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概要
Proactive and accomplished industrial & systematic engineer with expertise in developing, evaluating, documenting and advancing manufacturing methods and processes through efficient use of lean techniques and kaizen. Meticulous individual, possess ability to analyze and reengineer production layouts, designing and implementing efficiency & quality improvement projects across production lines.
项目
工作经历
IE Executive
SAM, Target and Efficiency calculation
Skill Matrix of operators.
Implemented 1 piece flow
Calculation of operators efficiency & Line Efficiency
Value stream mapping in order to reduce loss time
Efficiency improvement by assuring availability and efficient utilization of resources(Man, Method, Machine & Materials)
SMED/Quick Changeover to avoid delay & production loss
Successfully implemented 6S in Stitching Hall
Productivity analysis
Evaluating monthly profit loss comparison
Estimating Line Capacity for new development
Working on style simplification and method improvement
OB making and approving
Ensuring optimized layouts in production hall
Working with team on efficiency improvement and NPT minimization
Minimizing Lead time from cut to pack
Working on cost reduction projects
Daily floor audit to ensure smooth production
Working on Ladies Training School Project
Working on Quality Control
MTO
Conduct time and motion studyCalculation of operators efficiency Value stream mapping in order to reduce loss timeProductivity analysisOB making and approvingEnsuring optimized layouts in production hallMinimizing Lead timeWorking on cost reduction projects
FYP Project
Our Fyp about Process Improvement in Durr ceramics industry located at Hayatabad industry zone using Simulation tool ARENA. First of all study all the process of industry identified problem which is manual material handling then we implemented two system, Crusher and Bucket Conveyor, and model both the systems, Current and Improved system. At the the end we make comparison between both model. As a result we have reduced process time by 68 percents, increase production by 38 percents and reduced number of workers from 10 to 4
