation was particularly frequent after hair removal, especially in the intimate area (40.6%). Conclusions: Occupational exposures appear to be reflected in the results. However, studies with larger groups are needed to verify these results.

Pengaruh Motivasi Kerja Kepemimpinan dan Beban Kerja terhadap Kinerja Pegawai Kantor Camat Batang Angkola Kabupaten Tapanuli Selatan

Problem this study is how influence job motivation on employee’s performance. How influence leadership on employee’s performance. How influence work load on employee’s performance. How influence job motivation, leadership and work load on employee’s performance. The purpose this study to determine and analyze the effect job motivation on employee’s performance. Determine and analyze the effect leadership on employee’s performance. Determine and analyze the effect work load on employee’s performance. Determine and analyze the effect job motivation, leadership and work load on employee’s performance. Sample in the study is 34 employee’s. Data analysis techniques used in this study is descriptive analyze and multiple linear regression analysis. The results the study indicate job motivation variable has a positive and significant effect on employee’s performance. Leadership variable has a positive and significant effect on employee’s performance. Work load variable has a positive and significant effect on employee’s performance. Job motivation, leadership and work load variable has a positive and significant effect on employee’s performance.

ВЫПОЛНЕНИЕ ГЕНЕРАТИВНОГО ДИЗАЙНА И АДАПТАЦИЯ К ИЗГОТОВЛЕНИЮ ПОВОРОТНОГО КУЛАКА. ЧАСТЬ I

The paper describes the calculation of input parameters for static strength analysis or generative design of the steering knuckle of a Formula Student race car. The initial data were: overall and mounting dimensions of the rim and tire, hub and brake disk, the magnitude of the force acting on the contact patch of the wheel with the road, the magnitude of the sliding friction force between the brake disk and brake pads, the force acting on the tie rod attachment, the location coordinates ball joint mounts and brake caliper. During the calculations, bearings were selected and forces on the coordinate axes were calculated, which must be applied to the part to simulate work loads. The calculation was performed by static methods. As a result, six load cases were obtained, simulating work in right and left turns with oversteer and understeer, as well as work during braking with maximum negative acceleration. Also, a 3D model of the steering knuckle was built, which has excessive strength (factor of safety is higher than 6). Padding values of the unchangeable areas have been defined, that prevent the generative design algorithm from subtracting material from important structural features of the part. The offset values were verified using additional finite element calculations.

A new deep transfer learning method for intelligent bridge damage diagnosis based on muti-channel sub-domain adaptation

Deep learning has been successfully and widely used in the field of intelligent diagnosis to accurately identify damage. These successes are based on the assumption that the training and test data are independent and identically distributed. They ignore that there is a distribution discrepancy between training (source domain) and test data (target domain) obtained under different working environments, loads, or bridges. This distribution discrepancy leads to severe performance degradation of the diagnostic model. To address these problems, a novel intelligent diagnosis method is proposed for bridges, namely, the multi-channel subdomain adaptation based deep transfer learning network. In this network, a multi-scale-based parallel multi-channel feature extractor and a multi-kernel local maximum mean discrepancy-based multi-channel subdomain adaptation module are proposed to learn domain-invariant features. Data sets from three different bridges are used for transfer diagnosis experiments to verify the generality and superiority of the method. This study will further facilitate the intelligentisation of structural health monitoring systems in the field of bridges.

Design and Fabrication of Solar Powered Tiller with Seed Sowing

Agriculture is very important for the Indian economy. India being a developed nation, where agriculture plays a major role in developing the nation needs in all outcomes, The present project aims to develop Solar Powered tiller to reduce the time of the farmer by digging into the soil for multiple times in a certain area, where it’s having an attachment of seed sowing. The chain sprocket is a motorized by wiper motor and tiller blade will break the soil into small pieces, which helps improve the aeration of soil and prevents weeds from growing. Here the power to accelerate the equipment is utilized from the solar panel and stored in the battery for further purpose, where the panel is fixed at the top of the tiller for continuous rays of energy absorption. The multimeter is fixed to check the solar panel output voltage. By using the power, it tends to run the tiller in a proper manner. The seed sowing hopper is fixed at back side of wheel, where the seeds are flow in ground by reciprocating motion by means of rotating wiper motor. Now this project's major focus is on creating a functional operating system. High safety reduced human effort, improved soil tiller efficiency, decreased work load, less worker fatigue, and lower maintenance costs are all achieved by the project.

Better design leads to better results - Importance of virological outcome design in clinical trials for antiviral treatment of coronavirus disease 2019.

