Advanced Planning In Supply Chain Management
Course Code: PM 29
Course Objective
- Describe a supply chain and define supply chain management.
- Describe the objectives and elements of supply chain management.
- Describe local, regional, and global supply chain management activities among services and manufacturing companies.
- Describe a brief history and some of the trends of supply chain management.
- Understand how the bullwhip effect impacts supply chain members.
Target Audience
- This course will mainly benefit to purchasing managers, senior buyers, project managers, civil engineers, construction managers, contractors, sub-contractors, site engineers, senior management, and government agencies, architects, construction professionals, and anyone responsible for purchasing at a senior level who seeks to enhance their skills further.
Course Outline
Day 1
Basis of Supply Chain Management
- Supply chain management – an overview
- Supply chain analysis
- Process modeling
- Performance measurement
- Inventory analysis
- Types of supply chains
- Advanced planning
Day 2
Concepts of Advanced Planning Systems
- Structure of advanced planning systems
- Strategic network design
- Demand planning
- Master planning
- Demand fulfillment and ATP
- Production planning and scheduling
- Purchasing and material requirements planning
- Distribution and transport planning
- Coordination and integration
- Collaborative planning
Day 3
Implementing Advanced Planning Systems
- The definition of a supply chain project
- Supply chain evaluation
- Supply chain potential analysis
- Project roadmap
- The selection process
- APS Requirements
- Implementation and integration
- Post-implementation effort and support model
- The implementation process
- The APS implementation project
- Modeling phases of an APS-Project
Day 4
Actual APS and Case Studies
- Architecture of selected APS
- Strategic network design in the chemical industry
- Computer assembly
- Oil industry
- SCM in a pharmaceutical company
- Demand planning of Styrene Plastics
- Food and beverages
- Scheduling of synthetic granulate
- Event-based planning for standard polymer products
- Conclusions and Outlook
Day 5
Supplement
- Forecast methods
- Forecasting of seasonality and trend
- Initialization of trend and seasonal coefficients
- Linear and mixed integer programming
- Genetic algorithms
- Constraint programming
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