Advance Supply Chain Extensive Training 1 – ASCET 1

Advance Supply Chain Extensive Training 1 – ASCET 1, available at $44.99, has an average rating of 4.6, with 28 lectures, based on 61 reviews, and has 160 subscribers.

You will learn about Learn the Basic and Fundamentals of Supply Chain Network and grow to Advance level Learn different systems to manage flow of information for production Learn how to meet demand without exceeding supply at any location or region while maintaining minimum cost Master Planning Schedule (MPS) Learn to assess company policies and programs and to meet targets to accomplish long‐term strategic objectives You will be introduced to the Supply Chain Network Design Spectrum where you get to choose the best fit location for a facility among multiple places Introduce yourself to Network Models This course introduces you to Facility Location Models and Approaches Learn how to do Transportation and Transshipment problems using spreadsheets , Learn how to do Programming Formulation for Supply Chain Network Models You will be introduced to Continuous Single Facility Location Models Your programmed models helps you decide among best option among Multiple Location Selections COG and Weber Methods Decide between Trade offs Cost and Level of Service (LOS) Sensitivity Analysis Using Mixed Integer Linear Programming (MILP) Models Logistics management with excel solver Material Requirements Plan (MRP) Distribution Requirements Plan (DRP) Learn best manufacturing strategy that influences the production plans Chase versus Level versus Hybrid production plans Learn Fixed Planning Horizon (FPH) or Lot Sizing Heuristics versus Optimal Models Introduction to Production Planning and Fixed Planning Horizons Lot For Lot (LFL) , Fixed Order Quantity (FOQ) , Economic Order Quantity (EOQ) , Periodic Order Quantity (POQ) Silver-Meal (Least Cost Period) , Wagner-Whitin (WW) Production Planning and Mixed Integer Linear Programming (MILP) Learn how to communicate forecasted demand for end items to manufacturing Learn how to allows sales to determine Availability to Promise (ATP) Time fencing reduces production "nervousness" ( Frozen vs Slush vs Water ) Determine quantity and timing of orders for components Learn Uses of MPS & Bills of Material (BOM) as inputs How to implement Coordination tool between firms Learn Mirror image of MRP logic — roll up versus roll down Learn Plans for flowing of finished end items through network to market Demand And Supply Planning Material Planning Certification when you finish the course successfully This course is ideal for individuals who are Beginners in Supply Chain or Supply Chain Professionals or Students or Consultants or Management Consultants or Business Analysts or Supply Chain Managers or Business owners or Startups founders It is particularly useful for Beginners in Supply Chain or Supply Chain Professionals or Students or Consultants or Management Consultants or Business Analysts or Supply Chain Managers or Business owners or Startups founders.

Enroll now: Advance Supply Chain Extensive Training 1 – ASCET 1

Summary

Title: Advance Supply Chain Extensive Training 1 – ASCET 1

Price: $44.99

Average Rating: 4.6

Number of Lectures: 28

Number of Published Lectures: 28

Number of Curriculum Items: 30

Number of Published Curriculum Objects: 30

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

Learn the Basic and Fundamentals of Supply Chain Network and grow to Advance level
Learn different systems to manage flow of information for production
Learn how to meet demand without exceeding supply at any location or region while maintaining minimum cost
Master Planning Schedule (MPS)
Learn to assess company policies and programs and to meet targets to accomplish long‐term strategic objectives
You will be introduced to the Supply Chain Network Design Spectrum where you get to choose the best fit location for a facility among multiple places
Introduce yourself to Network Models
This course introduces you to Facility Location Models and Approaches
Learn how to do Transportation and Transshipment problems using spreadsheets ,
Learn how to do Programming Formulation for Supply Chain Network Models
You will be introduced to Continuous Single Facility Location Models
Your programmed models helps you decide among best option among Multiple Location Selections
COG and Weber Methods
Decide between Trade offs Cost and Level of Service (LOS)
Sensitivity Analysis Using Mixed Integer Linear Programming (MILP) Models
Logistics management with excel solver
Material Requirements Plan (MRP)
Distribution Requirements Plan (DRP)
Learn best manufacturing strategy that influences the production plans
Chase versus Level versus Hybrid production plans
Learn Fixed Planning Horizon (FPH) or Lot Sizing
Heuristics versus Optimal Models
Introduction to Production Planning and Fixed Planning Horizons
Lot For Lot (LFL) , Fixed Order Quantity (FOQ) , Economic Order Quantity (EOQ) , Periodic Order Quantity (POQ)
Silver-Meal (Least Cost Period) , Wagner-Whitin (WW)
Production Planning and Mixed Integer Linear Programming (MILP)
Learn how to communicate forecasted demand for end items to manufacturing
Learn how to allows sales to determine Availability to Promise (ATP)
Time fencing reduces production "nervousness" ( Frozen vs Slush vs Water )
Determine quantity and timing of orders for components
Learn Uses of MPS & Bills of Material (BOM) as inputs
How to implement Coordination tool between firms
Learn Mirror image of MRP logic — roll up versus roll down
Learn Plans for flowing of finished end items through network to market
Demand And Supply Planning
Material Planning
Certification when you finish the course successfully

