Implementation Schedule Research Articles

Optımalısası Pembelajaran Teks Prosedur Kompleks Dalam Bahasa Indonesıa Melaluı Penerapan Project-Based Learnıng Dengan Medıa Audıovısual

ABSTRACT This research is motivated by the implementation of the project-based learning model (PjBL) in the context of learning complex procedural texts at SMPN 2 Grati. This research aims to describe three main aspects, namely the application and impact of the PjBL model, the challenges faced, and students' responses to this learning model. This research used a qualitative descriptive approach with 35 class VIIA students as subjects. Data was collected through observation and interviews, documented in the form of documents and field notes. The process of data reduction, data presentation, and drawing conclusions was carried out to analyze the findings. The research results show that the PjBL model is implemented through six stages, including practicing basic questions, creating a project plan, preparing an implementation schedule, tracking student and project progress, testing results, and experience assessment. The main objective of the research reveals that the project-based learning model has a significant impact on collaboration and student learning outcomes, with the highest student average reaching 90 and the lowest 70. The proposed solution involves productive use of time, support from the homeroom teacher, and the use of informative media as an effort to overcome these difficulties. This research contributes to the practical understanding of the implementation of the PjBL model in the context of learning complex procedural texts at the secondary school level. The implications of these findings can be used as a guide for teachers and education stakeholders to increase the effectiveness and efficiency of learning in the classroom.

Coalition theory based task scheduling algorithm using DLFC‐NN model

SummaryResource management and job scheduling are essential in today's cloud computing world. Due to task scheduling and users' diverse submission of large‐scale requests, co‐located VM instances negatively impacted the performance of leased VM instances. This workload further led to resource rivalry across co‐located VMs. In order to address the aforementioned problems, numerous strategies have been presented, however, they fail to take the asynchronous nature of the cloud environment into account. To address this issue, a novel “CTA using DLFC‐NN model” is proposed. This proposed approach combines the coalition theory and DLFC‐NN techniques by including IRT‐OPTICS for task size clustering, digital metrology based on ionized information (DMBII) for defect detection in virtue machines (VM), and the dynamic levy flight hamster optimization algorithm for processing time optimization of the clusters. However, the implementation of task scheduling in an online environment is limited by a number of presumptions or oversimplifications made by current scheduling systems. As a result, a unique coalition theory is applied to efficiently schedule activities. In addition, the DLFC‐NN model is used to reduce resource consumption, span time, and be highly accurate and energy‐efficient when working on both online and offline jobs. Nevertheless, while optimizing the clusters' overall execution time, earlier approaches only decreased the make‐span time for task scheduling. However, the DLFC‐NN model solves the computation problem by using a fully weighted bipartite graph and the pseudo method to determine the fitness of the least makespan time. The enhanced methodology used in this study reduces the scheduling cost and minimizes job completion times according to different task counts when compared to the existing techniques.

Evaluating the digitalization capability and display of KPIs for two fertilizer plants of Petrovietnam

The study partially funded by the Vietnam Oil and Gas Group (Petrovietnam) assesses the infrastructure, OT/IT systems, and data handling at two fertilizer plants. Although well-equipped with automation control technology, the plants lack seamless integration, connectivity, and encounter limitations in communication between systems. To address these issues, the study advocates for the integration of digital technology, emphasizing its potential for enhancing efficiency, facilitating optimal management, and guiding strategic direction. Following an assessment of infrastructure, key performance indicator (KPI) system requirements, and data management, the study proposes an initial application of digital technology to link KPI displays. The outlined scope, initial costs, investment phases, and implementation schedule indicate a total initial investment of around VND 37 - 39 billion, accompanied by annual maintenance costs ranging from VND 3.7 to 4.1 billion. Expected economic and social benefits involve improved management at both Petrovietnam and plant levels through the KPI system, with an estimated energy cost savings of 1%, equivalent to roughly VND 44.6 billion. The project aims to position the fertilizer plants and Petrovietnam as leaders in technology, contributing to sustainability and enhancing their global industry reputation.

