derhan/semantic-scholar-manajemen-proyek huggingface dataset:
Pengenalan Profesi Arsitek Pada Masyarakat Pelajar Kota Lhokseumawe
Authors: Pengenalan Profesi; Arsitektur Pada; Masyarakat Pelajar; Kota Lhokseumawe Hendra; Deni; Bambang Karsono; Muhammad Iqbal; Effan Fahrizal
Year: 2022

Profesi Arsitek kini tidak dapat lagi hanya ditempuh melalui pendidikan strata satu (S1) program studi ilmu arsitektur, tahap selanjutnya harus menjalani pendidikan satu tahun lagi di program studi Pendidikan Profesi Arsitek (PPAr). Dengan adanya perubahan pencapaian profesi arsitek ini terdapat kekhawatiran bahwa akan memperlambat populasi profesi arsitek dalam kapasitas nasional. Profesi arsitek merupakan profesi yang memiliki tanggung jawab terhadap hajat dan kualitas hidup manusia dalam menjawab permasalahan ruang dalam menampung aktivitas yang ada. Dengan lambatnya pertumbuhan profesi ini dikhawatirkan dapat menurunkan hajat dan kualitas hidup manusia. Untuk menjawab permasalahan tersebut, sebagai pendekatan dari pihak akademisi yang memiliki predikat profesi merasa terpanggil untuk membuat kegiatan pengenalan profesi arsitek pada masyarakat pelajar setempat sebagai pemahaman profesi sejak dini bagi mereka. Atas adanya kegiatan ini diharapkan agar pelajar dapat mempersiapkan dirinya sejak dini untuk menjemput profesi arsitek yang mereka tuju. Kegiatan pengabdian masyarakat terbagi dalam dua bagian, pertama yaitu pengenalan kode etik profesi arsitek sebagai instrument kegiatan rancang bangun bangunan secara mendasar untuk diletakkan pemahamannya kepada mental dan intelektual peserta. Kedua, kegiatan pengenalan teknis tentang pertanahan, perencanaan kota, rencana arsitektur, lingkungan dan manajemen proyek dalam lingkup ketetapan tata ruang. Oleh karena pengenalan profesi arsitek secara argumentatif ini masih baru di tingkat intelektual pelajar, namun lambat laun mereka mulai memiliki rasa keingintahuan yang kuat sebagai nilai mental tumbuhnya benih minat mereka dalam bidang Arsitektur. Dampak yang diterima dengan adanya pengenalan profesi arsitek pada masyarakat pelajar Kota Lhokseumawe adalah terlihatnya ketertarikan mereka dalam mengikuti kegiatan dengan fokus, interaktif dan komunikatif dengan harapan bahwa profesi ini dapat menjadi profesi yang mereka tuju di kemudian hari.
Effective project monitoring for ERP implementation success: A case study in a S&M company in Vietnam
Year: 2023

This research paper shed a light on the challenges faced during the implementation of an Enterprise Resource Planning (ERP) system in an organization, with a specific focus on project management and project monitoring. This paper also presents a case study of a company in Vietnam that experienced difficulties during the go-live phase of their ERP implementation due to poor project monitoring. The objective of the research is to identify these challenges and propose a solution to resolve the ineffective project monitoring. By doing that, the paper highlights the importance of effective project monitoring in ensuring the success of ERP implementation projects. The results of implementing the proposed solution are promising, as demonstrated by a reduction in completion time, elimination of late delivery days, and effective management of resource deviation. These outcomes illustrate the potential for improving project efficiency, reducing costs, and ensuring successful ERP system implementation. Overall, this research provides valuable insights and best practices for organizations embarking on ERP system implementations, offering guidance on overcoming challenges and achieving a smooth and successful go-live phase.
Double Diamond Approach for Mobile-based UX: Connecting Students to Professional IT Projects
Authors: Andrean Miksa Farhantama; Murein Miksa Mardhia
Year: 2024

