derhan/semantic-scholar-manajemen-proyek huggingface dataset:
Integration of Project Management Components in Undergraduate Information Systems Curricula
Authors: H. Reif; M. Mitri
Year: 2005

This research presents information regarding how project management topics are integrated into information systems curricula. The IS '97 and 2002 model curricula make certain recommendations for how this integration should be accomplished. We surveyed faculty to ascertain how project management coverage occurs in their courses. This paper presents the results of the survey, comparing actual practice with the expectations of the IS '97 and 2002 model curricula, and highlighting discrepancies between the model and actual practice.
Competitiveness of Business Projects in Service Sector
Authors: E. G. Neofitu
Year: 2024

Competitiveness is one of major indicators of entrepreneurial activity, which shows prospects of further development and feasibility to reach strategic goals and objectives. The article studies factors affecting competitiveness of business projects functioning in the service sphere. They are as follows: quality of services, unique nature of services, price offer, skilled workers, level of customer services, availability of advanced technologies, accessibility of services, possibility of rendering extra services, access to financing, partner relations, optimization of processes, digitalization, quality of business project management, risk management. The author researches their impact on services rendered in digital and off-line format. The model put forward in the article can be used by entrepreneurs to develop steps aimed at raising competitiveness of business.
The Efficiency of the Irrigation Systems Investment
Authors: Mihaela Vartolomei
Year: 2023

The scope of the paper is to analyze the efficiency of investment in irrigation project. Specific themes analyzed are related to the study of irrigation investments and the efficiency of their settlement. Another nowadays problem is linked by major climate change that affect agriculture sector efficiency in general. Finally, the paper aims recommendation and solutions for financial and project management and for increase public administration efficiency facing worldwide major problems regarding scarcity and resources.
Practicing What We Preach: Understanding Inhibitors to the Faithful Use of Project Management Practices
Authors: J. Crawford
Year: 2005

Effective management of software development efforts is one of the most challenging aspects within the IT discipline today. Literature has greatly extended our understanding of project management (PM) practices that enhance the likelihood of software development project success, such as the use of scope change control to manage project changes or structured walkthroughs to enhance product congruence with customer expectations. Nevertheless, a disconnect seems to exist between a software developer’s knowledge of valuable PM practices and their faithful use of those practices. The research model presented in this dissertation seeks to address key antecedents to a software developer’s faithful use of PM practices. The model builds on previous literature by clarifying the role of perceived usefulness in an individual’s usage decision, addressing temporal aspects of the intention to use – usage relationship, examining institutional factors that impact the actual use of a PM practice, and considering drivers of faithful versus ceremonial usage. The ultimate goal of this research is to provide guidance regarding the following question: what factors encourage a software developer to faithfully utilize PM practices?
Managing and Composing Teams in Data Science: An Empirical Study
Authors: T. Aho; Terhi Kilamo; Lucy Ellen Lwakatare; T. Mikkonen; Outi Sievi-Korte; S. Yaman
Year: 2021

Data science projects have become commonplace over the last decade. During this time, the practices of running such projects, together with the tools used to run them, have evolved considerably. Furthermore, there are various studies on data science workflows and data science project teams. However, studies looking into both workflows and teams are still scarce and comprehensive works to build a holistic view do not exist. This study bases on a prior case study on roles and processes in data science. The goal here is to create a deeper understanding of data science projects and development processes. We conducted a survey targeted at experts working in the field of data science (n=50) to understand data science projects’ team structure, roles in the teams, utilized project management practices and the challenges in data science work. Results show little difference between big data projects and other data science. The found differences, however, give pointers for future research on how agile data science projects are, and how important is the role of supporting project management personnel. The current study is work in progress and attempts to spark discussion and new research directions.
TRIZ 40 inventive principles application in project management
Authors: Peter J. A. Reusch; Maria Zadnepryanets
Year: 2015

TRIZ - “teoriya resheniya izobretatelskikh zadach” (Russian abbreviation) - the theory of inventive problem solving - is a powerful creativity technique, which was originally applied as an engineering tool, but now is being extended to other areas as management and business. This paper shows how to apply the TRIZ tool - 40 Inventive Principles - to project management.
A Scale for Assessing Human Factors Readiness Levels
Authors: K. Hale; Sven Fuchs; Angela Carpenter; K. Stanney
Year: 2011

