derhan/semantic-scholar-manajemen-proyek huggingface dataset:
Life Cycle Sustainability Assessment of ENDURUNS Project: Autonomous Marine Vehicles
Authors: Pedro José Bernalte Sánchez; F. Márquez; M. Papaelias
Year: 2023

The autonomous marine vehicles development has a grow demand by offshore industries. The multiple facilities implemented in this environment requires the evolution of this devices for several task as survey, maintenance or monitorization. The technology complexity of this devices requires great efforts in economics and resources to innovate. In this line, the ENDURUNS project purposes to design an autonomous marine system capable to performance a long endurance during the missions due to the employment of renewable energies for its vehicles. The evaluation of the project life cycle represents an important task for the project management. In this article, it is exposed the three different project life cycle aspects. The aspect analyzed are the social life cycle assessment, the life cycle cost and the life cycle assessment. It has been applied the corresponding standards in the European context to develop each methodology and to obtain the results. Thus, this work brings an approach about the environment, economic and social impact of this project. The results presented from this study can be considered for practitioners for future research in marine mobility field, due to the sustainability characteristics of the project analyzed.
Redesign of senior capstone program in electrical and computer engineering and its assessment
Authors: Mark Faust; Andrew Greenberg; B. Pejcinovic
Year: 2012

Our students are required to take part in a year-long capstone program consisting of a one quarter lecture course and a follow-on two-quarter industry-sponsored capstone project. Feedback from students, alumni and capstone sponsors indicated that: a) students needed better preparation before starting their projects, b) we should introduce a realistic mini-project, and c) students should learn and apply project management, time management, teamwork, and communication skills. Our redesigned lecture course has a term-long practicum project that mimics the follow-on project, requiring completion of a project from concept to test. During this practicum project, students apply all the best practices in design and project management that they are learning in lectures. Our program is assessed using multiple methods (focus groups, surveys, evaluation of student work) and multiple sources (students, alumni, sponsors and faculty). This enables triangulation of data and increases our confidence in validity of the results. Data was collected over four years and overall we have found good agreement between different methods and sources. This rich set of data validated our course redesign and provided an insight that students' writing skills and project management need even further improvement.
Collaborative Management System and Multi-index Optimization Model for Large-Scale, Multi-Group Construction Projects
Authors: Da-yong Guo
Year: 2019

Compared with traditional engineering projects, the large-scale, multi-group class projects are characterized by high decision stakes and high levels of system uncertainty, concerned with many participants such as proprietors, consultants, design units, construction contractors, material suppliers, equipment manufacturers and superior authorities, as such, it may not be sensible to planning or developing it under the prevalent normal model of project management. This paper analyzed the key characteristics of the large-scale, multi-group class projects and then proposes a framework for applying the operation of collaborative management system structured around five central issues. These issues relate to operation mechanism, collaborative strategies and project participants and collaboration management mode and information processing system, technology platform. The Multi-index optimization model for large-scale projects based on the collaborative management control of construction period, project budget and project quality was also constructed. It is believed that the model can usefully be developed further by its use in analyzing other instances of collaborative management systems practice, at the same time opening up new ways to help enterprises to implement management.
Interdisciplinary perspective on architectural programming: current status and future directions
Authors: Shitao Jin
Year: 2024

PurposeArchitectural programming, as a critical phase in construction projects, has been widely recognized for its importance and advantages throughout the construction process. With the rapid development of the socioeconomic landscape, architectural programming has garnered increasing attention from various other disciplines, becoming a key trend in interdisciplinary collaboration. This study aims to provide a comprehensive understanding of the current status and future directions of architectural programming from an interdisciplinary perspective through scientometric analysis and systematic review.Design/methodology/approachThis study first collected English journal articles on architectural programming published between 1975 and 2024 from the Web of Science and Scopus databases. After an initial screening of titles and abstracts, 515 articles were selected for scientometric analysis to reveal the current state and advantages of architectural programming research in multidisciplinary fields. Subsequently, a second screening of full-text articles identified 75 journal articles for systematic review, focusing on research topics and challenges in interdisciplinary applications.FindingsThe study reveals an exponential increase in the number of papers related to architectural programming between 1975 and 2024, particularly in the last decade. Six key research topics of architectural programming in multidisciplinary fields were identified: (1) performance optimization and evaluation, (2) digitalization and automation development, (3) project management and decision support, (4) improvement of human and social welfare, (5) sustainable resources and environment and (6) educational practices of architectural programming. Additionally, the study identified the main challenges in the interdisciplinary application of architectural programming, including (1) incompatibility among disciplines, (2) limitations of data and methodologies and (3) insufficient social engagement. To address these challenges, three potential future directions were proposed: (1) establishing interdisciplinary teams and platforms, (2) enhancing multi-source data integration and digital transformation and (3) improving governance mechanisms and educational training.Originality/valueBy combining quantitative and qualitative methods, this study provides a comprehensive review of architectural programming research and applications in multidisciplinary fields, offering theoretical foundations and practical references for the future development of architectural programming. This review not only aids in understanding the overall status of current architectural programming research but also offers valuable insights and recommendations for future research directions and practical applications.
SOHCO: A Strategy for Constructing Efficient Teams
Authors: S. G. Ribeiro; André A. S. Ivo; M. Ferreira; R. R. Silva
Year: 2023

