A Case Study of Automated Verification of Cost Elements in Industrial Engineering Using C Programming

Abstract

The goal of the diverse engineering field of industrial engineering is to improve the efficacy and efficiency of intricate networks, systems, and organizations. To maximize total performance, it entails integrating a variety of components, including people, money, expertise, information, and equipment. Industrial engineers are essential to maintaining the efficiency of systems and processes in manufacturing operations. They make use of engineering analysis and design principles as well as the mathematical, physical, and social sciences. Industrial engineers are capable of defining, projecting, and assessing the results of various systems and processes through the use of their specific knowledge and abilities. Industrial engineering concepts are essential to manufacturing to optimize processes, save waste, boost output, and improve quality. This could entail creating workspace layouts that maximize productivity, putting in place effective production schedules, and improving supply chain administration or improving procedures for quality control. The ultimate goal of industrial engineering is to optimize output while reducing expenses and resources, which greatly enhances the competitiveness and success of manufacturing companies. The application of industrial engineering principles facilitates the creation of effective labour, material, and machinery coordination systems that raise productivity and quality. Industrial engineering has its roots in the Industrial Revolution, when devices like the steam engine, flying shuttle, and spinning jenny automated manual tasks and allowed for large production in centralized areas. These developments shaped the development of industrial engineering as a field concerned with manufacturing process optimization and established the groundwork for contemporary production systems.