Supply Chain Exam 3

Definition of Logistics:

is the process of planning, moving, and storing goods so they arrive:

• at the right place

• at the right time

• in the right quantity

• in the right condition

• for the right customer

• at the right cost.

It’s all about getting products where they need to go efficiently.

How Logistics adds value:

To the Economy:

Supports trade and business

Creates jobs (warehouse workers, drivers, planners)

Help move goods across the country and world

To Organizations:

Keeps inventory flowing

Helps companies serve customers faster

Reduce costs with better transportation and storage decisions

To your Life:

Lets you receive Amazon packages in 1-2 days

Ensures stores have food, clothes, electronics

Makes online shopping possible

Without logistics, stores would be empty and deliveries would be slow.

Activities and Roles of Logistics:

(Logistics has 3 major activity groups: Processing, Movement and Storage)

Processing:

Anything involving paperwork or information flow:

Order processing

Labeling

Billing

Tracking

Movement:

Moving goods:

Transportation (by truck, rail, ship, air, pipeline)

Loading/unloading

Picking/packing

Storage:

Holding inventory until needed:

Warehousing

Inventory Management

Storing raw materials, finished goods

All 3 must work together for smooth operations

What is 3rd Party Logistics? (3PL):

A 3PL is a company you hire to handle logistics for you.

Examples: UPS Supply Chain Solutions, DHL, FedEx Logistics

Why companies use 3PLs:

They are experts in logistics

Save money (don’t have to own trucks or warehouses)

Handle seasonal demand

Improve speed and customer service

How a firm uses a 3PL:

Outsource transportation

Outsource warehousing

Outsource fulfillment (packing, shipping orders)

Return processing

A 3PL is like hiring a professional logistics partner.

Logistics Tradeoffs:

A tradeoff means choosing 1 benefit but giving up something else.

Logistics decision-making ALWAYS involves tradeoffs.

Examples:

Faster delivery → higher transportation cost

More warehouses → faster service but higher inventory cost

Large shipments → cheap per unit but slow and more storage needed

Small shipments → fast but expensive

Companies try to find the best balance of cost and service.

Using Lean Principles to Improve Logistics:

Lean= eliminating waste and improving flow.

Lean in Logistics means:

Reducing travel distance inside warehouses

Eliminating unnecessary handling

Reducing inventory

Standardizing processes

Improving accuracy (less rework)

Lean makes logistics faster, cheaper, and more reliable.

Logistics:

Managing movement and storage of goods so they reach customers efficiently.

“Rights” of Logistics:

Logistics ensures the:

• Right product

• Right customer

• Right place

• Right time

• Right quantity

• Right condition

• Right cost

These “rights” summarize what logistics is responsible for.

Logistics Costs:

Logistics includes costs for:

• Transportation (bigger cost)

• Warehousing

• Inventory storage

• Packaging

• Order processing

• Handling

Companies try to lower total logistics cost while keeping customers happy.

Components of Logistics:

Transportation:

Moving goods using trucks, rail, air, ships or pipelines.

Most expensive part of logistics.

Warehousing:

Storing goods until needed.

Functions include:

Receiving

Storing

Picking

Packing

Shipping

3rd Party Logistics (3PL)

Companies hired to perform logistics services:

Store products

Ship products

Handle orders

Manage returns

They help businesses focus on what they do best.

Summary of Chapter 12:

• Logistics= movement + storage + information handling.

• It adds value by ensuring products arrive when and where needed

• It involves processing, movement, and storage.

• 3PLs help companies outsource logistics work.

• Logistics requires tradeoffs between cost and service.

• Lean helps remove waste and improve flow.

• Key parts: transportation, warehousing, 3PLs.

• Main goal: deliver the right product, place, time, cost, condition, and quantity.

Importance of Transportation:

Transportation is the heart of the supply chain because it moves goods from one place to another.

Why transportation matters:

• Stores can stay stocked

• Factories can receive raw materials

• Online orders can be delivered

• Countries can trade and do business

• Jobs are created (drivers, pilots, rail operators, planners)

Without transportation, supply chain stops completely.

5 Modes of Transportation:

(Truck, Rail, Water, Air, Pipeline)

Truck (Highway):

Most flexible (goes almost anywhere)

Good for short and medium distances

Fast delivery

Higher cost per mile compared to rail/water

Rail:

Best for heavy, bulky, long-distance shipments

Very cost-efficient

Not flexible; goes only where tracks exist

Slower than trucks

Water (Ships):

Very cheap for large shipments

Best for international trade

Very slow

Requires ports

Air:

Fastest mode

Best for high-value, urgent products

Very expensive

Limited capacity

Pipeline:

Only for liquids and gases (oil, natural gas)

Extremely safe and cheap

Very slow

High construction cost

Intermodal Transportation:

Using 2 or more transportation modes together.

Example: Ship → Rail → Truck

Benefits:

• Lower cost

• More efficient

• More environmentally friendly

Transportation Economics (Weight, Value, Distance):

Weight:

• Heavier loads cost more but cheaper per pound.

• (“Economy of scale”— big loads are more efficient)

Value:

• High-value products need:

• Faster transport

• More protection → Air is often used.

Distance:

• Longer distance= more total cost but cheaper per mile.