Software engineering is concerned with organizational issues, project management, and human behavior. In the process of constructing a work team, leadership faces the task of evaluating the talents and abilities of each professional and combining them into a cohesive unit that matches the profile of the project. This article describes the SOHCO technique, a strategy for forming work teams that calculates a score for each candidate based on the project profile, as well as a ranking for the work team whose desired objective most closely aligns with the project profile. This article presents exploratory research, an experiment, two real-world case studies, and a comparison of methods using WS and RW coefficients to assess ranking consistency and similarity. Results reveal that SOHCO makes constructing a work team more objective, reduces leadership effort, enhances the ability to evaluate new team arrangements, increases the probability of project success, and reduces training costs. As a limitation, the SOHCO method does not take sub-criteria weights into account.
Effective Project Management of a Pan-African Cancer Research Network: Men of African Descent and Carcinoma of the Prostate (MADCaP)
Authors: Emeka Odiaka; D. Lounsbury; M. Jalloh; B. Adusei; Thierno Amadou Diallo; Papa Moussa Sène Kane; I. Rockson; Victoria Okyne; Hayley Irusen; A. Pentz; Ifeoluwa Makinde; Olalekan Hafees Ajibola; Lindsay N. Petersen; John McBride; D. Petersen; S. Mante; I. Agalliu; A. Adebiyi; Olufemi O. Popoola; Edward K. Yeboah; J. Mensah; A. Hsing; P. Fernandez; O. Aisuodionoe-Shadrach; M. Joffe; Elvira Singh; S. Gueye; Yuri Quintana; B. Fortier; T. Rebbeck; C. Andrews
Year: 2018

Purpose Health research in low- and middle-income countries can generate novel scientific knowledge and improve clinical care, fostering population health improvements to prevent premature death. Project management is a critical part of the success of this research, applying knowledge, skills, tools, and techniques to accomplish required goals. Here, we describe the development and implementation of tools to support a multifaceted study of prostate cancer in Africa, focusing on building strategic and operational capacity. Methods Applying a learning organizational framework, we developed and implemented a project management toolkit (PMT) that includes a management process flowchart, a cyclical center-specific schedule of activities, periodic reporting and communication, and center-specific monitoring and evaluation metrics. Results The PMT was successfully deployed during year one of the project with effective component implementation occurring through periodic cycles of dissemination and feedback to local center project managers. A specific evaluation was conducted 1 year after study initiation to obtain enrollment data, evaluate individual quality control management plans, and undertake risk log assessments and follow-up. Pilot data obtained identified areas in which centers required mentoring, strengthening, and capacity development. Strategies were implemented to improve project goals and operational capacity through local problem solving, conducting quality control checks and following compliancy with study aims. Moving forward, centers will perform quarterly evaluations and initiate strengthening measures as required. Conclusion The PMT has fostered the development of both strategic and operational capacity across project centers. Investment in project management resources is essential to ensuring high-quality, impactful health research in low- and middle-income countries.
Ditching labor-intensive paper-based processes: process automation in a Czech insurance company
Authors: J. Marek; Kurt Blümlein; J. Neubauer; Charlotte Wehking
Year: 2019