This paper describes a proposed scale of Human Factors Readiness Levels (HFRL) that provides a method for standardizing Human Factors (HF) readiness assessment. This scale can be used by HF decision makers in the acquisition, project management, or implementation phases in conjunction with Technological Readiness Levels, and includes HF-specific level descriptions and evaluation requirements. To determine HF readiness, information about the risks, processes, and quality of conducted R&D with respect to 24 HF study areas must be gathered. Gathered information is then used to determine individual HFRL scores for each area, and an overall HFRL for the evaluated system. Using HFRLs, researchers or decision makers can identify several categories of research issues. Specifically, an HFRL analysis can help them assess whether HF R&D resources are optimally allocated, whether HF area interdependencies are considered, whether gaps in the HF R&D process exist, or whether there are problems with HF R&D quality. The use of such a process will enable the standardization of HF R&D metrics across participating organizations to ensure quality of research, and facilitate sharing HF R&D efforts and outcomes across agencies.
Research and Countermeasures on Subcontracting Management of International EPC Projects
Authors: Yang Liu
Year: 2023

With the widespread application of EPC contracting mode in the international engineering field, subcontracting management is becoming more and more important in project management. In view of the current situation of insufficient profit margin of the contracted international projects, how to select high-quality subcontractors in the project territory, make full use of the advantages of subcontractors in their respective fields, and strengthen the control of subcontractors in vari-刘洋
Assessment of Causes and Effects of Delay in the Case of Arba Rakati- Michata Road Project
Authors: Emily Tola
Year: 2024

. Road construction plays a crucial role in Ethiopia's economic and social development, yet delays are a persistent challenge, affecting project timelines and budgets. This study examines the causes and consequences of delays in the Arba Rakati - Michata road construction project in the West Hararghe Zone of the Oromia Region, currently facing a five-year delay from its initial three-year timeline. Employing explanatory and descriptive research methods, including literature review and contract document analysis, the study investigates the root causes of delays. A survey conducted through a 5-Point Likert Scale questionnaire targeted stakeholders such as clients, contractors, and consultants, with 50.8% (thirty-three out of sixty-five) response rate. Through quantitative analysis using the Weighted Average (WA) of the Relative Importance Index (RII), the study ranks factors contributing to delays. Additionally, qualitative insights are obtained through in-depth interviews. The factors contributing to project delays include late financial audits, security concerns, payment delays, slow decision-making, work suspensions, material shortages, and increased material costs. The study further determines that the primary impacts of these delays are include time and cost overruns, negative public perception, and legal disputes with affected property owners along the project route. This research offers valuable insights for project management and stakeholder coordination, shedding light on critical aspects affecting road construction projects in Ethiopia.
Retracted: The Influence Mechanism of BIM on Green Building Engineering Project Management under the Background of Big Data
Authors: Applied Bionics and Biomechanics
Year: 2023

[This retracts the article DOI: 10.1155/2022/8227930.].
Mapping Success: A Retrospective Study of Talent Development Trajectories in Chemical Engineering
Authors: O. Desmet; Tarun Tejasvi Mutukuri
Year: 2025

This study explores talent-development trajectories of early-career chemical engineers to identify key components for success in the field using the talent development megamodel as a theoretical framework. Interviews with 12 recent PhD graduates reveal a trajectory across four developmental stages: (a) math ability and science ability, (b) chemical engineering competence and specialization competence, and (c) expertise/creative productivity. Teachable components include cognitive skills (e.g., strong math/science foundation, problem-solving), metacognitive skills (e.g., experimental design, project management), motivational skills (e.g., perseverance, learning from failures), and psychosocial skills (e.g., communication, collaboration) at different stages. The study highlights the importance of early experiences, mentorship, and continuous learning in fostering success in chemical engineering. Understanding field-specific talent development can inform targeted initiatives to address workforce gaps and promote STEM talent.
PLANEJAMENTO DO PROCESSO DE DISTRIBUIÇÃO DE MERCADORIAS
Authors: Pedro VINICIUS LENZ GALVAO
Year: 2022

The objective of this study is to demonstrate the importance of project management in the area of distribution of goods, for this will be presented suggestions for continuous improvements, instruments with effective and simple actions, for the organization, initiating a process and with that to carry out the planning of the process. distribution of goods, with the least time and cost, integrating and optimizing the different areas.
Applying Evolutionary Algorithms Successfully: A Guide Gained from Real-world Applications
Authors: W. Jakob
Year: 2021