Towards International Maritime Organization Carbon Targets: A Multi-Criteria Decision-Making Analysis for Sustainable Container Shipping

Recently, decarbonizing the maritime industry, which accounts for 2.8% of world emissions, has become essential. However, as a crucial component of maritime transportation, container shipping also carries substantial significance. In this context, the International Maritime Organization endeavors to endorse several projects and methods to mitigate maritime transport emissions. As a result, this research assesses frameworks, infrastructure, training, and other critical factors to analyze multiple operational and technological possibilities for predicted decarbonization solutions in container shipping using the multi-criteria decision-making (MCDM) approach to assess ship owners’ and stakeholders’ desires. It employs a comprehensive methodology that begins with a systematic literature review using the preferred reporting items for systematic reviews and meta-analyses (PRISMA) method to prepare questionaries, followed by an MCDM analysis using the analytic hierarchy process (AHP) and the technique for order of preference by similarity to ideal solution (TOPSIS) methods to examine the results. This research contributes to the scholarly discourse on reducing the emissions of maritime transportation. According to the findings, operational alternatives, such as ship speed, trim, and maritime route optimizations, are considerably more appealing than design and technology solutions, such as technically advanced ship hulls or machinery reforms. The pragmatic advantages of the operational alternatives, such as lower costs and shorter implementation schedules, stimulate their adoption. In contrast, design and technological solutions can influence emission reductions in the long term. It is possible to find operational alternatives for short-term decarbonization, while technological and design advancements can aid in long-term emission reductions in container shipping.

Virtual Reality (VR) Technology in Foreign Language Training for Indonesia's SMEs Actors

This article evaluates the integration of virtual reality (VR) technology in foreign language training for SMEs in Indonesia using the Kirkpatrick Model. The study involved SME actors from various industries who participated in a tailored VR language training program. Surveys and interviews were conducted to assess participants' reactions, perceptions, and relevance to language learning goals. The evaluation measured learning outcomes such as improved language proficiency and increased confidence in using foreign languages in business settings. The study also investigated behavioral changes resulting from VR training, including language skills application in daily business activities and communication strategies with international partners or customers. The overall impact of the program on SMEs' competitiveness, market expansion, and international collaboration was evaluated. The findings indicate that the VR training program was effective, with positive reactions, learning outcomes, and behavioral changes in business activities. The study emphasizes the importance of measuring reactions and suggesting improvements in training materials and implementation schedules based on participant feedback. The VR-based language training program holds promise for enhancing SMEs' language skills, competitiveness, and internationalization efforts.

Computer Based Technical Drawing Practical Competency Training (AutoCad 2022) for Students of SMK 1 Raksana Medan

The aim of PMKM is to provide training and assistance regarding computer-based technical drawing (AutoCad) which is useful for increasing students' competence in drawing. Training and assistance in computer-based technical drawing (Auto Cad) which is useful for increasing students' competence in technical drawing as a preparation for students to enter the world of work and entrepreneurship for vocational school graduates. The method used to resolve the problems that occurred was to use a survey method at SMK 1 Raksana Medan to obtain PMKM data, then the PMKM team formulated training materials, created a training implementation schedule related to time, arranged instructors who would provide training, created activity evaluation designs. The results of implementing PMKM are: Students understand the basic introduction to using AutoCad and the basic commands used for drawing, especially drawing machine components.

1410. Improved Disinfection in the Operating Room through Hydrogen Peroxide Fogging

Abstract Background Hospital acquired infections (HAIs), including surgical site infections (SSIs), are a major contributor to morbidity. Environmental exposure is a contributing factor to HAIs. Environmental decontamination with hydrogen peroxide fogging has proven to reduce bacterial growth and bioburden in the hospital setting. We sought to 1) implement and test feasibility of an operating room (OR)-based hybrid hydrogen peroxide fogging program and 2) assess the impact of hydrogen peroxide fogging on SSIs. Methods At a large freestanding midwestern Children's Hospital with a surgical volume of over 17,000 annual surgeries, a hybrid hydrogen peroxide fogging program was implemented in a risk-stratified fashion. Baseline fogging was completed to establish a post-fogging time series for bacterial regrowth (measured by culture and bioburden) and to guide the implementation schedule. Based on time-series results, room-specific fogging parameters were established. ORs received fogging either every 2 weeks (neurosurgical, cardiac and spine ORs) or every 4 weeks (all other ORs). The fogging program was administered using a third-party vendor beginning in September 2022. The feasibility assessment was designed to identify any safety events, interruptions in care or access to the ORs due to fogging. The time series outcomes were bioburden and bacterial cultures. The primary patient outcome measure was the rate of SSIs. This is depicted in both a P chart, showing a monthly rate, and a T-chart, showing days between events. SSIs for orthopedic, spine and neurosurgeries were tracked from January 2021 to present. Results After implementation of the program there was a significant decrease in SSI rates from 3.38% to 0.68% and is represented by a center-line shift in the P chart. The days between SSIs moved in a favorable direction, increasing to 238 days, the longest since January 2021. The time series evaluation indicated return to baseline bacterial bioburden between 3 and 4 weeks post-fogging. The feasibility assessment identified no safety events, delays, interruptions or decreases in OR utilization. Surgical Site Infections (Spine, Cardiac, Neurosurgical) Since fogging began in September of 2022, we have experienced a centerline shift demonstrating a reduced rate of surgical site infections from 3.38% to 0.68%, the longest stretch between surgical site infections since January 2021. Days Between Surgical Site Infections Since fogging began in September of 2022, we have experienced the longest stretch between surgical site infections since January 2021 Conclusion Hydrogen peroxide fogging is a feasible form of disinfection and reduces SSI rates when applied in the OR of a Children’s Hospital with a moderate to large surgical volume. Disclosures Michael Bigham, MD, ForTec Medical: Advisor/Consultant