Better design leads to better results - Importance of virological outcome design in clinical trials for antiviral treatment of coronavirus disease 2019.

Common Health Hazards in Healthcare Facilities & Impact on Healthcare Workers/Professionals/Patients – Remedial Measures – An Analysis

Globally in any healthcare facility there are numerous healthcare hazards such as Infectious diseases, Occupational diseases are common and affecting not only healthcare workers, professionals and such other healthcare workforce attending patients but also patients and their accomplice. While providing healthcare services i.e. preventive, curative and rehabilitative to the patients who visit the healthcare facilities for their ailments / discomfort in some unavailable circumstances the healthcare personnel (healthcare workforce, professionals etc) face healthcare hazards. Unlike other service oriented organizations where one can choose any service that the consumer wants on their own but where as in healthcare it is case specific and the customer namely the patient has to go to a specific place (healthcare facility) and to a specific professional who is capable of extending that particular service needed by the patient. Hence, the healthcare providers and the healthcare professionals should be very careful in handling / treating the needy patients and at the same time to protect themselves from the healthcare hazards and the communicable diseases that are common in any healthcare facility. Though much development took place in medical science/medical technology, procedures and the present system of medical modern technology has made healthcare very complex with many hazards. The main healthcare hazards that are common in any healthcare facility are Biological hazards (viruses, bacteria and parasites), Chemical hazards (disinfectants, drugs and diagnostics), Physical hazards, Ergonomic hazards, Occupational hazards, Occupational exposure to Vancomycin, BRSA Infections, Radiation effect, Violence, Exposure to reproductive health hazard, Stress disorders etc. In this article an attempt is made to discuss about various healthcare hazards that are commonly prevalent in the healthcare facilities in addition to occupational diseases and infectious diseases causing innumerable damage and hardship not only to the workforce and professionals and to the patients in form of other but mainly though transmission and improperly used equipment and maintaining the healthcare facilities in improper environment. Due to increased work load because of human immune deficiency virus, hardships of increased. Also the preventive measures and necessary infrastructure to combat such hazards and infectious diseases, as per the guidelines of the World Health Organization the steps that are to be taken in this regard by the healthcare facility providers are also discussed threadbare. The Constitution of India though does not expressly guarantee a fundamental right to health, there are multiple references in the Constitution to the public health and the role of the stake, the provision of healthcare to others. In India this right which is a natural corollary to promoting public health is protected under the Constitution of India in multiple ways.

Systemic ventricular function in Fontan patients at rest and after exercise at altitude.

Physical activity at high altitude is expected to pose risks for patients with Fontan circulation and to impair systemic ventricular function. This study aims to determine the effect of high-altitude hypoxia on ventricular function in Fontan patients at rest and after exercise. We hypothesize that systemic ventricular function deteriorates under hypoxic conditions in Fontan patients. In this prospective study, 21 Fontan patients (NYHA class I-II) and 21 age-, gender- and body mass index-matched healthy controls were enrolled (median age 17.9 and 16.9 years). Transthoracic echocardiography was performed at rest, after peak (PE) and after continuous exercise (CE) in normoxia and hypoxia at simulated altitude (2,500 m above sea level). The effect of hypoxia on echocardiographic parameters was quantified by linear mixed-effects models and the difference between normoxia and hypoxia (Δ= hypoxia-normoxia). At rest, cardiac output (CO) estimated by outflow tract velocity time integral × heart rate and annular plane systolic excursion (APSE) were lower in hypoxia compared to normoxia in Fontan patients (CO: Δ = -12.0%, n.s.; APSE: Δ = -9.6%, p < 0.001), an increase was observed in controls (CO: Δ = 8.5%, n.s.; APSE: Δ = 2.5%, n.s.). Other parameters of systolic and diastolic function did not show relevant changes. After exercise under hypoxic conditions, Fontan patients did not show relevant deterioration of systolic function compared to normoxia. Late, active diastolic filling reflected by A-wave velocity remained unchanged in Fontan patients, but increased in controls. Under hypoxic conditions, CO and workload were higher after CE than PE in Fontan patients (CO: PE Δ = 1,530 vs. CE 1630), whereas controls showed higher work load and CO estimates after PE than CE as expected (CO: PE Δ = 2,302 vs. CE 2149). Fontan patients clinically tolerated short-term altitude exposure up to two hours and exercise and showed no consistent deterioration of systolic systemic ventricular function, but parameters of myocardial contractility, heart rate and cardiac output did not increase as observed in controls. This is likely to be multifactorial and may include intrinsic cardiac dysfunction as well as preload inadequacy and the lack of augmented atrial contraction. CE may be better tolerated than PE.

