derhan/semantic-scholar-manajemen-proyek huggingface dataset:
Wix for Web Development and the Application of the Waterfall Model and Project Based Learning for Project Completion: A Case Study
Authors: Mawar Madiah; Kai Xuen Ng; Yew Wen Tan; Zhi Heng Tan; Zhi Tian Chong; Jia Xuan Chan
Year: 2024

Website development without prior knowledge of HTML or programming experience would be a significant challenge. This study aims to share the students' experiences developing a website using Wix, a user-friendly website builder. The website was assigned as a project-based assessment of one of the courses required to complete a Foundation programme. The course was delivered using a project-based learning (PBL) approach in this context. The students worked as a group to write a project proposal, plan activities, develop the website, write reports, and present the outcome. As for the website development process, the study demonstrates the completion of the project using the Waterfall model, a sequential approach to the software development lifecycle (SDLC). In summary, this study aims to explore the use of Wix for web development, the PBL approach for course delivery, and the Waterfall model for completing the website project. The result shows that the students could complete the website development project in a timely manner by using Wix as their web design platform and adopting the Waterfall model as their project management approach. In addition, the students also benefitted from the PBL approach. The outcomes of this study will be of great benefit to educators, particularly in their role in helping students complete their website development projects.
Developing a risk assessment model for banking software development projects based on rough-grey set theory
Authors: Tooraj Karimi; Yalda Yahyazade
Year: 2021

PurposeRisk management is one of the most influential parts of project management that has a major impact on the success or failure of projects. Due to the increasing use of information technology in all fields and the high failure rate of software development projects, it is essential to predict the risk level of each project effectively before starting. Therefore, the main purpose of this paper is proposing an expert system to infer about the risk of new banking software development project.Design/methodology/approachIn this research, the risk of software developing projects is considered from four dimensions including risk of cost deviation, time deviation, quality deviation and scope deviation, which is examined by rough set theory (RST). The most important variables affecting the cost, time, quality and scope of projects are identified as condition attributes and four initial decision systems are constructed. Grey system theory is used to cluster the condition attributes and after data discretizing, eight rule models for each dimension of risk as a decision attribute are extracted using RST. The most validated model for each decision attribute is selected as an inference engine of the expert system, and finally a simple user interface is designed in order to predict the risk level of any new project by inserting the data of project attributesFindingsIn this paper, a high accuracy expert system is designed based on the combination of the grey clustering method and rough set modeling to predict the risks of each project before starting. Cross-validation of different rule models shows that the best model for determining cost deviation is Manual/Jonson/ORR model, and the most validated models for predicting the risk of time, quality and scope of projects are Entropy/Genetic/ORR, Manual/Genetic/FOR and Entropy/Genetic/ORR models; all of which are more than 90% accurateResearch limitations/implicationsIt is essential to gather data of previous cases to design a validated expert system. Since data documentation in the field of software development projects is not complete enough, grey set theory (GST) and RST are combined to improve the validity of the rule model. The proposed expert system can be used for risk assessment of new banking software projectsOriginality/valueThe risk assessment of software developing projects based on RST is a new approach in the field of risk management. Furthermore, using the grey clustering for combining the condition attributes is a novel solution for improving the accuracy of the rule models.
ГЛОБАЛИЗАЦИЯ И АДАПТАЦИЯ КУЛЬТУРЫ DEVOPS В КОРПОРАТИВНОЙ СРЕДЕ: ВЫЗОВЫ И ПЕРСПЕКТИВЫ
Authors: N.O. Babenko; A.Sh. Shermukhamedov
Year: 2023