Analisis Risiko Pelaksanaan Pembangunan Jembatan Waborobo - Batu Popi Kota Bau-Bau

Risk management is a process carried out in order to respond to a risk that occurs or is likely to occur through a process of risk identification and analysis. The implementation of the construction of the Waborobo Bridge - Batu Popi, Bau-Bau City, experienced delays during its implementation. From the identification results, it was found that 35 risks occurred and the results of the risk level assessment using the Probability Impact Matris (PIM) method showed that there were 9 risk variables with dominant categories, namely: High rainfall intensity, high water discharge or flooding, changes in design and technical work due to adjustments. with field conditions, changes in work implementation schedules, poor access to the project site, difficulty accessing heavy equipment to the project site, damage to equipment or heavy equipment during work, delays in material delivery from suppliers and fatigue due to the large amount of work being done overtime. Risk mitigation carried out is planning the sequence of activities well in accordance with weather records, using pumps to remove stagnant water or mud from the project site, waiting for a decision from the owner regarding the design plan that will be used, rescheduling and intensively handling workers and work in progress. experiencing schedule changes, planning access or departure or mobility, looking for alternative tools or replacing with new tools, ordering materials before starting work, making material ordering schedules before starting work, providing optimal supervision, so that materials do not arrive late at the project location, providing additional vitamins for workers on site when doing overtime and increasing the number of working hours (overtime). Keywords: Risk Management, Development, Bridges

Mitigating Burnout: Transition to a Condensed Workweek for Advanced Practice Providers in Infectious Diseases.

Burnout among health-care workers is highly prevalent and profoundly impacts the quality of patient care. In addition to affecting patient safety, burnout results in higher staff turnover, revenue deficits due to decreased productivity, financial risk, and diminished organization viability because of the impact on quality of care, patient satisfaction, and safety. Culmination of external and internal stressors in health-care worker populations is associated with a higher probability of burnout and workers who reported perceived low workplace flexibility. In addition, workplace flexibility is associated with reduced odds of experiencing burnout. Workplace flexibility plays a critical role in potentially reducing the occurrence of burnout in the health-care worker population. Individually focused solutions are important to mitigate burnout, however, comprehensive organizational change ensures durable and sustainable solutions. There is a correlation between a positive employee outlook and reduced stress when there is a perceived level of control over one's work schedule. The goal of this article is to showcase the process of a successful implementation of a condensed work schedule for an advanced practice provider workforce in infectious diseases in response to burnout and workload shifts. This chronicles the steps of design, rationale, procuring buy-in by stakeholders, and operational implementation of the new schedules. Advanced practice provider satisfaction and burnout were measured by periodic surveys at timepoints along the way.

PERENCANAAN PROJEK PENGUATAN PROFIL PELAJAR PANCASILA SEBAGAI IMPLEMENTASI KURIKULUM MERDEKA

The independent program launched by the government is designed as an effort to improve the quality of education in Indonesia, following the decline caused by Covid-19. One of the new features of the independent program is the project to strengthen the profile of Pancasila “P5” students. P5 is implemented in the form of extracurricular activities to support intracurricular activities. Because it is new, P5 requires careful planning so that schools have clear images and implementation diagrams as a reference for P5 planning. With careful planning, it is likely that P5 implementation will also go smoothly. Madrasah Ibtidaiyah Negeri (MIN) 2 Bantul is one of the schools planning to implement an independent program in Bantul Regency, Yogyakarta Special Region province. Therefore, the purpose of this study is to describe P5's plans to undertake an independent research program. The study was conducted at MIN 2 Bantul. This research was designed using a qualitative method using a case study approach. Observation, interview and document data were used as research data. Once all the data is obtained, it is analyzed using the triangulation technique. The results of the research conducted at MIN 2 Bantul show that MIN 2 Bantul implements P5 planning by establishing a support team, identifying aspects and themes, designing implementation schedules, designing module and design review. We hope this study can become a reference for other studies related to P5 planning in the implementation of independent research programs.

