International Research Journal of Education and Technology

The document explores the concept of line balancing in an automated assembly line, focusing on the optimization of workstations for efficient production. Various solution methodologies and heuristics for assembly line balancing are discussed, with a specific emphasis on the Largest candidate rule. The importance of configuration planning in designing assembly lines is highlighted, along with the benefits of automation in enhancing productivity and accuracy. Different types of assembly line models, such as single-model, mixed-model, and multi-model lines, are also explained. The study presents a case study on engine assembly at M/s TVS Motors, Hosur, to demonstrate the application of line balancing techniques. Overall, the document provides insights into the challenges and strategies involved in achieving optimal assembly line performance in automated manufacturing environments.

Keywords: Assembly line, Cycle time, Automation, Line efficiency.