Modern corporations strive to ensure high performance and flexibility of their information technologies, and in this context, the culture of DevOps becomes a key factor in the successful merging of development and operations. Our research paper is devoted to analyzing the challenges and prospects associated with adapting the culture of DevOps in the corporate environment in the context of globalization. We will begin with an overview of the main principles and values of DevOps, identifying how they can be implemented in the corporate structure. We explore the integration of DevOps into traditional project management processes and interactions between development and operations departments. Considering successful cases will highlight the most effective ways of implementing DevOps in large organizations. Within the article, we will also analyze the challenges companies face when implementing DevOps, especially in the context of changing corporate culture, training personnel, and managing changes. We will propose strategies to overcome these challenges and emphasize the importance of building flexible and responsive processes for successful adaptation in a global environment. In conclusion, the article will discuss the prospects for the development of DevOps culture in the corporate environment and its impact on improving development timelines, product quality, and overall efficiency of IT processes, considering globalization. The research aims to provide practical recommendations and inspiration for organizations seeking to achieve maximum performance through the implementation of DevOps culture in their corporate environment.
Evaluation of the Create@School Game-Based Learning–Teaching Approach
Authors: E. Gaeta; María Eugénia Beltrán; Gloria Cea; B. Spieler; A. Burton; R. García-Betances; M. Cabrera-Umpiérrez; D. Brown; H. Boulton; M. Arredondo
Year: 2019

The constructivist approach is interested in creating knowledge through active engagement and encourages students to build their knowledge from their experiences in the world. Learning through digital game making is a constructivist approach that allows students to learn by developing their own games, enhancing problem-solving skills and fostering creativity. In this context two tools, Create@School App and the Project Management Dashboard (PMD), were developed to enable students from different countries to be able to adapt their learning material by programming and designing games for their academic subjects, therefore integrating the game mechanics, dynamics, and aesthetics into the academic curriculum. This paper focuses on presenting the validation context as well as the evaluation of these tools. The Hassenzahl model and AttrakDiff survey were used for measuring users’ experience and satisfaction, and for understanding emotional responses, thus providing information that enables testing of the acceptability and usability of the developed apps. After two years of usage of code-making apps (i.e., Create@School and its pre-design version Pocket Code), the pupils processed knowledge from their academic subjects spontaneously as game-based embedded knowledge. The students demonstrated creativity, a practical approach, and enthusiasm regarding making games focused on academic content that led them to learning, using mobile devices, sensors, images, and contextual information. This approach was widely accepted by students and teachers as part of their everyday class routines.
Ensemble Regression Models for Software Development Effort Estimation: A Comparative Study
Authors: H. D. P. Carvalho; Marília Lima; W. Santos; Roberta A. de A. Fagunde
Year: 2020

As demand for computer software continually increases, software scope and complexity become higher than ever. The software industry is in real need of accurate estimates of the project under development. Software development effort estimation is one of the main processes in software project management. However, overestimation and underestimation may cause the software industry loses. This study determines which technique has better effort prediction accuracy and propose combined techniques that could provide better estimates. Eight different ensemble models to estimate effort with Ensemble Models were compared with each other base on the predictive accuracy on the Mean Absolute Residual (MAR) criterion and statistical tests. The results have indicated that the proposed ensemble models, besides delivering high efficiency in contrast to its counterparts, and produces the best responses for software project effort estimation. Therefore, the proposed ensemble models in this study will help the project managers working with development quality software.
Integrating electronic health records (EHRs) to facilitate cancer biomarker testing: Real-world implementation barriers and solutions.
Authors: K. Huelsman; C. Offit; W. Waugh; C. McNair; S. Kurtin; Crystal Enstad; Courtney Rice; Travis Osterman; P. Yu; Gregg Christian Shepard; Nikki A. Martin; Joseph Kim; Molly Kisiel; E. Plotkin
Year: 2024