Theoretical Validation and Hardware Implementation of Dynamic Adaptive Scheduling for Heterogeneous Systems on Chip

Domain-specific systems on chip (DSSoCs) aim to narrow the gap between general-purpose processors and application-specific designs. CPU clusters enable programmability, whereas hardware accelerators tailored to the target domain minimize task execution times and power consumption. Traditional operating system (OS) schedulers can diminish the potential of DSSoCs, as their execution times can be orders of magnitude larger than the task execution time. To address this problem, we propose a dynamic adaptive scheduling (DAS) framework that combines the advantages of a fast, low-overhead scheduler and a sophisticated, high-performance scheduler with a larger overhead. We present a novel runtime classifier that chooses the better scheduler type as a function of the system workload, leading to improved system performance and energy-delay product (EDP). Experiments with five real-world streaming applications indicate that DAS consistently outperforms fast, low-overhead, and slow, sophisticated schedulers. DAS achieves a 1.29× speedup and a 45% lower EDP than the sophisticated scheduler under low data rates and a 1.28× speedup and a 37% lower EDP than the fast scheduler when the workload complexity increases. Furthermore, we demonstrate that the superior performance of the DAS framework also applies to hardware platforms, with up to a 48% and 52% reduction in the execution time and EDP, respectively.

Minimasi Pemborosan pada Lantai Produksi PT Kunango Jantan dengan Pendekatan Lean Manufacturing

PT Kunango Jantan is one of the private companies engaged in manufacturing and trading. One of the products produced is Street Light Pole (PJU). The production of these PJU poles also faces various challenges. Commonly faced challenges are related to several types of waste on the production floor. This research aims to identify waste on the production floor of PJU poles using a lean manufacturing approach. The results indicate that the top three waste percentages are 18.9% for transportation activities, 17.62% for waiting activities, and 15.46% for defects. Some factors causing these wastages include frequent machine breakdowns, depletion of raw materials due to the lack of raw material scheduling implementation, and frequent transportation during production. Improvement recommendations to reduce waste include scheduling machine maintenance, planning raw material control, and adjusting machine layouts to minimize repetitive transportation.

Using synchronous reinforcement to increase mask wearing in young children: A replication and extension

AbstractIn the current study, experimenters implemented synchronous schedules of reinforcement to increase mask wearing for up to 30 min for six children under the age of 5 years. Additionally, for a subset of children, we evaluated whether mask wearing would continue under baseline conditions in their classroom with staff during 30 min sessions (treatment extension), and later throughout the day (all‐day probes). Results showed the intervention increased mask wearing for all children for up to 30 min. Additionally, treatment‐extension sessions and all‐day probes, conducted with some children, showed mask wearing maintained in their classroom with staff.

Implementation of scheduling in hybrid power domain non‐orthogonal multiple access system considering adaptive modulation and coding schemes selection

SummaryCommunication systems that simultaneously combine orthogonal (OMA) and nonorthogonal multiple access (NOMA) are currently under research. Such systems are called hybrid and have more flexibility in user multiplexing, which allows for increased system capacity. One of the main focus areas of research in such systems is radio resource scheduling. The existing research works on scheduling approaches are based on the Shannon's formula, which can be used to obtain the limit capacity by ideal modulation and coding schemes (MCS). However, it is more correct to consider scheduling based on the real capacity. To get it, one should consider the performance of real MCSs with finite code length; however, they are very rarely taken into account in NOMA research. The reason is that one of the basic unresolved problems in NOMA is MCS selection for users. To solve it, we have presented a table of joint pairwise MCS combinations with their adaptive selection for NOMA. In this work, we propose a radio resource scheduling approach for the OMA/NOMA system based on real MCSs that uses our own method of joint MCS selection for two NOMA users. By performing the simulation of the proposed scheduling approach, we have obtained both total and user capacity in the OMA/NOMA system, as well as the distribution of traffic among users, demonstrating the execution of the scheduling strategies.

