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Supply Chain Management
Course in
Executive General Management
Programme (EGMP06)
Indian Institute of Management, Lucknow
May-June 2015
Mahadevan Text Chapter 9
Major Topics in SCM Course
Supply Chain Management
Concepts
Lean Operations
2 sessions (4 hours) as per
schedule
Supply Chain Design &
Facility Location
Inventory Management
Forecasting & Demand
Planning
Material & Resource
Planning
4 sessions (8 hours) as per
schedule
Part B (Prof. S. Venkat) Part A (Prof. R.K. Srivastava)
Evaluation: Term-end Examination
The World is Flat
Supply Chains are now
increasingly global
Death of Distance
Bits are (nearly) free,
enabled partly by the
telecom boom
Major implications for how
business and economies
work
Perspectives on Supply Chains
Reducing Supply Chain Barriers Could Increase
Global GDP Up To 6 Times More Than Removing
All Import Tariffs
- World Economic Forum report, 2013
India: The Most Favored Location for IT
Companies
- Common Business Press Headline
Dell shifts sourcing of PCBs from Gurgaon, India
to Mexican Maquiladora
- International Business Week, 1997
Supply Chain Barriers? Loss of productive time
Delays
Perishability
Penalties
Inventory costs
..
Natural Supply Chains
Snow River Dam Generator Power
lines Customer
Water
Well
Water
Treatment Distribution
Water
Tower Local
Lines Customer
Information Chain
Capture Store Process Transport Consume
Cameras Media PC/Workstation Telecom Player
External Supplier 3
External Supplier 2
External Supplier 1
Internal Customer
Ultimate Customer
Procurement
Production
Distribution
What is a supply chain?
Text Figure 9.1 (b) p. 278
What is Supply Chain Management ?
A total system approach to managing the
entire flow of materials, information, and
services from raw-material suppliers through
factories and warehouses to the end customer.
Falls in between full vertical integration
(dedicated) vs. purely contractual buying
relationship
Supply Chain Decisions
Logistics/ SCM Cost Structure in India
Sanyal, Hindu Business Line
Contemporary Importance of SCM
Increasing outsourcing and emphasis on core
competence
Network of companies rather than single entity
Distribution of wealth and risk
Each cycle takes time and costs money
Pressure to reduce costs/ prices (real prices drop
with time, e.g., in high-tech 1% drop every week)
Changes ripple both ways across chain
Friedmans Ten Flatteners
1. Berlin Wall comes down
2. Netscape sparks dotcom
boom (1995+)
3. Workflow software enables
collaboration
4. Open-sourcing software
5. Out-sourcing (including
digitized work)
6. Off-shoring
7. Supply-chaining
8. In-sourcing (Third Party
Logistics)
9. Informing (empowerment
through information and
search)
10. Steroids (digital, mobile,
wireless, VOIP etc.)
Note that 4 of the ten flatteners are Supply Chain related
EXAMPLES OF
BUSINESS SUPPLY CHAINS
National Consumer Goods Supply Chain
High vol. packs
Supplier
share
PO Orders
Centralized Rule Setting
Decentralized Planning
Depot Factory RS Supplier
RDC
HO
Indents QR
System
Source Networks
Marketing Plans
Seasonal build up
Belfast Carburetors and
distributors
Treforest Spark plug
insulators
Leamington Foundry production
of engine
components
Dagenham Final assembly
Bordeaux Transmissions
Enfield Instruments, fuel
and water gauges,
plugs
Basildon Radiators, water
pump assembly,
engine components
Genk Body panels,
road wheels
Wlfrath Transmission
parts, engine
components
Saarlouis Final assembly
Cologne Die-cast transaxle
casings, gear and
engine components
Valencia Final assembly
Continental Supply Chain: Ford Europe
Pizza Supply-Demand Challenges
Different Supply Chain Strategies
Supplier Manufacturer Customer Retailer
Enterprise Focus (e.g., HUL, Asian Paints, Toyota)
Partner Focus (e.g., P&G - Wal-Mart, Amul, Dabbawallas)
Supplier Manufacturer Customer Retailer
Collaborative Systems
Direct Focus (e.g., Dell, Intel, Amazon)
Supplier Manufacturer Customer
Shared Market Data
Virtual Fulfillment Web
Source: Kalakota & Robinson
Supply Chain Choice
Source: Fisher, HBR
Refer Text p. 296-297
