NPTEL : Manufacturing Systems Management (Management)

Co-ordinators : Prof. G. Srinivasan


Lecture 1 - Introduction to Manufacturing Systems Management

Lecture 2 - Different types of Manufacturing Systems

Lecture 3 - Introduction to Cellular Manufacturing

Lecture 4 - Cellular Manufacturing Applications, Production Flow Analysis

Lecture 5 - Production Flow Analysis

Lecture 6 - Cellular Manufacturing - Unidirectional flow, Capacity Planning, Layout

Lecture 7 - Exercise on Production Flow Analysis

Lecture 8 - Rank Order Clustering, Similarity Coefficient based algorithm

Lecture 9 - Similarity Coefficient based clustering algorithm

Lecture 10 - Hierarchical and Non hierarchical clustering algorithms

Lecture 11 - Optimization based algorithms

Lecture 12 - Optimization based algorithms, Assignment based algorithm

Lecture 13 - Assignment model, Algorithm considering sequence of visit of machines

Lecture 14 - Algorithm considering sequence of visit of machines

Lecture 15 - Algorithm considering cell load data, alternate process plans

Lecture 16 - Reducing Intercell moves

Lecture 17 - Part subcontracting, Incremental cell formation

Lecture 18 - Product based cells

Lecture 19 - Branching algorithm for product based cells, Operator and task assignment

Lecture 20 - Operator and task assignment

Lecture 21 - Operator and task assignment continued

Lecture 22 - Static and dynamic Operator allocation, Multiple products and incremental cells

Lecture 23 - Cell scheduling and sequencing

Lecture 24 - Cell scheduling and sequencing continued

Lecture 25 - Single piece transportation

Lecture 26 - Cell Layout, Introduction to Just-in-time manufacturing

Lecture 27 - Cell control and JIT

Lecture 28 - Basic elements of JIT, Kanban systems

Lecture 29 - Role of basic elements, Critical success factors

Lecture 30 - Models in JIT

Lecture 31 - Models in JIT continued

Lecture 32 - CONWIP, Introduction to synchronous manufacturing

Lecture 33 - Theory of constraints, Product mix problem

Lecture 34 - Statistical Fluctuations, Random events, principles of SM

Lecture 35 - Scheduling in SM

Lecture 36 - Drum Buffer Rope system

Lecture 37 - Flexible Manufacturing System, Part selection problem

Lecture 38 - FMS Loading problem

Lecture 39 - FMS Loading, multiple batches and changeover times

Lecture 40 - FMS Loading and scheduling, Summary of the course contents