Manufacturing and production planning and control (MPPC)

Course Info

Length: 1 Week

Type: Online

Available Dates

Fees

  • Apr-22-2024

    1,560

  • May-27-2024

    1,560

  • June-24-2024

    1,560

  • July-22-2024

    1,560

  • Aug-26-2024

    1,560

  • Sep-23-2024

    1,560

  • Oct-28-2024

    1,560

  • Nov-25-2024

    1,560

  • Dec-23-2024

    1,560

Course Details

Course Outline

5 days course

 

Introduction to Manufacturing and production Planning and Control (MPPC) and Forecasting
 
  • Key Modules of MPPC

  • How to identify the process of forecasting and characteristics of forecasts

  • How to determine the right supply chain for your product

  • Ways to develop causal forecasting models using regression approach

  • Expertise in forecasting error measures

 

Causal, Static and Adaptive Forecasting
 
  • How to compare and contrast static and adaptive models

  • Ways to develop moving average, exponential smoothing and Holt’s models

  • Ability to select the appropriate forecasting tool for your operations

Forecasting and Aggregate Production Planning
 
  • How to identify the differences between chase and level strategies

  • Formulation of aggregate planning models using optimization techniques

  • How to solve and interpret aggregate planning models using optimization methods

  • Ways to make pricing and aggregate planning decisions

 

Aggregate Planning and Cycle Inventory
 
  • Economic order quantity and aggregation models

  • Strategies for cycle inventory reduction

  • Formulation and solution of inventory models

Cycle and Safety Inventory

 

  • Implementation of continuous and periodic review policies

  • How to set safety stocks for different inventory policies

  • The effects of demand and supply uncertainty

  • How to understand and develop inventory pooling models

Safety Inventory and Network Design in Supply Chains

 

  • How to make network design decisions

  • E-procurement tools that yield the greatest benefits

  • Application of transportation and transhipment models

  • Ways to formulate network models and obtain solutions

Network Design and Material Requirement Planning & ERP Systems
 
  • Optimization models for supply chain network design

  • How to identify the differences between independent and dependent demand items

  • Effective implementation of MPS and time fences

 

Material Requirement Planning & ERP Systems
 
  • MRP: Table, definitions, inputs and outputs

  • How to perform MRP calculations

  • When and how to use ERP and APS systems

  • Concepts of JIT and Lean Systems

Course Video