Students at UAD can join various projects offered by their lecturers, including research, internships, assignments, and competitions. These opportunities are typically communicated through research workshops or WhatsApp groups. Currently, more lecturers are getting research projects that require students as technical members, but they need to be sure about the students' sufficient abilities. On the other hand, not all students receive this information, and project monitoring is often done informally via WhatsApp. All students should get projects so they can graduate from project management courses or internships. To address this, lecturers can help speed up the process of students getting projects by inviting students to join their projects. An application was proposed to streamline information dissemination, student selection, and project monitoring. The study employed the double diamond method—Discover, Define, Develop, and Deliver —to design the app's UI/UX prototype. Usability and user experience testing showed high success rates for both lecturer and student applications, with 91.81% and 84.54% respectively. The student app scored well on attraction (1.63), clarity (1.45), efficiency (1.70), accuracy (1.70), stimulation (1.95), and novelty (1.40). The lecturer app scored even higher on attraction (2.47), clarity (1.45), efficiency (2.25), accuracy (1.95), stimulation (2.65), and novelty (2.45).
Healthcare of an organization: Using wearable sensors and feedback system for energizing workers
Authors: Koji Ara; Tomoaki Akitomi; Nobuo Sato; Satomi Tsuji; Miki Hayakawa; Yoshihiro Wakisaka; Norio Ohkubo; Rieko Otsuka; Fumiko Beniyama; Norihiko Moriwaki; K. Yano
Year: 2011

A badge-shaped sensor and feedback system were developed. This system makes it possible to study human and organizational behavior in an office. By prompting changes in workers' behavior, it improves productivity as well as helps to solve individual's problems. Aiming to improve the productivity and quality of project management, the system was applied at a software development company. The results show that the system can improve the human communication process, as well as motivate workers by giving them the chance to reflect on their work styles and to help their colleagues.
Gaining and keeping overview of complex RTDI projects with the DEWI assessment and monitoring framework (DEWI-Frame)
Authors: J. Hillebrand; Michael Karner; W. Rom
Year: 2016

Progress monitoring and assessment of objectives are a challenging task for large, complex research, technology development and innovation (RTDI) projects comprising dozens of partners and different technical domains. It is difficult for project management, project partners and funding authorities to keep an overview whether defined high-level goals are adequately covered in the project innovations. This paper presents DEWI-Frame, a novel consistent mathematical-logical assessment and monitoring framework that has been developed in the course of the ARTEMIS Joint Undertaking project Dependable Embedded Wireless Infrastructure (DEWI). The main innovation in the proposed assessment framework is focused on the two-dimensional assessment of i) technological progress aligned with Technology Readiness Levels (TRLs), ii) the project objectives assessment and iii) the consolidation of these assessment results. The methodology applied within DEWI-Frame can be tailored to be used in a variety of RTDI projects with an easy parameterisation of scaling factors. DEWI-Frame is equally applicable for technology and products as well as methods as targeted results in RTDI projects.
АДАПТАЦІЯ КОМПАНІЙ ДО ШВИДКИХ ЗМІН НА РИНКУ ЧЕРЕЗ ІННОВАЦІЙНИЙ МЕНЕДЖМЕНТ
Authors: Національний університет Львівська Р. І. Перожак аспірант; Національний університет Львівська Ю. П. Скрипець аспірант; Національний університет Львівська А. О. Тітов аспірант; L. Nodzhak
Year: 2024

