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Supply Chain Planning Demand Planning Excellence – Automotive Industry

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Presentation on theme: "Supply Chain Planning Demand Planning Excellence – Automotive Industry"— Presentation transcript:

1 Supply Chain Planning Demand Planning Excellence – Automotive Industry
May 2013

2 Planning Complexity for a Typical Mid-Market Company
Demand Planning Process Example Planning Complexity for a Typical Mid-Market Company More than 10,000 items to review on a monthly and/or weekly rolling planning horizon Volatile and complex planning environment Difficulty to hire and retain skilled specialists in supply chain or operations management Often only one resource to manage the total puzzle IT systems not connected and not integrated Functions are not connected, centralized or integrated Few or limited resources to invest on advanced IT systems ERP system lack of functionalities to support decision making process Extensive usage of Excel spreadsheets Lack of operational performance measures (KPIs) Limited business intelligence capabilities

3 Demand Planning Process Example
Automotive Industry Asia Industry : manufacturer and distributor of automotive parts (OEM and aftermarket) Number of active items (skus)  8000 Required service level (fill rate) : >= 96 % 17 warehouses located in North America (Canada and USA) 3 manufacturing plants located in Canada Usage of domestic and offshore sources (Asia) 15 major national client accounts Lead times require accurate 3-month forecast

4 Demand Planning Process Example
Business Objectives Business Objectives : « Aftermarket » distribution channel Increase forecast accuracies (1, 2 and 3 periods ahead (months)) Decrease inventory of finished goods in the network Maintain and increase customer service Reduce planning complexity

5 Demand Planning Process Example
Modules Deployed

6 Required Planning Technology Enablers
Demand Planning Process Example Required Planning Technology Enablers Hyper cube technology (RAM based cube) Configurable environments & processes Easy integration to any other tools Library of algorithms – 300 indicators Collaborative work flows – Excel integration Usage and enablement of all of these features The key is to integrate all the information into the same planning workspace (screen) Planner shall see, by default, only the important elements on which he should focus on Planner should have drill down capability to see components that create or influence the value’s behavior Reaction time between the change of an input and the visualization of its impacts on a set of outputs should tend to be “real time“

7 Build and manage forecasts Excel files (non standard)
Demand Planning Process Example Planning Environment Prior to the Implementation of nSkep Demand Planning Build and manage forecasts Excel files (non standard) Consolidate files Use forecasts Product Line i Procurement 2 Production 3 Product Line N Finances – Budget tracking 2 Usage of diverse non standard Excel spreadsheets to build forecasts Manual and labor intensive planning process Each business unit had the responsibility to supply its sales forecasts A team at headquarter had the responsibility of consolidating and formatting forecasts from all business units Long response time (long planning cycle) and heavy usage of human resources

8 Supply Chain The Vision Suppliers + Control tower Manufacturing plants
Demand Planning Process Example The Vision Supply Chain Suppliers + Control tower Collaborate Control Plan Execute Measure Manufacturing plants One planning tool Integrated with the transactional systems With BI capabilities Configurable and flexible Clients Distribution and transportation

9 Implementation Phases
Demand Planning Process Example Implementation Phases Phase 1 Phase 2 Install and deploy an integrated SCM planning technology Focus on consolidated forecasts at the item levels Centralized planning functions, integration of information flows and of functions Manage by exception Create planning clusters Create alerts and alarms Manage by exception. Automation and optimization Reconcile financial trends with the operational forecasts Forecasts at the item-hub (warehouse) levels Forecasts at the item-spokes (warehouse) levels Internal collaboration Centralization and standardization Optimization and Simplification

10 Centralized Demand Planning Function
Demand Planning Process Example Centralized Demand Planning Function Centralized Function Step 1 Improvements Statistical forecasts – automated process Segmentation of the process by product line and by ABC classes Measure and track forecast accuracies Consolidation of data flows and planning processes on a centralized platform Stabilize data flows Reduce number of participants Better visibility S&OP Process Sales Forecasts Statistical forecasts built and managed by the demand planner Sales forecasts built by the CMs (Category Managers) Consensus forecasting process 1 2 5 # Number of resources involved in the process