(a) Situation faced: The insurance company Generali CEE Holding faced two types of challenges. From an external perspective, the company had to tackle challenges concerning digital transformation, regulatory compliance, and new legislation. From an internal perspective, the company faced a legacy of paperbased process documentation as well as process and workflow inconsistencies. (b) Action taken: In the digital age, paper-based processes are obsolete and obstruct progress. Based on an Agile project management approach, Generali CEE Holding ditched its labor-intensive paper processes for corporate risk underwriting during a company-wide transformation project, integrated their processes and data into one robust platform, and implemented robotic process automation software to significantly boost productivity and efficiency. (c) Results achieved: The new platform and robotic process automation software helped Generali CEE Holding make their processes consistent, automate their inter-company workflows, and enhance employee and customer satisfaction. It also ensured compliance with ever-changing laws and regulations in their corporate risk underwriting. (d) Lessons learned: Simply ditching paper-based processes by digitizing them or deploying a solution for robotic process automation does not guarantee a desired goal. It requires a lot of effort in terms of time and resources. This project demonstrated that a radical change from paper-based processes to robotic automation in a short period of time was possible by starting small and focusing on a smaller sample of processes, making use of an Agile project management approach, and connecting the business and the IT departments in the endeavor.
GETAVIZ: Generating Structural, Behavioral, and Evolutionary Views of Software Systems for Empirical Evaluation
Authors: David Baum; J. Schilbach; Pascal Kovacs; U. Eisenecker; Richard Müller
Year: 2017

Software visualizations are used to support stakeholders in software engineering activities like development, project management, and maintenance. The respective tasks determine which aspects of software, i.e., structural, behavioral and/or evolutionary information, need to be visualized. To promote the usage of software visualizations they have to optimally support the needs of the respective stakeholder for the specific task at hand. Therefore, we see the necessity to create innovative visualizations and to optimize existing ones. In order to achieve this, it is necessary to empirically evaluate the different visualizations and their variants. In this paper, we present GETAVIZ as a toolset to support these processes, i.e., designing visualizations, generating task- and role specific visualizations, and conducting empirical evaluations. The toolset implements the concept of generative and model-driven software visualization and makes it possible to generate different visualizations for all three aspects of software. Its strength lies in its adaptability, so that new visualizations and variations of existing ones can be implemented easily. In addition to the generator this toolset contains several extractors for different programming languages, a browser-based user interface for viewing and interacting with visualizations, and an evaluation server to facilitate the execution of local and remote experiments. The paper illustrates the capabilities of GETAVIZ and it discusses plans for its further development.
Use of Project Management for optimization
of the company’s functioning
Authors: T. Prokopenko; I. Ponomarenko
Year: 2022

The purpose of the article is issues related consideration to the features of
optimizing project management and obtaining economically justified results through
the use of specialized software.
The methodological basis of the research are carrying out an assessment of
the effectiveness of project management approaches introduction in economic activity various types, which will allow optimizing the use of resources in the process
of creating innovative products.
The scientific novelty of received results is study of project management advanced concepts essence and the peculiarities of their use by modern companies.
The main functions of project management as an effective tool for the development
of modern products are presented. The main methodologies of project management
are given, which allow to optimize the stages of their implementation in accordance
with the specifics of the projects.
Conclusion. The introduction of innovations leads to the transformation of project management and the introduction of advanced approaches to managing teams and
creating products with qualitatively new characteristics. Competition in the software
market for project management needs promotes the transformation of existing methodologies and the emergence of qualitatively new approaches to establishing effective
interaction between all project participants and optimal use of available resources.
Keywords: Project Management, PMBok, methodologies, optimization, product,
software.
Lessons learned from the design experience.
Authors: J. Stichler
Year: 2009

Designing and building a new healthcare facility provide insights into design features and project management processes that should be replicated or avoided. This bimonthly department expands nurse leaders' knowledge and competencies in health facility design and enables them to lead in design efforts. In this article, nurse leaders share the insights and experiences gained from leading design and construction projects and provide helpful advice.
Work Zone Management in the District of Columbia: Deploying a Citywide Transportation Management Plan and Work Zone Project Management System
Authors: Clarence L. Dickerson; Jianwei Wang; J. Witherspoon; Scott C. Crumley
Year: 2016

In a growing and congested capital city, the challenges of maintaining traffic during construction of a multimillion dollar transportation program are immense. Managers are tasked with budgeting, planning, designing, procuring, constructing, and monitoring hundreds of projects in a dynamic and politically charged environment. Critically important infrastructure, utility, maintenance, and developer projects—as well as capital area special events—are frequently on a national (or international) stage with a high risk of traffic congestion, safety concerns, and negative public perception. Washington, D.C., is often listed as one of the top 10 tourist destinations in the United States. With a growing resident population, commuters nearly double the number of people in the city each weekday. In addition, Washington, D.C., is often listed as the most congested urban area in the nation. Aside from recurring congestion, project construction and special events frequently strain the existing roadway network. A proactive, citywide approach to managing all work zones is helping to reduce congestion and provide the District Department of Transportation with better control of how best to schedule and approve projects, as well as budget for cost-effective strategies to mitigate work zone congestion. A unique Citywide Transportation Management Plan, including a dynamic Work Zone Project Management System, has been deployed to coordinate and analyze project work zones and special events throughout the city for the next 5 years. Graphical, web-based software tools track and assess cumulative work zone effects. From these results, mitigation strategies are aimed at improving safety and mobility throughout Washington, D.C.
Sustainable Building Construction Materials in the United Arab Emirates: A Review
Authors: Khalid Mehmood Sadar Din; Md Sayuti Ishak
Year: 2024

