项目启动对卢旺达能源基础设施项目绩效的影响。以菊次郎地区为例

NATHAN KANYESIGYE, SAMSON GITAHI NJENGA, PhD
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引用次数: 0

摘要

能源基础设施项目在塑造国家经济和社会发展方面发挥着关键作用,特别是在卢旺达等新兴经济体。有效的项目启动,包括识别、计划和启动阶段,是项目成功的关键决定因素。本研究旨在调查项目启动对卢旺达能源基础设施项目绩效的影响,重点关注能源部门在国家可持续发展中的关键作用。本研究采用描述性调查研究的研究设计。研究样本包括124名目前在卢旺达能源集团担任项目工作人员的个人。这项研究采用了人口普查方法。本项目中用于数据收集的主要工具包括使用李克特五点量表格式的问卷,包括封闭式问题。各种来源被用来收集二手数据,而参与者被要求勤奋地回答提供的问卷,以获得必要的信息。进行了初步调查,利用包括13名参与者在内的样本量。信度评价采用Cronbach’s Alpha法。工具有效性的评估是由项目管理领域的主题专家小组进行的,他们在被调查的特定领域具有专门知识。数据分析涉及定性和定量方法的利用,采用SPSS软件版本21。相关分析的结果为了解卢旺达不同阶段的项目管理与能源基础设施项目绩效之间的关系提供了宝贵的见解。具体而言,项目启动与项目绩效呈正相关(r = 0.411, p <0.01)。本研究中进行的回归分析旨在考察项目启动对卢旺达能源基础设施项目绩效的影响。模型显示,项目启动显著影响项目绩效,r平方值为0.169,表明项目启动解释了16.9%的能源基础设施项目绩效变化。方差分析结果进一步支持模型的显著性,f统计量为19.909,p值为<0.001,导致拒绝原假设(HO1)。由回归方程“能源基础设施项目绩效= 2.333 + 0.468项目启动”可知,项目启动每增加1个单位,项目绩效相应增加0.468个单位。0.411的标准化系数(Beta)强调了项目启动在解释项目绩效变化方面的重要性。因此,这一分析强调了项目启动对能源基础设施项目绩效的重大影响,表明卢旺达项目启动水平的提高与项目成果的改善有关。受访者表现出了显著的共识,绝大多数人强烈同意项目启动的各个方面。特别值得注意的是,人们一致承认项目设计在规定商业和技术条款方面的关键作用,这表明了项目设计的根本目的。同样,关于需要现实和可实现的项目范围和里程碑的实质性协议强调了它们的关键重要性。对可行性研究的强调和对利益相关者责任的描述进一步巩固了明确定义的利益相关者角色的核心作用。此外,对绩效衡量标准和全面的项目范围的高度重视突出了它们对项目启动的关键贡献。关键词:项目启动,项目管理流程,能源基础设施项目,卢旺达Njenga, s.g.(2023)。项目启动对卢旺达能源基础设施项目绩效的影响。以菊次郎地区为例。商业战略杂志;管理学报,2010(4),638 - 650。http://dx.doi.org/10.61426/sjbcm.v10i4.2779。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EFFECT OF PROJECT INITIATION ON PERFORMANCE OF ENERGY INFRASTRUCTURE PROJECTS IN RWANDA. CASE STUDY OF KICUKIRO DISTRICT
Energy infrastructure projects play a pivotal role in shaping the economic and social development of nations, particularly in emerging economies like Rwanda. Effective project initiation, encompassing the identification, planning, and launch phases, is a critical determinant of project success. This study aims to investigate the impact of project initiation on the performance of energy infrastructure projects in Rwanda, with a focus on the energy sector's pivotal role in the nation's sustainable development. The study employed a research design characterized as descriptive survey research. The study sample consisted of 124 individuals that are currently employed as project workers at Rwanda Energy Group. The research employed a census methodology. The principal tools utilized for data collection in this project consist of questionnaires that utilize a five-point Likert scale format, comprising of closed-ended questions. Various sources were utilized to gather secondary data, whereas the participants were requested to diligently respond to the offered questionnaires in order to obtain the necessary information. A preliminary inquiry was conducted, utilizing a sample size including 13 participants. The evaluation of reliability was conducted utilizing Cronbach's Alpha. The assessment of instrument validity was conducted by a panel of subject matter experts in the field of project management who has expertise in the specific area under investigation. The data analysis involved the utilization of both qualitative and quantitative methodologies, employing the SPSS software version 21. The results of the correlation analysis provide valuable insights into the relationship between different phases of project management and the performance of energy infrastructure projects in Rwanda. Specifically, the statistically significant positive correlation between project initiation and project performance (r = 0.411, p < 0.01). The regression analysis conducted in this study aimed to examine the impact of project initiation on the performance of energy infrastructure projects in Rwanda. The model revealed that project initiation significantly influences project performance, as evidenced by an R-squared value of 0.169, indicating that project initiation explains 16.9% of the variation in the performance of energy infrastructure projects. The ANOVA results further support the model's significance, with an F-statistic of 19.909 and a p-value of < 0.001, leading to the rejection of the null hypothesis (HO1). The regression equation, Performance of energy infrastructure projects = 2.333 + 0.468 Project initiation, demonstrates that for every one-unit increase in project initiation, there is a corresponding increase of 0.468 units in project performance. The standardized coefficient (Beta) of 0.411 underscores the importance of project initiation in explaining variations in project performance. Thus, this analysis underscored the substantial impact of project initiation on energy infrastructure project performance, indicating that higher levels of project initiation are associated with improved project outcomes in Rwanda. Respondents exhibited a remarkable consensus, with an overwhelming majority strongly concurring on various aspects of project initiation. Particularly noteworthy is the unanimous recognition of the pivotal role of project design in specifying commercial and technical terms, signifying its fundamental purpose. Similarly, the substantial agreement regarding the need for realistic and attainable project scopes and milestones underscores their crucial importance. The strong emphasis on feasibility studies and the delineation of stakeholder responsibilities further solidifies the central role of well-defined stakeholder roles. Additionally, the high regard for performance measurement standards and comprehensive project scopes highlights their critical contribution to project initiation. Keywords: Project initiation, Project management process, Energy infrastructure projects, Rwanda CITATION : Kanyesigye, N., & Njenga, S. G. (2023). Effect of project initiation on performance of energy infrastructure projects in Rwanda. Case study of Kicukiro District. The Strategic Journal of Business & Change Management, 10 (4), 638 – 650. http://dx.doi.org/10.61426/sjbcm.v10i4.2779.
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