Functional & Innovative Products Key Attributes
Criterion Functional Innovative
Product life cycle > 2 years 3 months to 1 year
Contribution margin 5% - 20% 20% - 60%
Product variety low (upto 20 variants
per category)
high (often thousands
of variants)
Average forecast
error
10% 40% - 100%
Average stock out 1% - 2% 10% - 40%
Forced end of
season markdown
0% 10% - 25%
Lead time for made
to order
6 months - 1 year 1 day to 2 weeks
Refer Text p. 296-297
Designing efficient supply chains Strategies
Continuous replenishment programme using EDI
links for information sharing
Invest in supply chain partnership programme
both on the in-bound and out-bound side
Integrate material planning and control systems
with ERP to benefit from improved data visibility
Develop robust inventory control mechanisms to
accurately fix reorder points and order levels
Refer Text p. 296-297
Designing responsive supply chains Strategies
Accept uncertainty in demand & large forecast
errors as the reality
Devise strategies for managing uncertainty
Capture Point-of-Sale data for accurately and
immediately updating forecast
Improve responsiveness by cutting lead times
Postponement strategies/Delayed differentiation
Deploy standardisation, modular design and product
platform strategies
Refer Text p. 296-297
Supply Chain Management
Components
In-bound SCM Supplier Development
Supply Management
In-house SCM Master Scheduling, MRP
Layout, materials handling
Out-bound SCM Warehousing
Distribution & Channel Management
Auto Electrical
Wiring Harness
Upholstery Transmission
Insulators & Bushes
Spindles & Armatures
Copper Plates Wires
Gears Castings
Spindles & Shafts
Forging Blanks
Copper Manufacturers
Iron & Steel Manufacturers
Tier 1
Tier 2
Tier 3
In-bound supply chain Tier structure: Automotive Industry
Text
Fig. 9.3
I T
Manufacturing Support Layer
Marketing
Design Costing Quality
Planning
Material
Maintenance
Pre-manufacturing
Machining Fabrication
Assembly Testing
Core Manufacturing Layer
In-house supply chain An illustration
Text
Fig. 9.4
Soap Manufacturing Factory
Factory Warehouse
Distribution Centers
North East West South Central
SD SD SD SD Sales
Depots SD SD SD
RO RO RO RO RO RO RO Retail
Outlets
End Customers
Out-bound Supply Chain An illustration using a Soap
Manufacturer
Text
Fig. 9.5
Value Chain Perspectives
Supplier Manu-
facturer Retailer Customer
Distri-
butor
Supply Chain View
Order Flow View
Order Design Procure-
ment
Manu-
facturing
Delivery/
Service
Factory Material Flow View
Recei-
ving Storage
Manu-
facturing
Ware-
housing Shipping
Measures for SCM Performance
Inventory turn over ratio, TO (%) = 100*)(
)(
RsSalesAnnual
RsInventoryininvestmentTotal
Number of inventory turns, TN = )(
)(
RsInventoryininvestmentTotal
RsSalesAnnual
Total Inventory (Days), TID = 365*)(
)(
RsSalesAnnual
RsInventoryinInvestmentTotal
Days of Sales Outstanding, DSO = 365*)(
)(Re
RsSalesAnnual
RsceivableAccounts
Days of Payables Outstanding, DPO = 365*)(
)(
RsConsumedMaterialRawofValue
RsPayableAccounts
Cash-to-Cash Cycle Time (Days), CCD = TID + DSO DPO
RM Inventory (Days), RMD = 365*)(
)(
RsConsumedMaterialRawofValue
RsInventoryMaterialRaw
WIP Inventory (Days), WIPD = 365*)(Pr
)(
RsoductionofValue
RsInventoryWIP
FG Inventory (Days), FGD = 365*)(
)(
RsSalesAnnual
RsInventoryFG Text p.
291-292
Measures for SCM Performance
Inventory turn over ratio, TO (%) = 100*)(
)(
RsSalesAnnual
RsInventoryininvestmentTotal
Number of inventory turns, TN = )(
)(
RsInventoryininvestmentTotal
RsSalesAnnual
Total Inventory (Days), TID = 365*)(
)(
RsSalesAnnual
RsInventoryinInvestmentTotal
Days of Sales Outstanding, DSO = 365*)(
)(Re
RsSalesAnnual
RsceivableAccounts
Days of Payables Outstanding, DPO = 365*)(
)(
RsConsumedMaterialRawofValue
RsPayableAccounts
Cash-to-Cash Cycle Time (Days), CCD = TID + DSO DPO
Text p.
291-292
Contemporary Supply Chain
Management & Initiatives
Competition is between Supply Chains, not
individual companies
VMI: Vendor Managed Inventory
QR: Quick Response
ECR: Efficient Consumer Response
CRP/CRS: Continuous Replenishment
CPFR: Collaborative Planning, Forecasting &
Replenishment