This article is dedicated to a comprehensive study of innovation management as a critically important tool for adapting companies to the conditions of rapid market changes. In today's dynamic business environment, where technological progress and globalization dictate new rules, traditional management methods often prove insufficient. The article provides a detailed examination of the main strategies that help organizations quickly respond to changes, including open innovation, agile project management methodologies, active use of digital technologies, and the development of a corporate culture that fosters innovation. The authors emphasize that the implementation of innovation management enables companies to significantly reduce the development cycle of new products, lower research and development costs, and improve the quality of final products. However, the adoption of innovations is not without challenges. In particular, companies face the need to restructure internal processes, adapt organizational structures to new demands, and continually develop the skills and competencies of their employees. The article also explores strategies for overcoming these challenges. The strategies proposed by the authors include developing a phased implementation plan for innovations, ensuring the flexibility of the organizational structure, creating a positive corporate culture that supports innovation, and investing in employee training and development. Special attention is given to risk management, financial sustainability in the innovation implementation process, and effective communication across all levels of the organization. It is noted that the development of a corporate culture that fosters innovation is one of the key factors determining the ability of organizations to quickly and effectively adapt. In conclusion, the authors highlight the need for further research in the field of innovation management, particularly in the development of new management models that effectively integrate modern technologies, as well as in studying methods to overcome resistance to change and ensure the financial sustainability of innovation projects.
Automatic Detection of Cylindrical Objects in Built Facilities
Authors: Mahmoud Ahmed; C. Haas; R. Haas
Year: 2014

AbstractThree-dimensional (3D) facility models are in increasing demand for design, maintenance, operations, and construction project management. For industrial and research facilities, a key focus is piping, which may comprise 50% of the value of the facility. In this paper, a practical and cost-effective approach based on the Hough transform and judicious use of domain constraints is presented to automatically find, recognize, and reconstruct 3D pipes within laser-scan-acquired point clouds. The core algorithm utilizes the Hough transform’s efficacy for detecting parametric shapes in noisy data by applying it to projections of orthogonal slices to grow cylindrical pipe shapes within a 3D point-cloud. This supports faster and less-expensive built-facility modeling. It is validated using laser-scanner data from construction of the Engineering-VI building on the University of Waterloo campus. The system works on a typical laptop. Recognition results are within a few millimeters to centimeters accuracy in a...
Adaptive approach to engineering infrastructure reconstruction program and project management
Authors: I. Khudiakov; M. Sukhonos
Year: 2021

Standard approaches to managing projects and programs for the reconstruction of engineering infrastructure in a turbulent environment are ineffective due to the lack of possibilities to adapt to external and internal influences. Therefore, the purpose of the article was to characterize the application of the conception of adaptivity in managing such projects and programs and to analyse the means for its application in management processes. The research presented in this article was conducted using scientific methods of critical analysis, systems analysis, mathematical modelling, formalization, analysis, synthesis, graphical and abstract-logical methods. The main constraints in the development of the program architecture were identified. The influence of the application of the standard approach to planning and managing programs and projects for the reconstruction of engineering infrastructure on the increase of the probability of risk emergence was investigated. The tasks of managing programs and projects in the implementation of management as the manifestation of control action were formulated. The concepts of active and passive methods of adaptive program management were considered, a combined method that involves preliminary modelling of managerial influences and learning from the experience of exerting such control actions was developed. The means of adaptive program management were analysed, the expediency of their use in the management of programs for the reconstruction of engineering infrastructure at different stages of their implementation was determined. The results of the study can be used by managers of programs and projects for the reconstruction or modernization of engineering infrastructure to determine approaches to management and selection of adaptive management tools for different phases of implementation, and also provide a methodological basis for further research
Quantitative risk assessment: methodology and application in an automaker body-in-white production line project
Authors: Thiago De França Poggi; Heitor Oliveira Duarte; Paulo Gabriel Santos Campos de Siqueira; Adriano Dayvson Marques Ferreira
Year: 2024