e13649 Background: Effective integration between EHRs and cancer biomarker testing processes is an unmet need across academic and community settings. Despite the benefits of EHR-integrated workflows and the desire for streamlined test results, as supported by a recent ASCO Workforce Survey, many health systems do not currently have this capacity, especially when reference labs are external to the ordering institution. Methods: The Association of Cancer Care Centers (ACCC) convened a live summit on October 4, 2023 to understand facilitators and barriers to integrating biomarker orders and results into the EHR. To capture a comprehensive perspective, ACCC convened 37 oncologists, pathologists, nurse navigators, and administrators from diverse settings using a range of EHRs, patient advocacy groups, and EHR/testing companies. Thematic analysis of the summit transcript and a post-summit assessment was employed to identify common experiences among participants. Results: The key benefits of EHR integration include increased efficiency with test ordering/result retrieval, streamlined communication, and improved clinical decision-making. Factors associated with successful EHR integration include strong clinical champions, creation of a precision medicine oversight committee, buy-in from administrative leadership, IT support to build EHR customizations, support from EHR vendors/reference labs, and coordinated project management. Notable barriers include variations in EHR interoperability, utilization of multiple reference labs, lack of consistent nomenclature, resistance to change, allocation of time for post-integration updates/maintenance, lack of internal IT capabilities/resources, and a need to establish different clinical workflows depending on which clinician places the biomarker order. Conclusions: The rapid expansion of biomarker-driven cancer treatments requires oncologists to have timely access to guideline-concordant clinical information to inform complex clinical decision-making. While EHRs can streamline clinical workflows, these results underscore the need to address operational and human factors to facilitate successful EHR-laboratory integration. Strategies to address barriers and build successful EHR integrations across diverse clinical oncology settings are crucial for optimizing how cancer biomarker tests are ordered, reported and used in clinical practice.
Use of Analytical Hierarchy Process in Selecting the Optimum Equipment for Execution at a Construction Project
Authors: K. Thakur; A. Keprate
Year: 2020

There are plethora of issues associated with construction project management process, the most important being the selection of the optimum equipment for execution at a construction site. Different people have different choices based on their experience. Due to this Analytic Hierarchy Process (AHP) can contribute a lot to the resolution of this issue and many other Project Management issues where opinion of everyone should be considered and given importance. This study uses AHP methodology to rank the most important criteria for equipment selection and then performs the cost-benefit analysis. Initially, weightage of each criteria is calculated which is later used for the calculation of total benefits of each equipment. Comparative assessment based on the analysis proposes the optimum equipment for construction project. An illustrative case study is performed within which the hierarchy tree format is developed. Thereafter, a questionnaire is prepared which takes expert judgment into account and finally the results of AHP analysis are coupled with cost benefit analyses to recommend the optimum machinery for construction projects.
Developing Construction Management Events in Situational Simulations
Authors: C. Dossick; Amlan Mukherjee; Eddy M. Rojas; Corey A. Tebo
Year: 2010

Abstract:  The challenge and promise of educational computer simulations are to provide user experiences that allow for immersion into a dynamic system in which participants discover the ramifications of their decisions in a complex environment. Researchers at the University of Washington, in collaboration with Michigan Technological University, are developing situational simulations to meet the needs of construction management education. This article explores the development of simulation events where simulation variables are changed due to an event, and then the player is challenged to interact with the simulation by making decisions that impact the project outcome. A simulation event includes the player's experience, variables altered by the event, and variables changed by the player. This article defines the concept of simulation events within the context of situational simulations; explains how events are triggered, represented, and handled within the simulation and database; describes how players engage with the simulation; and identifies the challenges of incorporating the social dynamics of project management into the simulation environment.
The human resource costs of implementing autopend clinical decision support to improve health maintenance.
Authors: L. Panattoni; C. Stults; Albert S. Chan; M. Tai-Seale
Year: 2020

OBJECTIVES
Sutter Health developed a novel autopend, or automated laboratory test ordering, clinical decision support (CDS) tool to coordinate the patient and physician process of completing preventive services. This study estimated the costs of developing and implementing the autopend functionality within an existing electronic health maintenance (HM) reminder system.


STUDY DESIGN
Human resource time was measured by triangulating in-depth key informant interviews with Microsoft Outlook Calendar metadata (meetings attended) for managers and hourly data from a time-based project management tool (Project Web App) for Epic programmers. Employee time spent was multiplied by the Bureau of Labor Statistics California state hourly wages. Sutter Health is an integrated health care delivery network with more than 12,000 physicians across 100 communities serving 3 million patients.


METHODS
Activity-based costing methodology was used to divide the implementation into activities and the human resources required to complete them.


RESULTS
Developing and implementing the autopend CDS took more than 3 years, involved 6 managers and 3 Epic programmers, and cost $201,500 (2013 US$) (2670 total hours), which excluded the costs of implementing the initial HM reminder system. Managers spent 90.5% of the total costs (86.6% of total hours) integrating autopend into the health system compared with 9.5% of the total costs (13.4% of total hours) spent programming the functionality.


