The document discusses various options for designing supply chain networks and their characteristics. It describes manufacturer storage with direct shipping, in-transit merging, distributor storage with package carrier delivery, distributor storage with last-mile delivery, manufacturer/distributor storage with customer pickup, retail storage with customer pickup, and local storage at consumer pickup sites. For each option, it summarizes the performance characteristics in terms of cost factors like inventory, transportation, and facilities as well as service factors like response time, product variety, and customer experience.
the presentation is about managing coordination between the supply chains for fast movement of resources.factors affecting the coordiantion in supply chain.
the presentation is about managing coordination between the supply chains for fast movement of resources.factors affecting the coordiantion in supply chain.
Supply Chain Management With Brief Case StudiesMohit Jain
Supply Chain Management With Brief Case Studies Of Companies Like Dell, Wal-Mart.
Analysis On Failures And Success Of Various Company Due To Issues Faced In Supply Chain.
1. Supply Chain Integration
2. Benefits of Supply Chain Integration
3. Push System
4. Pull System
5. Push vs Pull
6. Integration of Push and Pull Strategy
7. Lead Time and its Impact
8.Demand-Driven Strategies
A Reference Model Based Design of Supply Chain Management CapabilitiesCaaS EU FP7 Project
Capabilities define competitive advantages an organization possesses, and attaining desired capabilities is a challenging task. This paper proposes to use reference models as a basis for the capability design, and it focuses on usage of the SCOR model for designing supply chain management capabilities. The paper outlines a method for the reference model based capability design. The method relies on the correspondence among concepts used in capability modeling and concepts used in the SCOR model. The capability is designed by selecting and combining appropriate process categories and metrics from the reference model. Best practices defined in the referenced model are packaged as capability delivery patterns and are also used in capability design as reusable process fragments. The reference model provides sound foundations for the capability design while capability-oriented view of the reference model enriches it with contextual information.
Authors: Jānis Grabis and Solvita Bērziša
Supply Chain Management With Brief Case StudiesMohit Jain
Supply Chain Management With Brief Case Studies Of Companies Like Dell, Wal-Mart.
Analysis On Failures And Success Of Various Company Due To Issues Faced In Supply Chain.
1. Supply Chain Integration
2. Benefits of Supply Chain Integration
3. Push System
4. Pull System
5. Push vs Pull
6. Integration of Push and Pull Strategy
7. Lead Time and its Impact
8.Demand-Driven Strategies
A Reference Model Based Design of Supply Chain Management CapabilitiesCaaS EU FP7 Project
Capabilities define competitive advantages an organization possesses, and attaining desired capabilities is a challenging task. This paper proposes to use reference models as a basis for the capability design, and it focuses on usage of the SCOR model for designing supply chain management capabilities. The paper outlines a method for the reference model based capability design. The method relies on the correspondence among concepts used in capability modeling and concepts used in the SCOR model. The capability is designed by selecting and combining appropriate process categories and metrics from the reference model. Best practices defined in the referenced model are packaged as capability delivery patterns and are also used in capability design as reusable process fragments. The reference model provides sound foundations for the capability design while capability-oriented view of the reference model enriches it with contextual information.
Authors: Jānis Grabis and Solvita Bērziša
You design for manufacture, design for assembly, design for reliability... why not design for logistics as well?
This presentation provides a theoretical background on the purposes of packaging, and the characteristics of products with good logistics properties. The efficiency of packaging strategies is discussed, and the influence of good relationships within the supply chain.
Performance is a key aspect when developing an application, but for developers, production performance usually is a black box. When production problems arise, a lack of insight into log files and performance metrics forces us to reproduce issues locally before we can start to tackle the root cause. Using real world examples, we show how a unified performance management platform helps teams across the lifecycle to monitor applications, detect problems early on, and collect data that enables developers to efficiently solve problems.
Design for reliability in automotive electronicsGil Sharon
This is a slide show that I presented last year in Detroit. This presentation talks about what it takes to design reliable electronics in automotive applications. There is a brief primer on reliability in general and a discussion on the effects of temperature cycling on solder and copper fatigue.
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Best Crypto Marketing Ideas to Lead Your Project to SuccessIntelisync
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2. Distribution refers to the steps taken to move
and store a product from the supplier stage to a customer
stage in the supply chain. Distribution is a key driver of the
overall profitability of a firm because it affects both the supply
chain cost and the customer experience directly.
The appropriate distribution network can be used to
achieve a variety of supply chain objectives ranging from low
cost to high responsiveness. As a result, companies in the
same industry often select very different distribution networks.
Role of Distribution in Supply
Chain
3. Steps to design a supply chain
network
Clearly define your Objectives
Gathering supporting data
Model your supply chain network
Analyze your supply chain network
Implement and Refine
4. Factors to be Influencing to design
a supply chain
Customer needs
are met
Cost of meeting
customer
needs
The 2 Dimensions
5. Location & Distance
Current and Future Demand
Service Requirements
Size and frequency of
7 Solid Factors in designing a Supply chain
Network
Warehousing Costs
Trucking Cost
Mode of Transportation
8. In Detail
Manufacturer storage with
direct shipping
Manufacturer Storage with
direct shipping & In transit
Merge
Eg: Dell Door DropEg: Ebags, Nordstrom
9. Performance Characteristics of
Manufacturer Storage with Direct Shipping
Network
Cost Factor Performance
Inventory Lower costs because of aggregation.