Modelling a Computed Tomography service using mixed Operational Research methods

ABSTRACT Demand for computed tomography (CT) and CT waiting lists are growing, a problem exacerbated by the postponement of scheduled services during the Covid-19 pandemic. In this case study operational research (OR) methods were used to investigate resource utilisation and CT waiting list growth. Stakeholder involvement was facilitated using system dynamics (SD) for problem conceptualisation and Soft Systems Methodology (SSM) to identify service issues, data requirements, and scenarios for testing. Discrete event simulation (DES) was used to generate metrics pertaining to daily staff work load, process performance (delays) and waiting list evolution, for the current and alternative scenarios. Lessons learnt from the perspective of a clinical modeller are discussed throughout. DES model outputs illustrated the high daily variation in resource utilisation and process delays for the current service where inpatients and outpatients share a single CT scanner. Inpatient examinations were found to consume on average 23% more staff time than outpatient. For non-contrast CT scans, outpatients consumed 63% less time than inpatients. Simulation results for an outpatient-only service demonstrated higher CT and healthcare assistant utilisation, with low variation and process delays. This work recommends the separation of inpatient and outpatient CT services to address the problem of growing CT waiting lists.

Influence of Different Dapped-End Reinforcement Configurations on Structural Behavior of RC Dapped-End Beam

Severe damage or collapse of reinforced concrete dapped-end beams (RC-DEBs) may occur during the service life. The collapse of the Concorde overpass structure in Laval, Quebec, Canada, in 2006 revealed the causes of collapse, i.e., insufficient shear strength (no stirrups), misplacement of hanger reinforcement, etc. In addition, the inspection report of RC half-joint bridges in England until 2018 expressed that damages or failures of half-joint structures can be attributed to the poor condition of structures or non-compliant reinforcement detailing. These conditions exhibited how important it is to understand the proper detailing of dapped-end reinforcement. To date, some studies have performed investigations on the effect of inadequate dapped-end reinforcement on the structural behavior of DEBs. However, the results of the research to date were not yet complete enough to disclose the role of each group of dapped-end reinforcement in resisting the working load. Therefore, this study was carried out to investigate the main role of each group of dapped-end reinforcement separately on the structural performance of RC-DEBs. Eight large-scaled RC-DEBs (with sizes of 1800 mm length, 120 mm width and 250 mm height) were prepared, cast and cured. All DEB specimens were tested under the three-point loading up to failure. To localize the effect of shear failure, the shear span-depth ratio (av⁄d) of 1.43 was set. Test results exhibited that arrangement of a specific group of dapped-end reinforcement separately affects the structural performance of DEBs significantly. The diagonal reinforcement (DR) group was found to be more effective than the vertical hanger reinforcement (HR) group. The failure load capacity of the DR group (DEB-18) achieved 0.29 times that of the control beam (DEB-3). Meantime, the nib flexure reinforcement (NFR) group demonstrated the most important role in the structural performance of DEBs compared to other dapped-end reinforcement groups. The failure load capacity of the NFR group (DEB-39) reached 0.62 times that of the control beam, while rupture deflection of the NFR group also exhibited the highest value than other groups, i.e., 0.62 times that of the control beam. In addition, analysis results of rosette strain gages (RSGs) data indicated that regions near to re-entrant corner and its vicinity experienced the highest stress concentration factor (SCF) compared to other places of the beams. These regions were more susceptible to experiencing the first crack, progressive crack, damage or failure first than other regions of DEBs. The greater the value of SCF, the greater the probability of collapse occurring in the related structural elements, which is also followed by a lower failure load capacity. DEB-1 (without dapped-end reinforcement) has the highest SCF (205.68), and the lowest failure load capacity (12.58 kN), whilst DEB-3 (with the complete dapped-end reinforcement) has the lowest SCF (79.62), but the highest failure load capacity (105.26 kN). Obviously, DEB-3 can withstand the working load properly. Its adequate dapped-end reinforcement is able to accommodate and distribute the high stress flows in the dapped-end region properly, which causes the SCF value to decrease.

