Learning objectives Introduce explore orthogonality Study the standard oas Practice computing dOF of an experiment Learn how to select a standard oa Introduce means to modify Oas Consider studying interactions in Oas Robust System Design

I. Opening Vignette: Teams & Levi’s: A Poor Fit? II .Work-Flow Analysis and Organizational Structure III. Job Analysis IV. Management Skills Builder: On the spot interview V. Job Design

Failure modes Noises lead to failure modes(Fm) One set of noise values leads to fm Opposite set of noise values leads to FM Simple problem solving chases the problem from Fm, to Fm, and back again but does not avoid both fms with the same set of design values-endless cycles of build/test/fIx(B/T/F) C Don Clausing 1998 6.881

Comments on hw#2 and Quiz #1 Questions on the reading Quiz Brief lecture Paper Helicopter Experiment Robust System Design 16.881

§3-1 Principles of bending 弯曲变形分析 §3-2 Springback 弯曲回弹 §3-3 Design of bending press 弯曲工艺计算 §3-4 Design of bending die 弯曲模计算 §3-5 Structure of bending die 弯曲模结构

The Role of Transportation Factors Affecting Transportation Decision Transportation Mode Design Options for Transportation Network Trade-off in Transportation Design

Case study An automatic document handler(adh)was developed at the ss level. When integrated into the total system there were many new problems. The TQM Problem Solving Process was used, and many problems were solved. However. at the field readiness Test (frt) before entering production the reliability was 15X worse than acceptable O Don Clausing 1998

Unit 10 Program Design Text 1 Computer Languages Eⅹ excises 1. Choose the best answer to complete the following sentences hat was represented by long strings zeroes A. machine language B. high-level language C. low-level language D. assembly language

Introduction Casting practice Design considering in casting Design for expendable-mold casting

1 Computer Abstractions and Technology 2 2 Instructions: Language of the Computer 74 3 Arithmetic for Computers 222 4 The Processor 298 5 Large and Fast: Exploiting Memory Hierarchy 450 6 Storage and Other I/O Topics 568 7 Multicores, Multiprocessors, and Clusters 630 A Graphics and Computing GPUs A-2 B Assemblers, Linkers, and the SPIM Simulator B-2 The Basics of Logic Design C-2 Mapping Control to Hardware D-2