Benefits of aggregation are highest for
low demand, high value items.
Benefits are very large if product
customization can be postponed ate
manufacturer.
Transportati
on
Higher transportation costs because
of increased distance and
disaggregate shipping.
Facilities
and handling
Lower facility costs because of
aggregation. Some saving on handling
costs if manufacturer can manage
small shipments or ship from
production line.
Information Significant investment in information
infrastructure to integrate
manufacturer and retailer.
Service
Factor
Performance
Response
Time
Long response time of one to two
weeks because of increased distance
and two stages for order processing.
Response time may vary by product,
thus complicating receiving.
Product
Variety
Easy to provide a very high level of
variety.
Product
Availability
Easy to provide a high level of product
availability because of aggregation at
manufacturer.
Customer
Experience
Good in terms of home delivery but can
suffer if order from several
manufacturers is sent as partial
shipments.
Time to
market
Fast, with the product available as soon
as the first unit is produced.
Order visibility More difficult but also more important
from a customer service perspective.
Return ability Expensive and difficult to implement.
10. Performance Characteristics of
In-Transit Merge
Cost Factor Performance
Inventory Similar to drop shipping.
Transportation Somewhat lower transportation
costs than drop shipping.
Facilities and
handling
Handling costs higher than drop
shipping at carrier; receiving
costs lower at customer.
Information Investment is somewhat higher
than for drop shipping.
Service
Factor
Performance
Response
Time
Similar to drop-shipping; may be
marginally higher.
Product
variety
Similar to drop shipping.
Product
Availability
Similar to drop-shipping.
Customer
experience
Better than drop-shipping because a
single order has to be received.
Time to
market
Similar to drop-shipping.
Order
visibility
Similar to drop-shipping.
Return ability Similar to drop-shipping.
12. Performance Characteristics of
Distributor storage with Carrier
Delivery
Cost Factor Performance
Inventory Higher than manufacturer
storage. Difference is not large for
faster-moving items.
Transportati
on
Lower than manufacturer storage.
Reduction is highest for faster-
moving items.
Facilities
and handling
Somewhat higher than
manufacturer storage. The
difference can be large for very
slow-moving items.
Information Simpler infrastructure compared
to manufacturer storage.
Service
Factor
Performance
Response
Time
Faster than manufacturer storage.
Product
variety
Lower than manufacturer storage.
Product
availability
Higher cost to provide the same level of
availability as manufacturer storage.
Customer
experience
Better than manufacturer storage with
drop-shipping.
Time to
market
Higher than manufacturer storage.
Order
visibility
Easier than manufacturer storage.
Return ability Easier than manufacturer storage
13. Performance Characteristics of
Distributor Storage with Last-Mile
Delivery
Cost Factor Performance
Inventory Higher than distributor
storage with package carrier
delivery.
Transportation Very high cost given minimal
scale economies. Higher
than any other distribution
option.
Facilities and
handling
Facility costs higher than
manufacturer storage or
distributor storage with
package carrier delivery, but
lower than a chain of retail
stores.
Information Similar to distributor storage
with package carrier delivery.
Service factor Performance
Response time Very quick. Same day to next-day
delivery.
Product variety Somewhat less than distributor
storage with package carrier
delivery but larger than retail stores.
Product availability More expensive to provide
availability than any other option
except retail stores.
Customer
experience
Very good, particularly for bulky
items.
Time to market Slightly higher than distributor
storage with package carrier
delivery.
Order traceability Less of an issue and easier to
implement than manufacturer
storage or distributor storage with
package carrier delivery.
Return ability Easier to implement than other
15. Performance Characteristics of
Network with Consumer Pickup
sites
Cost Factor Performance
Inventory Can match any other option,
depending on the location of
inventory.
Transportation Lower than the use of package
carriers, especially if using an
existing delivery network.
Facilities and
handling
Facility costs can be very high
if new facilities have to be built.
Costs are lower if existing
facilities are used. The
increase in handling cost at the
pickup site can be significant.
Information Significant investment in
infrastructure required.
Service Factor Performance
Response time Similar to package carrier delivery
with manufacturer or distributor
storage. Same day delivery possible
for items stored locally at pick-up
sites.
Product variety Similar to other manufacturer or
distributor storage options.
Product
availability
Similar to other manufacturer or
distributor storage options.
Customer
experience
Lower than other options because of
the lack of home delivery. In areas
with high density of population, loss
of convenience may be small.
Time to market Similar to manufacturer storage
options.
Order visibility Difficult but essential.
Return ability Somewhat easier given that pickup
location can handle returns.
16. Performance Characteristics of
Local storage at Consumer Pickup
sites
Cost Factor Performance
Inventory Higher than all other options.
Transportati
on
Lower than all other options.
Facilities
and handling
Higher than other options. The
increase in handling cost at
pickup site can be significant for
online and phone orders.
Information Some investment in
infrastructure required for online
and phone orders.
Service
Factor
Performance
Response
time
Same-day pickup possible for items stored
locally at pickup site.
Product
variety
Lower than all other options.
Product
availability
More expensive to provide than all other
options.
Customer
experience
Related to whether shopping is viewed as
a positive or negative experience by
customer.
Time to
market
Highest among distribution options.
Order
visibility
Trivial for in-store orders. Difficult, but
essential, for online & phone orders.
Return
ability
Easier than other options given that pickup
location can handle returns.