Control of manufacturing processesThis course explores statistical modeling and control in manufacturing processes. Topics include the use of experimental design and response surface modeling to understand manufacturing process physics, as well as defect and parametric yield modeling and optimization.
Introduction to control of manufacturing processes Category: Control of manufacturing processes Views: 326  Lecture 1 in Control of Manufacturing Processes, MIT. This lecture examines (Introduction to control of manufacturing processes).
Terms of use.. Semiconductor process variation Category: Control of manufacturing processes Views: 205  Lecture 2 in Control of Manufacturing Processes, MIT. This lecture examines (Semiconductor process variation).
Terms of use.. Mechanical process variation Category: Control of manufacturing processes Views: 194  Lecture 3 in Control of Manufacturing Processes, MIT. This lecture examines (Mechanical process variation).
Terms of use.. Probability models of manufacturing processes Category: Control of manufacturing processes Views: 198  Lecture 4 in Control of Manufacturing Processes, MIT. This lecture examines (Probability models of manufacturing processes).
Terms of use.. Probability models, parametere estimation, and sampling Category: Control of manufacturing processes Views: 148  Lecture 5 in Control of Manufacturing Processes, MIT. This lecture examines (Probability models, parametere estimation, and sampling).
Terms of use.. Sampling distributions and statistical hypotheses Category: Control of manufacturing processes Views: 158  Lecture 6 in Control of Manufacturing Processes, MIT. This lecture examines (Sampling distributions and statistical hypotheses).
Terms of use.. Shewhart SPC and process capability Category: Control of manufacturing processes Views: 166  Lecture 7 in Control of Manufacturing Processes, MIT. This lecture examines (Shewhart SPC and process capability).
Terms of use.. Process capability and alternative SPC methods Category: Control of manufacturing processes Views: 171  Lecture 8 in Control of Manufacturing Processes, MIT. This lecture examines (Process capability and alternative SPC methods).
Terms of use.. Advanced and multivariate SPC Category: Control of manufacturing processes Views: 185  Lecture 9 in Control of Manufacturing Processes, MIT. This lecture examines (Advanced and multivariate SPC).
Terms of use.. Yield modeling Category: Control of manufacturing processes Views: 140  Lecture 10 in Control of Manufacturing Processes, MIT. This lecture examines (Yield modeling).
Terms of use.. Introduction to analysis of variance Category: Control of manufacturing processes Views: 153  Lecture 11 in Control of Manufacturing Processes, MIT. This lecture examines (Introduction to analysis of variance).
Terms of use.. Full factorial models Category: Control of manufacturing processes Views: 166  Lecture 12 in Control of Manufacturing Processes, MIT. This lecture examines (Full factorial models).
Terms of use.. Modeling testing and fractional factorial models Category: Control of manufacturing processes Views: 145  Lecture 13 in Control of Manufacturing Processes, MIT. This lecture examines (Modeling testing and fractional factorial models).
Terms of use.. Aliasing and higher order models Category: Control of manufacturing processes Views: 132  Lecture 14 in Control of Manufacturing Processes, MIT. This lecture examines (Aliasing and higher order models).
Terms of use.. Response surface modeling and process optimization Category: Control of manufacturing processes Views: 152  Lecture 15 in Control of Manufacturing Processes, MIT. This lecture examines (Response surface modeling and process optimization).
Terms of use.. Process robustness Category: Control of manufacturing processes Views: 143  Lecture 16 in Control of Manufacturing Processes, MIT. This lecture examines (Process robustness).
Terms of use.. Nested variance components Category: Control of manufacturing processes Views: 140  Lecture 17 in Control of Manufacturing Processes, MIT. This lecture examines (Nested variance components).
Terms of use.. Sequential experimentation Category: Control of manufacturing processes Views: 132  Lecture 18 in Control of Manufacturing Processes, MIT. This lecture examines (Sequential experimentation).
Terms of use.. Case study 1-Tungsten CVD DOE-RSM Category: Control of manufacturing processes Views: 218  Lecture 19 in Control of Manufacturing Processes, MIT. This lecture examines (Case study 1-Tungsten CVD DOE-RSM).
Terms of use.. Case study 2-cycle to cycle control Category: Control of manufacturing processes Views: 178  Lecture 20 in Control of Manufacturing Processes, MIT. This lecture examines (Case study 2-cycle to cycle control).
Terms of use.. Mechanical Engineering courses
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