02353nam a2200157Ia 4500 57665 57662 Zeeshan Hussain 10MIEM04 Supervisor Prof. Dr Altaf Hussain Rajpar Assembly Processes Improvement Using Lean Six Sigma Based Domoic approach (Me Thesis) Nawabshah QUEST 2010 63 ABSTRACT Assembly line process improvement based on Lean Six Sigma with approach is an area o technical interest. As it involves the globally recognized solution provided by Lean and Six Sigma for process improvement with their tools and techniques. The Lean Six Sigma jointly executes its impact with the famous strategy employed with DMAIC (Define, Measure, Analyze, Improve, Control) cycle in order to resolves issues and eliminates problems within a Assembly Line process and operations. Through its implementation one can enhance its overall product quality, with improved profit and better customer satisfaction achievement. The research and process improvement work hard its objective firstly, to get known to the Lean Six Sigma and its actual implementation over an automotive assembly line where improvement is required. Secondly it was felt necessary to initially develop knowledge of implementation of Lean Six Sigma vis DMAIC approach for online improvement of manufacturing operations. The ultimate objective is to minimize Work in Process (WIP) and Lead Time or Cycle Time which in turn enhance the overall performance, efficiency and product quality with consent customer satisfaction. While for such objectives the DMAIC approach was best suitable as, it is best suited for the operation where the product is already under operations and the process improvement needs to be done without any stoppage to operations. As the original manufacturing method is still in practice while it needs to be improved with knowledge based approach of Lean Six Sigma. Hence it was observed that the process had many qualitative and quantitative discrepancies with many variations in process due to certain reasons explained further which were than analyzed and taken under considerations for process improvement. Industrial Engineering Management Department of MEchanical Engineering https://tinyurl.com/h9hrs799 THESIS 0 0 0 0 RESEARCH RESEARCH 2017-07-14 0 R/IMS-19 MP/16-164 2017-07-14 00:00:00 2017-07-14 THESIS 0 0 0 0 RESEARCH RESEARCH 2018-10-02 0 R/IMS-19 MP/27-303 2018-10-02 00:00:00 THESIS