Situation analysis model of hospital emergency department promotion in Iran: A cross-sectional study.

The present study was conducted to develop a situation analysis model for Iran's hospitals' emergency departments (EDs). The current research was a descriptive cross-sectional applied study in three stages. The studies were reviewed in various library resources and valid sites in the first stage. In the second stage, the analysis model of the ED in Iran was presented. In the third stage, the model was validated based on the Delphi technique, and the final model was presented. The final situation analysis model of ED in Iran was approved in four main aspects, including goals, internal factors, external factors, and organizations and institutions participating in the situation analysis, and its implementation schedule was approved by 90% of experts. Considering the importance of situation analysis in developing a strategic plan and improving the quality of health services in the ED of hospitals, implementing a coherent situation analysis model that includes all aspects leading to improving the ED quality and analyzing the internal and external factors is vital.

Research on dynamic scheduling and perception method of assembly resources based on digital twin

ABSTRACT The uncertainty and dynamic changes in assembly resources can seriously affect the normal operation of the assembly plant. In response to the problems of incomprehensive resource control mechanism, poor timeliness of monitoring data, and low level of scheduling intelligence in the assembly plant, a dynamic scheduling and perception method of assembly resources based on digital twin is proposed so that the uncertainties in the assembly process can be monitored and dealt with in time. In this paper, a dynamic scheduling model of assembly resources based on a digital twin is constructed, and the operation mechanism of assembly resources in the constructed digital twin model is expounded. And the dynamic perception method of assembly resources based on the Petri network is studied in detail, and the perception and interaction models of four assembly resources in the product assembly process are constructed: workpiece, handling equipment, assembly center, and storage area. Finally, combined with the assembly workshop of enterprise A’s frame factory, the Petri network model is simulated with the help of the CPN Tools simulation tool to obtain real-time and simulation data such as assembly resources and workstation operation time are obtained, which provides a scientific basis for the smooth implementation of enterprise assembly plan and dynamic scheduling of assembly resources.

Towards a new French Technical Regulation adapted to the newspace – orbital systems

In the current context of the multiplication of space actors and orbital projects, the French space ecosystem is fully aware that the challenge ahead will be to ensure the safety and sustainability of space activities. Within the framework of France national law governing space operations and its Technical Regulation, CNES Space Safety Office has been working since 2020 to implement new technical requirements adapted to the NewSpace for the control and return to Earth of space objects.The process of elaboration of these new technical requirements is broken down into several steps: identification of the problematics/themes, translation of these problematics into macroscopic needs and then into specific technical requirements, justification by appropriate studies, implementation through handbooks or tools, and definition of an applicability milestone.On the one hand, the technical aspects are assessed thanks to the support of CNES technical services in the framework of specific working groups, studies ordered by the Space Safety Office, or analysis of international publications. On the other hand, the operators’ views and their programmatic constraints are taken into account – in parallel with the monitoring of international standards – in order to maximize the operators’ acceptance and to minimize the risks of competition bias for the French ecosystem while not losing sight of the objective of safety and sustainability in space. In this context, the awareness of these private actors and their consultation are at the heart of the process of elaborating new technical requirements and their implementation schedule.

Donor Lymphocyte Infusion for Prophylaxis and Treatment of Relapse in Pediatric Hematologic Malignancies after Allogeneic Hematopoietic Stem Cell Transplant.