The construction industry, a major player in economic development, is facing increased pressure to address sustainability concerns amidst rapid population growth and urbanization. With global projections indicating a significant rise in building demand by 2050, sustainability has emerged as a crucial focus area and paradigm shift to enhance environmental friendliness, quality, and project outcomes. The UAE, renowned for its vibrant construction industry, offers a unique context for examining the integration of sustainable practices. The use of sustainable construction practices is growing in the UAE, where the built environment plays a key role in economic growth and environmental stewardship. The United Arab Emirates (UAE) aims to foster long-term sustainability while enhancing the standard of living for current and future generations by integrating social, environmental, and economic aspects within construction projects, while also reevaluating conventional sustainable development frameworks and embracing a triple bottom line approach. This research was conducted to explore sustainable construction material usage and evaluation in the United Arab Emirates. The literature was reviewed for sustainable building construction materials across the UAE in the SCOPUS index from 2014 to 2024, as well as the regional regulations concerning the subject. This study evaluated the increasing trend of sustainable construction material research works, as well as the sound regional parameters of sustainable construction materials implemented across the country. Through an exploration of the significance of sustainable construction materials, this research underscores the multifaceted benefits of locally sourced, recyclable, and renewable materials in reducing environmental impacts, fostering economic and social well-being, and improving overall project performance and project management practices. The construction sector’s role in economic development and its substantial environmental impact are discussed in alignment with sustainable construction materials, sustainable construction practices, and the need to enhance environmental sustainability and create healthier built environments. In the realm of sustainable construction materials, project management knowledge areas encompass a range of factors. These include the properties of materials sourced regionally; the incorporation of recycled content; considerations for indoor air quality, energy, and water efficiency parameters; and how these properties relate to project scopes, scheduling constraints, and challenges. Additionally, the availability of resources and competency levels, quality control standards, specifications, communication strategies, and stakeholder involvement play crucial roles. It is important to assess both the positive and negative risks associated with these elements across construction projects.
Contributing Factors to Schedule Delays in Construction Projects in The United Arab Emirates
Authors: Abdulhamid Al Gheth; Md. Ishak Sayuti
Year: 2019

This study intends at pinpointing factors that contribute to setbacks in building projects in the UAE. For that purpose, a designed questionnaire study was supplied to professional engineers in the UAE construction industry. A literature analysis was also performed, in which 106 elements were discovered. The discoveries suggested that the leading postponement risk reasons are as follows: variations of orders; interruptions in decision-making and endorsement bycustomers ; contractors’ funding problems; inadequate site administration and control by contractors; and inadequate management of project development. These conclusions can aid the construction industry by providing enhancements to the guidelines to encounter market requirements; guiding proprietors in decision making and dropping change order appeals; supporting contractors in preparation; handling the project and risks (internal or external) when assessing and organizing; and assisting professionals to utilize project management methods through construction, permitting adequate time to construct and organize the building records.
The Place and Role of Research, Development and Innovation Projects in the Life of Hungarian and Polish Micro, Small and Medium-Sized Enterprises After the Pandemic
Authors: Ágnes Csiszárik-Kocsir; Oszkár Dobos
Year: 2023

The 21st century has brought many challenges to the surface and has presented new challenges to all economic actors. This is no different for micro, small and medium-sized enterprises. Regardless of the size category they belong to, they face the same challenges of everyday life. But new challenges require new solutions, which can only be met through innovation projects. The 21st century has also brought a significant increase in project orientation, the importance of managing tasks as projects or integrating them into projects. However, research, development and innovation projects differ significantly from traditional projects. They are more strongly influenced by novel circumstances and tasks, which makes it very important that they are managed with the appropriate scientific background and professionalism. The aim of our study is to assess the background aspects of RDI project management in Hungarian and Polish enterprises, to explore the perceptions and opinions that lead to the success, effectiveness and efficiency of these projects through the results of a primary research conducted in Hungary and Poland.