Comparison of Different Scheduling Techniques for Road Under Bridge

Abstract

Effective project scheduling is crucial for the successful execution of different projects. This study presents a comprehensive comparison of two widely used scheduling techniques, Critical Path Method and Line of Balance Method. These methods have been employed in diverse industries to plan and manage projects with distinct characteristics. Critical Path Method is a network-based scheduling approach that identifies critical path through a project network, determining activities that, if delayed, would extend the project duration. Critical Path Method emphasizes the sequential order of activities and is particularly suited for projects with well-defined activities and dependencies. In contrast, Line of Balance focuses on the continuous flow of resources by dividing the project into segments, each representing a specific resource or work crew. This technique is particularly beneficial for projects characterized by repetitive and parallel activities. This comparative analysis explores the strengths and weaknesses of Critical Path Method and Line of Balance Method in various project scenarios. Factors such as project complexity, uncertainty, resource constraints, and the nature of activities will be considered to evaluate the suitability of each technique. The study also investigates the impact of changes and disruptions on project schedules and the ability of each technique to adapt to unforeseen circumstances. Through a review of case studies and practical applications, this research aims to provide insights into the appropriateness of Critical Path Method and Line of Balance for different project types. The findings will contribute to the knowledge base of project management professionals, aiding them in selecting the most suitable scheduling technique based on project characteristics and objectives. Ultimately, this research seeks to enhance the understanding of project scheduling methodologies and improve the successful delivery of projects across diverse industries.