Metaheuristics (MHs) in general and Evolutionary Algorithms (EAs) in particular are well known tools for successful optimization of difficult problems. But when is their application meaningful and how does one approach such a project as a novice? How do you avoid beginner's mistakes or use the design possibilities of a metaheuristic search as efficiently as possible? This paper tries to give answers to these questions based on 30 years of research and application of the Evolutionary Algorithm GLEAM and its memetic extension HyGLEAM. Most of the experience gathered and discussed here can also be applied to the use of other metaheuristics such as ant algorithms or particle swarm optimization. This paper addresses users with basic knowledge of MHs in general and EAs in particular who want to apply them in an optimization project. For this purpose, a number of questions that arise in the course of such a project are addressed. At the end, some non-technical project management issues are discussed, whose importance for project success is often underestimated.
Peculiarities of Master’s Degree Student training for the transport construction field in Tyumen Industrial University
Authors: I. Ovchinnikov; Nikolay Russu; Natalya Breus; S. Valiev; I. Ovchinnikov; Irina Parshukova
Year: 2023

The peculiarities of the educational process organization during the training of masters of engineering and technology students on the «Project management of construction of bridges and overpasses on highways» and «Digital construction» majors at the industrial academic department «AO-Mostostostostroy-11» of Tyumen Industrial University are considered. The disciplines studied by master students of these majors are briefly summarized. A rather representative list of graduate qualification works topics, defended by master students, with the indication of publications in journals from the Higher Attestation Commission list on these topics is given. There is a final qualification works list of topics offered to master students who entered the Master’s program in this 2023 year. Efficient organization of master’s students training was possible due to the joint work of «AO Mostostroy-11» with Tyumen Industrial University and invitation of scientists and teachers, known for their works among bridge-builders in Russia and abroad, for master’s students training. In the process of master’s students training, there are guided tours being organized for master’s students to the structural subdivisions of «Mostostroy-11 JSC», all of them participate in scientific conferences, and also with the support of «Mostostroy-11 JSC» get acquainted with modern achievements of the construction industry at the international construction forum and exhibition «100+ TechnoBUILD» in Yekaterinburg.

This situation with training of highly-qualified personnel is not observed in all universities. Despite the great shortage of bridge-building specialist, for some reason nobody pays attention to the huge deficit of qualified teachers of bridge (and not only bridge) engineering in universities, which is explained by insufficient financing of the academic staff in regional universities. The management of «Mostostroy-11 JSC» correctly assessed its needs in highly qualified personnel and made unique efforts to create a basic department and to invite and create conditions for effective work for teachers.
Showing "what right looks like"--how to improve performance through a paradigm shift around implementation thinking.
Authors: D. James; Steve Hess; Jacob E Kretzing; Mark E Stabile
Year: 2007

During a three-year period, Christiana Care has observed significant and sustained improvements in technology-enabled project outcomes. Just in the patient throughput area, Christiana Care has seen an 11 percent reduction in length of stay in the emergency department (ED), a 23 percent reduction in patients leaving ED without treatment and a 28 percent reduction in bed-clean turnaround time, all while accommodating patient volume increases of 7 percent. This performance is directly related to a broader view of implementation embraced by the organization. By looking at more than just traditional project management, Christiana Care has shifted their implementation paradigm, focusing on benefits planning, user adoption, value realization and goal delivery within the portfolio. This has been a result of a journey that has included a subtle but deliberate introduction of the new implementation thinking, primarily marked by an experience-driven approach of demonstrating the benefits of good implementation practices. Christiana Care has created the environment and process to get the greatest value for its IT-related investments and to show "what right looks like."
Successes and failures in software development project management: a systematic literature review
Authors: Patricia Gerlero
Year: 2021

Project management is a social construction and must be analyzed from the objective and subjective world. The high failure rate of software development projects, even with the evidence of a thorough knowledge of the factors, require a change of paradigm. Planning, execution and control is only effective in conditions of predictability and certainty and this sequence must give way to experimentation and collaborative learning and a co-creation that allows to make perception and mental models evident. This requires a framework that allows co-creating the content to be adequately represented in the decision-making process. Scripts conform a structure that makes thought visible, allows structuring the subjective and transforming it with a common objective. The nature of risks changes and understanding human behavior is key. Through communication, cognitive processes are put into perspective, modifying individual intelligences and institutionalizing the capabilities needed to achieve success. The black box is opened and project managers must pull back the veil of security based on a risk analysis resulting from lessons learned. They must modify their own mental models and dare to innovate and create successful projects with the knowledge of existing capabilities and co-creating those necessary for action
System Usability Analysis of Engineering Management Software
Authors: L. Soltész; László Berényi
Year: 2024


 Supporting engineering processes requires a managerial approach as well. The usability and acceptance of the related procedures, tools, and software can significantly influence the performance of the company. The paper presents a case study of project management administration software at a multinational company. System Usability Scale was used to explore the satisfaction of the development experts in the field. The results show the need to develop the software and procedures, especially in the design of the administration process, to boost the engineering work.
Digital technology-enabled AEC project management: practical use cases, deployment patterns and emerging trends
Authors: Xichen Chen; A. Chang-Richards; F. Y. Y. Ling; T. Yiu; Antony Pelosi; Nan Yang
Year: 2024

