Lec # | Topics | KEY DATES |
---|---|---|
1 | Introduction, Logistics, Context, History | |
2 | Assembly in the Small - Step-by-step Process - Assembly Motions and Forces | |
3 | Assembly in the Small-Rigid Part Mating Theory and RCC | Student project descriptions due |
4 | Key Characteristics | |
5 | Mathematical Models of Assemblies, Feature-based Modeling of Assemblies | Problem set 1 due |
6 | Constraint in Assembly-1 | |
7 | Constraint in Assembly-2 | Project report 1 due |
8 | Variation Buildup in Assemblies-1 | |
9 | Variation Buildup in Assemblies-2 | Problem set 2 due |
10 | Assembly Sequence Analysis, Algorithms, and Software | |
11 | The Datum Flow Chain-1 | |
12 | The Datum Flow Chain-2 | Problem set 3 due |
13 | More DFC | |
14 | Assembly in The Large - Basic Issues, Economics, Step-by-step Process | Problem set 4 due |
15 | Product Architecture, Flexibility | |
16 | Design for Assembly - Theory and Examples | Project report 2 due |
17 | AITL System Design Issues: Kinds of Assembly Lines and Equipment, Production Volume, Cycle Times | |
18 | Mid-term Presentation of Student Projects Covering First Three Reports | Project report 3 due |
19 | Assembly in The Large: Workstation Design Issues | |
20 | Assembly System Design Techniques and Simulation | Project report 4 due |
21 | Economic Analysis of Assembly Systems | |
22 | Flexible Manufacturing Systems | Project report 5 due |
23 | Outsourcing, and Supply Chain Management or Student Show and Tell | |
24 | 767 Wing Case Study | Project report 6 due |
25 | Student Project Presentations |
Calendar
Course Info
Instructor
Departments
As Taught In
Fall
2004
Level
Learning Resource Types
notes
Lecture Notes
group_work
Projects