Work Life Balance as a Determinants of Academic Staff Retention in Makerere and Kyambogo Universities in Uganda

The study was meant to establish the extent to which work life balance determines the retention of academic staff n Makerere and Kyambogo Universities. Its specific objectives were to establish the status of work life balance of academic staff, the level of academic staff retention and finally the extent to which work life balance determines academic staff retention in the two universities. The study took a descriptive and cross-sectional survey designs with a number of 298 academic staff and 4 administrative staff selected using stratified random and purposive sampling technique. Findings on the status of work life balance revealed an average mean 3.29 showing that it was fair. On the level of academic staff retention, a moderate mean 3.25 revealed a fair retention of academic staff in the two universities. Results on the third objective, the study findings revealed that work life balance (B = 0.318; p = 0.000&lt;0.05) had a statistically significant effect on the retention of academic staff (ASR). It was thus concluded that work life balance and academic ASR were fair among academic staff in Makerere and Kyambogo universities. Whereas on the third objective it was concluded that work life balance (WLB) critical determinant of academic staff retention in the two universities. It was hence recommended that a fair work life balance need to be established by considering a fair work load, reducing on work time to academic staff. Furthermore ASR may need to be improved on through ensuring that academic staff work load is within their reach. The study recommends further that the management of Makerere and Kyambogo Universities should revise and effectively implement policies that favour of academic staff work life balance such as regulated work load. The study contributes to existing knowledge as have prove that the work life balance as one of the job fits and sacrifices significantly contributes to ASR Makerere and Kyambogo Universities.

Data Fusion Approach for Extracting Spindle Key Performance Features Under Different Workloads

The spindle is the core component of CNC machine tools, and its performance features are the main factors affecting the overall accuracy and efficiency of machine tools. This study proposes a method for extracting key performance features of machine tool spindles under different workloads. First, it develops a spindle performance test device, which can obtain the performance features of the spindle at different speeds and radial and axial forces. Then, it proposes a spatial vector model for predicting radial runout at any axial position. Test results show that the maximum error between the test and the prediction model is 2.85% at the first prediction position. At the second prediction location, the maximum error is 2.25%. Lastly, this study proposes a data fusion method to calculate the bearing stiffness by combining the measured data, mechanical theory, and finite element analysis. Test results show that the bearing stiffness feature can be simplified to a constant value in the milling process. In the typical working load range, the bearing stiffness fluctuates within 20% of the axial force. The method is applicable and instructive for engineering applications.

Pouzdanost i faktorska valjanost konstruisane skale za procenu zadovoljstva poslom profesionalnih vojnika vojske Srbije

The aim of this research is to verify the reliability and factoral validity of the constructed scale for the evaluation of job satisfaction of professional soldiers. The constructed scale consists of seven subscales. An initial version of the survey contained the total of 49 items, including five socio-demographic questions. Empirical verification covered the sample of 157 professional soldiers of the Guard. The analysis of metric characteristics, reliability of items and subscales, and the factoral validity of theoretically presumed scale for the evaluation of job satisfaction of professional soldiers, was carried out by analysing internal congruence of subscales and factoral analysis. After the analysis has been concluded, a scale was derived that contains 33 items. The factoral analysis has offered 7 factors with explained variance of 70.945%. It was determined that the reliability of the empirically obtained subscales was satisfactory: Emoluments (5 items; a=0,840), superior officer (5 items; a=0,897), work load (4 items; a=0,818), job category (7 items; a=0,919), prospect for career advancement (4 items; a=0,901), working environment conditions (4 items; a=0,862) and interpersonal relations (4 items; a=0,820). As a whole, the constructed scale enables a reliable and valid evaluation of professional soldiers' job satisfaction, and it is suitable to be applied for research purposes.

The structural analysis of school buildings in West Pasaman as tsunami shelters

The shelter buildings of SDN 02 Sasak Ranah Pasisie and MTS Darul Hikmah Sikilang at West Pasaman were built in year 2010-2011, but until year 2021, the construction were not completed yet. To continue the construction of these shelters, the structural analysis is first carried out to know the existing condition of the buildings. The structural analysis is carried out in order to find out whether the shelter buildings is still feasible to resist the working loads. The calculation of the working loads using the new SNI 1726-2019, including tsunami loads. Data of concrete quality is taken using a hammer test and the reinforcing steel by conducting a tensile test from the reinforcement sample taken in the field. To find out the capacity of foundation, the DCP (Dutch Cone Penetrometer) testing is carried out to obtain the qc (conus) value and the depth of hard soil. Structural analysis using a computer program with a 3D building model. From structural analysis is found that all dimensions of element as well as reinforcement of flexure and shear of structural element such as columns and beams including foundation are able to resist the working loads in accordance with the new SNI 1726-2019.