Purpose: this research aims to introduce a novel methodology, termed Quantitative Risk Assessment for body-in-white projects, to forecast the expected project completion time and total project cost. This methodology is demonstrated through application to a real project within an automotive manufacturer in Brazil.
Theoretical framework: the study employs established risk analysis methods (e.g., program evaluation and review technique, preliminary hazard analysis, Gaussian curve, Monte Carlo simulation) alongside project management tools for problem characterization (e.g., project requirements, assumptions, work breakdown structure).
Methodology/Approach: the methodology presented in this paper follows a sequence of methods that: (i) identify the hazards; (ii) evaluate the probability of risks associated with each project task; (iii) assess their consequences and impact on project costs; and, finally, (iv) quantify the risks to predict a probability spectrum for the project’s total cost. This allows estimating an emergency reserve and categorizing the risk level to inform stakeholders.
Findings: The paper reveals that, among the 66 identified hazards, there is a 37% probability of the project duration exceeding 200 days, and the project has been categorized as high risk (i.e., more than a 20% probability that additional costs will exceed 20% of the estimated project budget).
Research, practical & social implications: this study enables organizations to forecast the potential impacts of risks on project schedules and costs through comprehensive risk assessments, providing valuable input for project risk management.
Originality/ Value: the study’s value lies in the originality of its risk assessment methodology applied to automakers’ body-in-white projects.
Keywords: Automaker. Body-in-White. Monte Carlo Simulation. Probabilistic modeling. Quantitative risk assessment.
Methodology of logistics planning based on project management and system dynamics for business service providers
Authors: Dusko Kalenatic; Luz Helena Mancera Méndez; Karol Viviana Moreno Valbuena; L. Rodríguez
Year: 2011

This paper presents a logistics planning methodology which integrates four conceptual tools: management services, logistics, project management and system dynamics. This methodology is used to make an integral analysis of the activities carried out by service provider companies across the logistics cycle. The process of service is understood as a succession of projects, which for each activity analyzes the controllable and uncontrollable variables, the renewable and nonrenewable resources and their interactions from a systems perspective. This integration is supported in the system dynamics as a tool for quantitative analysis. The methodology supports the decision-making at the strategic, tactical and operational level to improve coordination between the activities and resource allocation by reducing delays and improving customer perception about quality of service.
Software Project Risk Identification Based on Scrum Artifacts
Authors: Lina Bisikirskienė; Lina Čeponienė; Gytis Vilutis; Adelė Nečionytė
Year: 2025

Risk identification, as a foundational step in risk management, is essential for the success of software development projects, including those using the Scrum methodology. However, risk management in Scrum often lacks structured practices, relying instead on the iterative and collaborative nature of the methodology. This paper presents a novel risk identification framework tailored for Scrum projects, leveraging Scrum artifacts and their associated attributes to enhance risk detection and analysis. The framework encompasses automated data collection from project management environments, such as Jira, thus minimizing the effort required from the project team for risk-related data gathering. By monitoring deviations in artifact attributes and applying predefined thresholds, the framework facilitates the detection of risks at any point in the project lifecycle. Experimental evaluation across three distinct Scrum projects demonstrated the framework’s applicability in identifying a wide range of risks, including long-term ones. The proposed framework contributes to Agile project management by offering a structured, automated approach to risk identification, fostering a culture of proactive risk management within Scrum teams.
Using simulations in project management education – impact on awareness and ability to navigate projects in a sustainable way
Authors: H. Ingason; P. Eskerod
Year: 2024

PurposeExisting literature points out that conventional educational modes are not sufficiently motivational for students. Concurrently, the contemporary society requires awareness of sustainability within project management. The purpose of this paper is to investigate how the use of simulations in project management education can positively impact students’ awareness of sustainability and enhance their ability to navigate projects in a sustainable way.Design/methodology/approachExperiment where 26 experienced professionals with different backgrounds engaged in three extensive project management simulations with sustainable aspects and participated in pre- and post-assessments.FindingsOur research shows that simulations have a high potential for enhancing learning on project management with sustainable aspects. We conclude that simulations can significantly contribute to enhancing student awareness of sustainability. This is through directly confronting them with three areas in which sustainability impacts project management, that is the management of environmental, social, and economic aspects; through handling opportunities, complexities, and adaptability; and by assuming responsibility for sustainable development in the simulation case.Practical implicationsWe have shown that simulations – as a part of project management education – are highly likely to augment students' capacity to navigate their projects in a sustainable way.Originality/valueThis paper offers results of an empirical study on simulations as a means to create awareness of ability to navigate projects in a sustainable way. The paper provides extensive qualitative statements from participants, and thereby gives the reader insights into the raw data leading to insightful conclusions for the field of project management education.
A Novel Convolution-Based Algorithm for the Acyclic Network Symbolic Reliability Function Problem
Authors: Z. Hao; W. Yeh; Cheng-Feng Hu; N. Xiong; Yi-Zhu Su; Chia-Ling Huang
Year: 2020