Donor lymphocyte infusion (DLI) is effective for managing patients with hematologic malignancies after allogeneic hematopoietic stem cell transplant (HSCT). However, few studies have explored its optimal use in pediatric populations. Herein, we report our single-center experiences of DLI and factors for predicting its outcomes. This retrospective study included pediatric patients who had received DLI (between June 1998 and December 2022) after allogeneic HSCT. Data regarding patient characteristics, preDLI disease status, and DLI characteristics were collected. The primary outcomes were overall survival (OS), event-free survival (EFS), and graft-versus-host-disease (GVHD) development. The study cohort comprised 17 patients with acute leukemia, 3 with chronic leukemia, and 3 with lymphoma. Prophylactic, preemptive, and therapeutic DLI were used in 7, 7, and 9 patients, respectively. Patients' median age and DLI dose were 9 years and 4.6 × 10 7 CD3 + cells/kg, respectively. The 5-year OS, EFS, and non-relapse mortality were 43.5%, 38.3%, and 13.3%, respectively. Approximately 39% of the patients developed Grade III or IV acute GVHD, whereas moderate/severe chronic GVHD (cGVHD) occurred in 30% of the evaluable patients. Patients' disease status before HSCT (p = 0.009) and DLI (p = 0.018) were the key factors influencing EFS. The implementation of a dose escalation schedule was associated with a marginal reduction in the risk of moderate/severe cGVHD (p = 0.051). A DLI dose of ≥5 × 10 7 CD3 + cells/kg was significantly associated with a high moderate/severe cGVHD risk (p = 0.002) and reduced OS (p = 0.089). Patients' disease status before HSCT and DLI may help predict EFS. The use of DLI as a prophylactic and preemptive modality leads to a favorable 5-year EFS. To safely deliver DLI in children, clinicians must maintain vigilant monitoring and prepare patients in advance when escalating the dose to ≥5 × 10 7 CD3 + cells/kg.

Parallelising Control Flow in Dynamic-scheduling High-level Synthesis

Recently, there is a trend to use high-level synthesis (HLS) tools to generate dynamically scheduled hardware. The generated hardware is made up of components connected using handshake signals. These handshake signals schedule the components at runtime when inputs become available. Such approaches promise superior performance on “irregular” source programs, such as those whose control flow depends on input data. This is at the cost of additional area. Current dynamic scheduling techniques are well able to exploit parallelism among instructions within each basic block (BB) of the source program, but parallelism between BBs is under-explored, due to the complexity in runtime control flows and memory dependencies. Existing tools allow some of the operations of different BBs to overlap, but to simplify the analysis required at compile time they require the BBs to start in strict program order, thus limiting the achievable parallelism and overall performance. We formulate a general dependency model suitable for comparing the ability of different dynamic scheduling approaches to extract maximal parallelism at runtime. Using this model, we explore a variety of mechanisms for runtime scheduling, incorporating and generalising existing approaches. In particular, we precisely identify the restrictions in existing scheduling implementation and define possible optimisation solutions. We identify two particularly promising examples where the compile-time overhead is small and the area overhead is minimal and yet we are able to significantly speed up execution time: (1) parallelising consecutive independent loops; and (2) parallelising independent inner-loop instances in a nested loop as individual threads. Using benchmark sets from related works, we compare our proposed toolflow against a state-of-the-art dynamic-scheduling HLS tool called Dynamatic. Our results show that, on average, our toolflow yields a 4× speedup from (1) and a 2.9× speedup from (2), with a negligible area overhead. This increases to a 14.3× average speedup when combining (1) and (2).

MANAJEMEN KEPEMIMPINAN KEPALA SEKOLAH DALAM MENINGKATKAN KINERJA GURU DI KECAMATAN BELAWANG (MULTI KASUS SDN BELAWANG 1 DAN SDN PARIMATA 1)

Research objectives To find out the principal's leadership planning in improving teacher performance at SDN Belawang 1 and SDN Parimata 1, 2) To find out the implementation of the principal's leadership in improving teacher performance at SDN Belawang 1 and SDN Parimata 1, 3) To find out the evaluation of the principal's leadership in improve teacher performance at SDN 1 Belawang and SDN 1 Parimata Belawang 1 and SDN Parimata 1.
 This study uses a qualitative research method with a phenomenological approach. The use of this method is based on the reason that the focus in this study is the leadership of the principal in improving teacher performance. Meanwhile, the phenomenological approach aims to describe the meaning of the life experiences experienced by several individuals, regarding concepts or phenomena.
 The results of the study 1) the planning that was made before the implementation of a program in the fields of curriculum, student affairs, and infrastructure, from changing the K13 curriculum to the Mardeka curriculum, for the students of the two schools had different ways of using literacy, gymnastics, reading the Koran, scouting, and for infrastructure facilities are less supportive for one school while school one for infrastructure facilities is adequate. 2) implementation of teacher performance The implementation of facilities is still lacking, it cannot be said that it is ready to implement delays in budgeting BOS funds, the current lesson plan uses teaching modules because it is made beforehand before implementation. and less time of execution. 3) evaluation before carrying out the assessment the teacher gets an implementation schedule in the form of lesson plans to assessments in class when learning an assessment is carried out by the principal of the suitability of the teaching module plans made and the implementation carried out, methods that can make children focus on media that support learning.