CONCLUSIONS
The autopend CDS might be similarly costly for other organizations to implement if their managers need to complete comparable activities. However, electronic health record vendors could include autopend as a standard package to reduce development costs and improve the uptake of this promising CDS tool.
Virtual Organization Project Management Capability for Large Scale Engineering Project
Authors: A. Xie; Yingzong Liu
Year: 2010

Virtual organization is the normality of the organization of large scale engineering project. The concept of virtual organization project management capability (VOPMC) is proposed. The dimension of VOPMC includes process, organization and content. Project management should cope with standard problems, systematic problems and complex problems. The VOPMC has three stratums: standard management capability, systematic management capability and complex management capability. VOPMC is integrated, hierarchical, dynamic and harmonious capability. VOPMC perfects the theory of organization project management capability.
Attaining and sustaining organisational excellence: process improvement as a moving target
Authors: D. Dalcher
Year: 2009

Welcome to another issue of SPIP. The interest in process improvement and maturity and capability models appears to be contagious as it grips an ever increasing number of domains and disciplines ranging from testing to risk management and from project management to organisational leadership. What they share is the pursuit of improvement goals that can translate into enhanced organisational capability and performance. This issue brings together the global experiences and new ideas of different organisations. Gaining a high level of maturity is defined as a target by an increasing number of organisations. However, sustaining performance at a high level implies being able to evolve the process continuously to meet changing needs and expectations. Improvement can be facilitated through the identification and addressing of strengths and weaknesses. The paper by Malheiros, Paim and Mendonca describes the lessons learned by Serpo, the largest (IT) services company in Latin America which is owned by the Brazilian Government. The organisation has thousands of developers spread over multiple units and areas. In the past 6 years, Serpo’s software process improvement approach has altered the practices as
Search Costs, Intermediation, and Trade: Experimental Evidence from Ugandan Agricultural Markets
Authors: L. Bergquist; Craig McIntosh; Meredith Startz
Year: 2024

Search costs may be a barrier to market integration in developing countries, harming both producers and consumers. We present evidence from the large-scale experimental rollout of a mobile phone-based marketplace intended to reduce buyer-seller search and matching costs for agricultural commodities in Uganda. We find that market integration improves substantially: trade increases and price dispersion falls. This reflects price convergence across relative surplus and deficit markets, with no change in average prices. Interpreting our experimental variation through the lens of a trade model, we correct our reduced form estimates to account for equilibrium effects on control markets via trade connections. Our results suggest that the intervention reduced fixed trade costs between treated markets by 28% and increased average trade flows across all markets by 2%. Contrary to the stated goals of the marketplace, but consistent with the existence of economies of scale in search or other trade costs, almost all activity on the platform is among larger traders, with very little use by smallholder farmers. Nevertheless, the benefits of improved arbitrage by traders appears to pass through to farmers in the form of higher revenues in surplus markets, as trader entry increases and measured trader profits decrease in response to falling search costs. We gratefully acknowledge funding from USAID/BASIS, USAID/DIL, the Bill & Melinda Gates Foundation and the UK Foreign, Commonwealth & Development Office, awarded through the Agricultural Technology Adoption Initiative (ATAI), the International Growth Center, the Policy Design and Evaluation Lab, and an anonymous donor. We thank IPA, Stephanie Annyas and Laza Razafimbelo for excellent project management. This trial was registered as AEARCTR-0000749, and is covered by UCSD IRB #140744. All errors are our own.
Project management as a tool for the effective organization of an enterprise's activities
Authors: Yu.I. Katkova
Year: 2023

The article is devoted to project management as a way of effective enterprise management. Various project management methodologies are considered, such as Agile, PMBoK, "1C Corporate Implementation Technology". Using examples of real projects, the features and advantages of each of the methodologies are described. Special attention is paid to resource management at the enterprise. The article discusses various types of resources that can be involved in project management, such as people, budget, equipment, materials, information technology. The methods of managing each of the types of resources and their impact on the success of the project are described. The risks associated with project management are presented, such as lack of resources, low training of personnel, security problems, changing requirements. Risk management methods and their impact on the success of the project are described. It is noted that project management is an effective way of managing an enterprise that allows you to achieve your goals and objectives. However, for successful project management, it is necessary to be able to properly manage resources and risks, as well as choose the appropriate methodology depending on the specific situation.