NOC:Production and Operation Management (Prof. Rajat Agarwal)


Lecture 1 - Introduction to Production


Lecture 2 - Global Environment


Lecture 3 - Operations and Productivity


Lecture 4 - Types and Characteristics of Manufacturing Systems


Lecture 5 - Types and Characteristics of Services Systems


Lecture 6 - Product Design


Lecture 7 - Introduction To Forecasting


Lecture 8 - Time Series Forecasting


Lecture 9 - Time Series Forecasting - Exponential Smoothing - I (Brief)


Lecture 10 - Time Series Forecasting - Exponential Smoothing - II (Classification)


Lecture 11 - Time Series Forecasting - Working Example Of Exponential Smoothing - I


Lecture 12 - Time Series Forecasting - Working Example Of Exponential Smoothing - II


Lecture 13 - Time Series Forecasting - Working Example Of Exponential Smoothing - III


Lecture 14 - Forecasting Errors


Lecture 15 - Causal Or Explanatory Methods


Lecture 16 - Inventory Planning and control


Lecture 17 - Basic Inventory Model


Lecture 18 - Different Variations in Basic EOQ Model


Lecture 19 - Safety Stock and Fixed Time Inventory Model


Lecture 20 - Examples of Safety Stock Calculation


Lecture 21 - Single Period Inventory Model - I (Theory)


Lecture 22 - Single Period Inventory Model - II (Numerical)


Lecture 23 - Inventory Control and Management


Lecture 24 - Material Requirements Planning (MRP)


Lecture 25 - Improvements in the MRP system


Lecture 26 - Lot Sizing in MRP Systems


Lecture 27 - Material Requirements Planning (MRP): Examples - I


Lecture 28 - Material Requirements Planning (MRP): Examples - II


Lecture 29 - Aggregate Sales and Operations Planning - I (Intermediate and Aggregate Planning)


Lecture 30 - Aggregate Sales and Operations Planning - II (Demand and Supply Options)


Lecture 31 - Aggregate planning Techniques - I (Introduction)


Lecture 32 - Aggregate planning Techniques - II (Examples)


Lecture 33 - Aggregate planning Techniques - III (Problems)


Lecture 34 - Production Planning Problems using LP


Lecture 35 - Nature of Quality and Evolution of Quality Management - I (Product Quality Dimensions)


Lecture 36 - Nature of Quality and Evolution of Quality Management - II (Service Quality Dimensions)


Lecture 37 - Modern Quality Management and Total Quality Management


Lecture 38 - Total Quality Management


Lecture 39 - Statistical Concepts in Quality Control - I (Overview of Control Charts)


Lecture 40 - Statistical Concepts in Quality Control - II (p-chart and Examples)


Lecture 41 - Statistical Concepts in Quality Control - III (c-chart and Examples)


Lecture 42 - Statistical Concepts in Quality Control - IV (Run Test and Examples)


Lecture 43 - 7 QC Tools


Lecture 44 - Acceptance Sampling


Lecture 45 - Process Capability


Lecture 46 - Six Sigma


Lecture 47 - Some Current Issues In Quality Management


Lecture 48 - Facility Layout - I (Introduction)


Lecture 49 - Facility Layout - II (Group Technology and other layouts)


Lecture 50 - Facility Layout - III (Layout design and Precedence diagram)


Lecture 51 - Introduction to Project Management


Lecture 52 - PERT and CPM


Lecture 53 - PERT and Crashing


Lecture 54 - Maintenance Management


Lecture 55 - Maintenance Performance Measures and OEE calculations


Lecture 56 - Manufacturing Operations Scheduling - I (Scheduling and Gantt Charts)


Lecture 57 - Manufacturing Operations Scheduling - II (Order Sequencing)


Lecture 58 - JIT and Lean Operations


Lecture 59 - Work Method Analysis, Work Measurement and Learning Curve


Lecture 60 - Some Latest and Future Issues