PurposeDespite extensive academic research related to digital technologies (DT), their integration into architecture, engineering and construction (AEC) projects lags in practice. This paper aims to discover DT deployment patterns and emerging trends in real-life AEC projects.Design/methodology/approachA case study methodology was adopted, including individual case analyses and comparative multiple-case analyses.FindingsThe results revealed the temporal distribution of DT in practical AEC projects, specific DT products/software, major project types integrated with digital solutions, DT application areas and project stages and associated project performance. Three distinct patterns in DT adoption have been observed, reflecting the evolution of DT applications, the progression from single to multiple DT integration and alignment with emerging industry requirements. The DT adoption behavior in the studied cases has been examined using the technology-organization-environment-human (TOE + H) framework. Further, eight emerging trend streams for future DT adoption were identified, with “leveraging the diverse features of certain mature DT” being a shared recognition of all studied companies.Practical implicationsThis research offers actionable insights for AEC companies, facilitating the development of customized DT implementation roadmaps aligned with organizational needs. Policymakers, industry associations and DT suppliers may leverage these findings for informed decision-making, collaborative educational initiatives and product/service customization.Originality/valueThis research provides empirical evidence of applicable products/software, application areas and project performance. The examination of the TOE + H framework offers a holistic understanding of the collective influences on DT adoption. The identification of emerging trends addresses the evolving demands of the AEC industry in the digital era.
Project Manager's Competencies as Catalysts for Project Success: The Mediating Role of Functional Manager Involvement and Stakeholder Engagement
Authors: Aqeel Siddiqui; Bushra Qureshi; Muhammad Shaukat
Year: 2024

Drawing motivation from the principles of Resource-Based View (RBV) and Stakeholder theory, this endeavor assessed the impact of the Project Manager’s (PM) competencies on Project Success (PS). The study further seeks to understand the mediating role of Functional Manager involvement (FM) and Stakeholder Engagement (SE) in the correlation between PM competencies and PS. Data were collected from 288 project team professionals operating in the healthcare sector in Pakistan. Partial Least Square – Structural Equation Modelling (PLS-SEM) was employed to validate both direct and mediating effects. The utilization of PLS-SEM for data analysis enhances the robustness of the study’s outcomes. The findings revealed a significant influence of PM competencies on PS. Furthermore, the results affirmed that functional manager involvement serves as a mediator in the relationship between PM competencies and PS; however, the mediating effect of stakeholder engagement remains insignificant. This research significantly contributes to the field of healthcare project management. The identification of PM competencies as a substantial predictor of PS underlines the importance of skilled project management practices to achieve project outcomes successfully. Moreover, the exposure of functional manager involvement as a mediating variable between PM competencies and PS offers valuable insights into the organizational dynamics influencing PS. While the mediating effect of stakeholder engagement remains insignificant, this finding opens the avenues for further exploration in this domain. Overall, the study contributes to both theoretical advancements in project management literature and practical implications for project management specialists in the healthcare sector in Pakistan.
The Convergence of COSYSMO Parametric Cost Estimation with Model‐Based Systems Engineering
Authors: Barry Papke; Gan Wang; Sean Densford; Ricardo Valerdi
Year: 2024

The promise of Model‐Based Systems Engineering (MBSE) and its advertised benefits hinge on the ability of our profession to integrate engineering disciplines and project management across the system life cycle. In particular, connecting system architecture and design decisions to the economics of the system's development is a critically important topic, but has often been overlooked by the system engineering community. Achieving such integration requires two key elements: (1) the standardization of multidisciplinary terms and functions, and (2) the establishment of rules governing relationships between cross‐functional models and modeling environments. This paper contributes to these areas by (1) establishing common terminology describing systems engineering and cost estimating, and (2) proposing specific cost drivers and counting rules within an MBSE environment that can be applied to estimating systems engineering effort using the COSYSMO cost model. COSYSMO is a systems engineering cost model, originally developed in 2005, and was grounded on document‐based systems engineering methods. This paper facilitates the convergence of COSYSMO and MBSE by updating the COSYSMO counting rules to specifically address size driver selection and assessment in a SysML model. It illustrates how advanced modeling tool features streamline and automate cost estimation activities, while queries and crosscutting views offered by modern MBSE tools enhance the completeness, quality, and consistency of parametric cost estimation process. Additionally, it provides guidelines for identifying system model content and level of detail for cost estimating, and proposes an approach to link attributes and properties in a system model to the variables in the COSYSMO cost estimating relationship.