Advanced Planning & Scheduling Supply Chain Management 07.12.2011
Dec 05, 2014
Advanced Planning & Scheduling
Supply Chain
Management
07.12.2011
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Agenda
1. Introduction
2. Advanced Planning & Scheduling Systems (APS)
3. APS in the Pharmaceutical Industry
4. Conclusion
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Agenda
1. Introduction
2. Advanced Planning & Scheduling Systems (APS)
3. APS in the Pharmaceutical Industry
4. Conclusion
APS
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Planning & IT-Systems
Supply Chain planning directs the demand for quantities and timing for every stage of the supply chain
Aim is to achieve the target service level with minimal costs
Planning consists of data administration and calculation
Usually high usage of IT-Systems
Problems of Planning:
Problem 1: Demand fluctuates
Problem 2: Inventory Management
Problem 3: Actuality of data
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Development of SCM IT-Systems
Material Requirements Planning (MRP)
Developed in the 1970s as inventory control and production planning systems
Manufacturing Resources Planning (MRPII)
Is used to combine the material planning and the shop floor with the business functions such as accounting and purchasing
Enterprise Resource Planning (ERP) Developed in the 1990s
Combined even more functions
Should provide the same database for the whole company
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Development of APS
Can’t consider capacities of extern partners and suppliers Limited opportunities to create, optimize, analyze
different scenarios ERP-Systems offer only low support in decision-making of
the future demand
Weaknesses of the old systems:
Aims of APS:
Resolve problems with ERP-Systems Improve MRP processes Apply more advanced technologies Better integrated Supply Chain Management
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Agenda
1. Introduction
2. Advanced Planning & Scheduling Systems (APS)
3. APS in the Pharmaceutical Industry
4. Conclusion
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What is APS
An upgrade for MRP, MRP II and PPS-Systems Planning including the information of all members in a SC mitigation of Bullwhip-effect, lower inventories, enabling CPFR Best applicable for:- Make-To-Order manufacturing- Production with competing products- Products with high complexity- Manufacturing with frequent schedule changes by steady
changing market environment
Definition: „APS is a process manufacturers use to effectively meet customer demand. The process involves producing customer demand forecasts and using them to set optimal material and production levels”
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How does APS work?
Suits as an tool-kit to the current ERP-Systems or as complete SW package ERP+APS available
- APS does not replace but complements the ERP-Systems!
Creates the optimal production plans under restriction of resource availability and production capacity constraints of each SC stage
Analyses and estimates different scenarios to identify and to prevent possible bottlenecks on time
Linear programming with advanced mathematical formulas (f.i. branch-and-cut)
Comprises several modules (functional groups) according to the SCP-Matrix
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Structure of APS/ SCP-Matrix
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Comparison to former planning systems
Traditional PPS-Systems (APS)
Planning based on:
Strong based on fixed given primary demand for finished products exclusive Top-Down coordination
Implicating resource availability and production capacity of SC stages
Decision interval
Operative decisionsRather mid- and long-therm decisions
SCM-Software
Supply Chain Execution (SCE) systems
Supply Chain Planning (SCP) systems
Operational range
internal whole supply chain
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APS-Systems on the market
Selected vendors of APS-Systems with full range of APS-modules:
SAP advanced planner & optimizer
Wassermann
DynaSys
MAPICS APS for SyteLine
Agilsys APS
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Agenda
1. Introduction
2. Advanced Planning & Scheduling Systems (APS)
3. APS in the Pharmaceutical Industry
4. Conclusion
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APS-Systems: Pharmaceutical Industry
Overview: Three main levels of the supply chain:
- Suppliers: chemical plants, production ingredients
- Producers: manufacturing plants
- Customers: marketing affiliates, wholesalers, e.g
Distribution Centers located closely to the production sites
Direct shipment of the finished goods from the Distribution Centers to the customers
Relative insignificance of the distribution system
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Pharmaceutical Supply Chain
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APS-Systems: Pharmaceutical Industry
Initial Situation: Local organisations instead of integrated company
Separate local ERP-Systems
Low data integration / information sharing
No central supply chain network planning
Massive manual production planning
Sub-optimal capacity utilisation
No central statistical forecasting system
Absence of common Key Performance Indicators
No clear vision of the complete demand and supply
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APS-Systems: Pharmaceutical Industry
Introduction of APS
Collaborative capacity scheduling and master planning improved resource utilisation, reduced inventories, better investment planning
Collaborative demand planning and usage of common data proactive demand stabilisation
Consolidation of IT-Systems and standardization reduced IT costs
Faster information flow within the supply chain improved decision-making
Reduced administrative workload
Integrated company
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Agenda
1. Introduction
2. Advanced Planning & Scheduling Systems (APS)
3. APS in the Pharmaceutical Industry
4. Conclusion
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Benefits of APS
Fast reaction to market changes (almost in real-time)
Simultaneous planning
- activities can be processed concurrently
Improved throughput and delivery times
Optimum inventory level
Improved customer service level
Cost reduction
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Disadvantages of APS
It doesn´t replace other systems (just additional)
Implicates a higher dependency in the supply chain
Transparency of the cost calculation increases
Supply Chain can´t be improved just with implementation
- Employees must be well-trained to ensure data quality
and fluent process of APS
Traditional Systems APS-Systems
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Conclusion
• Unit cost oriented
• Capacity oriented
• Inflexible work time (no short-
term capacity increase)
• Uniliteral qualified employees
• Functional work style
• No fluent material flow
• Total cost oriented
• Work load & market oriented
• Flexible work time
• Polyvalent employees
• Cross-functional &
process oriented
• Continious material flow
Thank you for your attention!
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Group Discussion
Automotive Oil industry
Make-To-Order manufacturing
Production with competing products
Products with high complexity
Manufacturing with frequent schedule changes by steady changing market enviroment