11 Centralized Demand Planning Function
Demand Planning Process Example Centralized Demand Planning Function Centralized Function Step 1 Challenges A large quantity of information to review Difficulty to trust the system (change management challenge) Wrong interpretation of the outputs Improper or weak understanding of statistical models and how they manipulate information Long time required to review all forecasts Difficulty to properly interpret risks Bias caused by human factors S&OP Process Sales Forecasts Statistical forecasts built and managed by the demand planner Sales forecasts built by the CMs (Category Managers) Consensus forecasting process

12 Manage by Exception  Automation and Optimization
Demand Planning Process Example Manage by Exception  Automation and Optimization Segmentation of the Complexity and Processes Strong Positive Trend Strong Negative Trend Stable Trend Risks - Variability Sort by importance Alerts Reviews achieved by the planner Seasonal 3 130 items (40 %) to review Non Seasonal Discrete Automated reviews by the system 4 717 items (60 %) reviewed by the system New

13 Manage by Exception  Automation and Optimization
Demand Planning Process Example Manage by Exception  Automation and Optimization Segmentation of the Complexity and Processes – Second Level of Segmentation Non Seasonal Seasonal Reviews achieved by the planner Automated reviews by the system 1845 items (23.50 %) 6002 items (76.50 %) Sales Forecasts

14 Manage by Exception  Automation and Optimization
Demand Planning Process Example Manage by Exception  Automation and Optimization Manage by Exception - Automation and Optimization Step 2 Improvements Reduce by 76% the number of items reviewed on a monthly basis Increase the users’ trust with the planning system Help focus on the most important elements Reduce complexity Quickly identify problems and suspicious behaviors Reduce planning cycle time Sales Forecasts Statistical forecasts built and managed by the demand planner Sales forecasts built by the CMs (Category Managers) Consensus forecasting process Seasonal Non Seasonal Discrete New

15 Manage by Exception  Automation and Optimization
Demand Planning Process Example Manage by Exception  Automation and Optimization Manage by Exception - Automation and Optimization Step 2 Challenges Difficulty to reconcile operational forecasts with financial trends Gaps between the two forecast flows Sales Forecasts Statistical forecasts built and managed by the demand planner Sales forecasts built by the CMs (Category Managers) Consensus forecasting process Seasonal Non Seasonal Discrete New

16 Internal Collaboration
Demand Planning Process Example Internal Collaboration Sales + Supply Chain + Finances (Complete Internal Collaboration) Sales Forecasts Statistical forecasts built and managed by the demand planner Sales forecasts built by the CMs (category managers) Consensus forecasting process Consensus and alignment of financial trends with operational plans Sales and Supply Chain Finances Flex Budget « bottom-up & top-down » Product Line Item Item –  HUB (Warehouses) Item –  Spokes (Warehouses) consensus Production & Procurement Supply Chain

17 Internal Collaboration
Demand Planning Process Example Internal Collaboration Sales + Supply Chain + Finances (Complete Internal Collaboration) Step 3 Improvements Alignment of operational forecasts and financial trends Better forecast at the Item-Hub levels and at the Item-DC levels Coherent communication of the demand plan to all actors within the company (one version of the truth) S&OP Process Sales Forecasts Statistical forecasts built and managed by the demand planner Sales forecasts built by the CMs (category managers) Consensus forecasting process Consensus and alignment of the financial trend with the operational plan Product Line Items Combinaisons « Item – HUB (warehouses) »

18 Demand Planning Process Example
Tangible Benefits Business Objectives : « Aftermarket » distribution channel Increase forecast accuracies (1, 2 and 3 periods ahead (months)) Increase forecast accuracies by more than 5 points Decrease finished good inventory in the overall network For only ten items, inventory value reduced by more than $50,000 Maintain and increase customer service Reduce planning complexity Centralized demand planning function Standardized processes Reduced number of actors Reduced planning cycle time

19 Demand Planning Process Example
Key Takeaways Divide planning complexity and processes based on a set of business rules, alerts and classification parameters Automate and optimize decision making process whenever possible. Identify which cluster can be treated. Use the right management alerts and key performance indicators for each decision making process Adapt decision making methodologies for each cluster and each process Identify decisions and parameters that have been overridden by the user Automate creation and classification of planning clusters Prioritize and identify planning clusters that should be reviewed by the planner or by the group Within each planning cluster, prioritize items to review based on other sorting criteria Allow decision maker to create and maintain his own planning clusters Measure quality of decision (likelihood corridor) and send alerts if decision is not acceptable based on tolerance corridor

20 Thank You!


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