International Journal of Science and Research (IJSR) ISSN: 2319-7064 SJIF (2022): 7.942 Volume 13 Issue 6, June 2024 Fully Refereed | Open Access | Double Blind Peer Reviewed Journal www.ijsr.net SLP (Systematic Layout Planning) for Enhanced Plant Layout Efficiency Manojdeep Singh Jasrotia 1 , Krishnamoorthy Sengottaiyan 2 1 Caresft Global Technologies Inc. Email: manojj[at]caresoftglobal.com 2 Caresft Global Technologies Inc. Email: Krishnamoorthys[at]caresoftglobal.com Abstract: In manufacturing setups characterized by low volume, high optionality, substantial work content, and reliance on trivial knowledge, small and medium-scale industries often lack a systematic approach when it comes to redesigning their existing manufacturing lines or launching new manufacturing process lines. Traditional approaches to plant layout design, while having served their purpose in the past, come with inherent limitations and challenges that may hinder the adaptability and competitiveness of manufacturing facilities in the United States. This white paper delves into the pivotal role of plant layout design in industrial settings for a manufacturing line that consists of 16 sub-assembly lines, explores the drawbacks associated with conventional methods, and advocates for the adoption of a scientific, data-driven approach, precisely, Systematic Layout Planning (SLP), to overcome these challenges and propel manufacturing into a more efficient and adaptable future. Keywords: Lean manufacturing; line balancing; manufacturing engineering; layout planning; value added; Layout Design; Layout Optimization; Total Closeness Rating, Productivity 1. Introduction The layout of a manufacturing facility is considered as the puzzle pieces that fit together perfectly to create a complete picture, especially if 16 lines have to work in sync to build a product. In manufacturing, each element is strategically placed, much like arranging puzzle pieces, to ensure a seamless and effective production process. Efficient plant layout design is critical to achieving optimal workflow, minimizing wastage of resources with reference to the seven lean wastes, ensuring worker safety, and enhancing overall productivity. 2. Limitations of traditional approach While traditional approaches to plant layout design have been the cornerstone of manufacturing practices for decades, especially homegrown small-medium-sized manufacturing organizations, they are not without their shortcomings. Outdated facilities, resistance to change, and a lack of data- driven decision-making are common challenges companies face when relying on conventional methods. Moreover, global competition prioritizes American manufacturers' ability to improve efficiency continually. Facilities with outdated layouts may struggle to compete with counterparts embracing more advanced and adaptive approaches to plant layout design. 3. Purpose of the white paper This white paper's primary purpose is to serve as a comprehensive guide for manufacturers seeking to enhance their plant layout efficiency. By highlighting the importance of plant layout design, acknowledging the limitations of traditional approaches, and introducing the benefits of adopting a scientific, data-driven approach like Systematic Layout Planning (SLP), this paper aims to provide actionable insights and practical recommendations for crafting future- ready manufacturing facilities. 4. Potential impact of adopting SLP The adoption of SLP promises to revolutionize plant layout design in industrial settings. By emphasizing a systematic and data-driven approach, SLP addresses the limitations associated with traditional methods. Objective decision- making, efficient resource utilization, cost reduction, and enhanced flexibility are among the key benefits that can be realized through the implementation of SLP. 5. Approach-Overview of the key elements in the SLP The Systematic Layout Planning (SLP) approach involves a series of steps, each addressing specific aspects of the layout design. Figure 1: SLP approach Paper ID: SR24610212609 DOI: https://dx.doi.org/10.21275/SR24610212609 820