Who Should Attend

Beginners in Supply Chain
Supply Chain Professionals
Students
Consultants
Management Consultants
Business Analysts
Supply Chain Managers
Business owners
Startups founders

Target Audiences

Beginners in Supply Chain
Supply Chain Professionals
Students
Consultants
Management Consultants
Business Analysts
Supply Chain Managers
Business owners
Startups founders

Network Designing :

It is important to recognize that a company’s network determines its supply chain efficiency and customer satisfaction. Designing an optimal supply chain network means the network must be able to meet the long‐term strategic objectives of the company. Most business units or functional areas within a company are impacted by a network design project.

Production Planning :

Production planning is the planning of production and manufacturing modules in a company or industry. It utilizes the resource allocation of activities of employees, materials and production capacity, in order to serve different customers. Different types of production methods, such as single item manufacturing, batch production, mass production, continuous production etc. have their own type of production planning.

Production planning can be combined with production control into production planning and control, or it can be combined and or integrated into enterprise resource planning. Production planning is used in companies in several different industries, including agriculture, industry, amusement industry, etc. Production planning is a plan for the future production, in which the facilities needed are determined and arranged.

A production planning is made periodically for a specific time period, called the planning horizon. It can comprise the following activities: Determination of the required product mix and factory load to satisfy customers needs. Matching the required level of production to the existing resources. Scheduling and choosing the actual work to be started in the manufacturing facility” Setting up and delivering production orders to production facilities. In order to develop production plans, the production planner or production planning department needs to work closely together with the marketing department and sales department. They can provide sales forecasts, or a listing of customer orders.” The “work is usually selected from a variety of product types which may require different resources and serve different customers. Therefore, the selection must optimize customer-independent performance measures such as cycle time and customer-dependent performance measures such as on-time delivery.” A critical factor in production planning is “the accurate estimation of the productive capacity of available resources, yet this is one of the most difficult tasks to perform well.” Production planning should always take “into account material availability, resource availability and knowledge of future demand.”

This is a course you should do if you wish to develop skills to enter the domain and excel of supply chain management.

Course Curriculum

Chapter 1: Introduction To Network Models

Lecture 1: Introduction

Lecture 2: General Course Guidelines

Lecture 3: Network Models

Lecture 4: The Transportation Problem

Lecture 5: The Indi Beach Problem Spread Sheet – Solver Tutorial

Lecture 6: The Transhipment Problem

Lecture 7: The Indi Beach Transhipment Problem – Spread Sheet

Chapter 2: Facility Location Models

Lecture 1: Objective

Lecture 2: Continuous Locations Model

Lecture 3: Network Facility Location Problem

Lecture 4: Solving the Network Facility Location Problem in Spreadsheet

Lecture 5: Selecting Multiple Facilities

Chapter 3: Production Planning and Fixed Planning Horizon Models

Lecture 1: Introduction To Production Planning and Fixed Planning Horizon (FPH)

Lecture 2: Master Production Schedule (MPS)

Lecture 3: Fixed Planning Horizon Problem

Lecture 4: Simple Heuristics for FPH

Lecture 5: Specialized Heuristics for FPH

Lecture 6: Optimal Methods for FPH Problem

Lecture 7: Optimal Methods for FPH Problem -Mixed Integer Linear Programming

Lecture 8: Comparing Approaches and Key Take Aways

Chapter 4: Material And Distribution Requirements Planning

Lecture 1: Introduction To Material And Distribution Requirements Planning

Lecture 2: Delivery Promises

Lecture 3: Material Requirements Planning (MRP)

Lecture 4: Bills of Material (BOM)

Lecture 5: Example of MRP Coordination

Lecture 6: Beneﬁts & Limitations of MRP

Lecture 7: Distribution Requirements Planning (DRP)

Lecture 8: Key Take Aways

Instructors

Uzair Khan
MSc Artificial Intelligence & Data Science | Mechanical Eng
Muhammad Saad
Mechanical Engineer | Micro Masters Supply Chain MIT (USA)

Rating Distribution

1 stars: 1 votes
2 stars: 3 votes
3 stars: 1 votes
4 stars: 8 votes
5 stars: 48 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

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