Acyclic (binary-state) networks are commonly implemented in many diverse disciplines and applications, including information systems, processes management, project management. These networks owe their popularity to the fact that they do not use directed cycles. Network reliability is the most commonly used tool for evaluating and managing systems modeled on acyclic networks, and minimal paths (MPs) play a significant role in evaluating this reliability. This study therefore proposes a new algorithm based on a novel convolution concept for evaluating acyclic network reliability. The proposed algorithm is able to find all convolution-based MP sets within polynomial time, and then obtain the symbolic function of the acyclic network reliability in terms of those convolution-based MP sets based on the pivotal decomposition. Its total time complexity is <inline-formula> <tex-math notation="LaTeX">$O(2^{n})$ </tex-math></inline-formula>, which is the best among all existing MP algorithms which are at least <inline-formula> <tex-math notation="LaTeX">$O(2^{\vert P\vert })$ </tex-math></inline-formula>, where <inline-formula> <tex-math notation="LaTeX">$O(\vert P\vert) = O(2^{n})$ </tex-math></inline-formula>, and <inline-formula> <tex-math notation="LaTeX">$n$ </tex-math></inline-formula> and <inline-formula> <tex-math notation="LaTeX">$\vert P\vert $ </tex-math></inline-formula> are the number of nodes and MPs, respectively. The correctness and time complexity of the proposed algorithm is proven and examined. An example is used to display the novel convolution-based algorithm is implemented to solve the acyclic network reliability problem.
Understanding Outsourcing Risk Factors Based on Modularity: The BSKYB Case
Authors: Philip Huysmans; Peter De Bruyn; Shazdada Benazeer; A. Beuckelaer; S. D. Haes; J. Verelst
Year: 2014

The outsourcing of Information Systems development and maintenance to external and specialized partners is a frequent practice among contemporary organizations. However, outsourcing projects have been proven to be prone for failure. As a result, practitioners and scholars have suggested a variety of outsourcing risk factors which may lead to unsuccessful project outcomes, as well as possible remedies to mitigate them. Empirical studies nevertheless continue to report frequent failures in outsourcing projects. In this paper, the concept of modularity is used as an alternative perspective to analyze risks related to outsourcing projects. Such approach might help in supplementing existing outsourcing risk analyses with new, additional or more profound insights on this topic. It might also serve as an additional basis to list a more exhaustive enumeration of required mitigating actions, which in turn could lead to more succesful outsourcing projects. This alternative perspective is illustrated by a reanalysis of a failed outsourcing case which is documented in literature and available court proceedings: the BSkyB case. It is shown in a specific way how poorly designed modular structures at the technical and project communication and project management level could have been identified ex-ante. This identification may explain the manifestation of ex-post outsourcing risk factors such as â€˜lack of required skills', â€˜managing user expectation', â€˜communication problems', â€˜project management' and â€˜significant integration requirements'.
Changing perspectives on foresight and strategy: from foresight project management to the management of change in collective strategic elaboration processes
Authors: S. Treyer
Year: 2009

Reflexivity about foresight activities for strategic management is often seen as too low. In order to enhance the reflexive capacity of foresight practice, a reframed perspective can be proposed, by considering individual foresight projects within the broader conceptual framework of ‘future-oriented debates’, analogous to the models of ‘hybrid forum’ or of ‘strategic conversation’ developed respectively in the fields of sociology of science and strategy, consisting both of the succession of foresight operations on a common theme, and of the community of actors associated to their discussion. Foresight can then be considered as an intervention in such a future-oriented debate, aiming at incremental change, with the objective to improve its quality, for which some criteria can be proposed. The usefulness of this change of perspectives from project management to the management of change is illustrated by the example of the international debate on future water scarcity.