How to Make a Good Transportation Decision:

Consider:

• Cost

• Speed

• Value of product

• Distance

• Risk of damage

• Customer expectations

Market and Regulation Impacts:

Government rules affect:

• Safety

• Driver hours

• Hazmat shipping

• Fuel standards

• Pricing

Markets (competition) affect:

• Carrier rates

• Service levels

• Network coverage

Important Shipping Terms:

FOB Origin (FOB Shipping Point):

• Buyer owns goods as soon as they leave the sellers dock

• Buyer pays shipping

FOB Destination:

• Seller owns goods until they reach the buyer

• Seller pays shipping

Prepaid:

Seller pays the shipping charges

Collect:

Buyer pays the shipping charges

Incoterms (International Commercial Terms):

Incoterms decide:

• Who pays for transportation

• Who handles insurance

• Who handles customs

• When responsabilidad (risk) transfers from seller to buyer

Common ones:

• EXW (Buyer responsible early)

• FOB (Middle)

• CIF (Seller responsible most of the way).

Challenges in Transportation:

Main challenges include:

• Driver shortages

• Fuel price changes

• Travel congestion

• Weather delays

• Regulations

• Capacity limits (not enough trucks/railcars/containers)

• Speed vs cost pressure

• Environmental rules

Multi-Criteria Analysis (Choosing Best Mode/ Carrier):

Companies don’t choose carriers based only on cost.

They consider multiple criteria:

• Cost

• Speed

• Reliability

• Damage rates

• Capacity

• Customer service

• Technology

• Safety record

Each criterion is given a weight, and the best-scoring carrier is chosen.

Transportation and Total Logistics Cost:

Transportation influences:

• Inventory cost

• Warehousing cost

• Customer service

• Damage rates

• Packaging needs

Example: Using faster air shipping costs more, but inventory levels can be lower → total cost may go down.

Transportation Management System (TMS):

A TMS is software that helps companies manage transportation.

A TMS can:

• Select the best carrier

• Plan optimal routes

• Track shipments

• Compare costs

• Manage freight bills

• Improve delivery times

Benefits:

• Saves money

• Increase visibility

• Improves customer service

• Reduces errors

Importance of Warehousing in the Supply Chain and Society:

Why warehousing matters:

• Stores inventory so companies can serve customers when needed

• Helps balance supply and demand

• Makes transportation cheaper by allowing full truckloads

• Supports online shopping (fulfillment centers)

• Creates jobs and boosts the local economy

Without warehouses:

• Stores would run out of items

• Deliveries would take much longer

• Companies would have to produce exactly at the moment customers order (impossible!)

Types of Warehouses & Their Functions:

Private Warehouse:

Owned by the company using it.

Pros: control, custom design

Cons: very expensive to build/run

Public Warehouse:

Rented space; open to many companies.

Pros: flexible, low cost

Cons: less control

Contract Warehouse:

Long-term agreement between warehouse and customer.

Pros: more customized than public, lower cost than private

Cons: commitment required

Distribution Center:

Moves goods quickly; short storage time.

Focus is speed, not long-term storage.

Fulfillment Center:

Used for online orders.

Handles picking, packing, and shipping to customers.

Bonded Warehouse:

Holds imported goods before taxes/duties are paid.

Used for customs control.

Omni-channel Warehouse:

Handles:

Store orders

Online orders

Returns

Wholesale shipments

All in 1 place.

On-Demand Warehousing:

Flexible, pay-as-you-go storage space.

Like “Uber for warehouse space.”

Warehouse Operations & Technologies:

Main operations in a warehouse:

Receiving:

Unloading trucks and checking goods.

Put-away:

Moving items to storage locations.

Storage:

Holding inventory until needed.

Picking:

Selecting items to fulfill an order.

Packing:

Preparing products for shipping.

Shipping:

Loading items onto trucks and sending them out.

Technologies used: Barcodes and scanners, RFID tags, Robots/AGVs (Automated Guided Vehicles), Conveyor belts, Voice picking systems, Drones (inventory checks), Warehouse Management System (WMS) software.

Goal: speed, accuracy, low cost.

Pros & Cons of Warehouse Ownership:

Private Warehouse (Own your warehouse)

Pros:

• Full control

• Customizable layout

• Good for stable, high-volume business

Cons:

• Expensive to build

• Hard to scale up/down

• High fixed costs

Public/3PL Warehouse (Rent Space)

Pros:

• No huge start-up costs

• Flexible (use more or less space as needed)

• Good for seasonal products

Cons:

• Less control

• You don’t own the building

Warehouse Location Decision:

To choose the best warehouse location, consider:

• Near customers (faster delivery)

• Near suppliers/ manufacturers

• Low transportation cost

• Access to highways, ports, airports

• Labor availability & cost

• Taxes and regulations

• Land/ building cost

Goal: place warehouses where they reduce cost and improve service

Key Issues in Warehouse Design & Layout:

A good layout should:

• Reduce travel distance

• Minimize congestion

• Separate receiving and shipping areas

• Make picking fast and easy

• Use space efficiently

• Improve safety

• Allow for future growth

Examples of layouts decisions:

• Where aisles go

• How wide aisles are

• Where high-volume items should be placed (near picking areas)

Warehouse Performance Measures:

Productivity:

How much work is completed in a given time.

Examples:

• Orders picked per hour

• Items shipped per worker

Quality:

Accuracy and condition of orders.

Examples:

• Error rate

• Damage rate

• Orders shipped correctly

Safety:

• Measuring injuries, accidents, near misses.

• A safe warehouse is more efficient and lower cost.

Value of Warehousing:

Production Economies:

Warehouses allow companies to produce large batches and store them until needed.

Large batches= lower cost.

Transportation Economies:

Warehouses let companies ship full truckloads, which are much cheaper per unit.

Customers of Retail Warehouses:

• Retail stores

• Online customers

• Distribution centers

• Wholesalers

Retail warehouses keep products ready for shipment to stores or directly to consumers.

Operational Functions in Warehouses:

• Receiving

• Put-away

• Storage

• Picking

• Packing

• Shipping

• Inventory Management

These functions ensures products move smoothly through the warehouse.

On- Demand Warehousing:

“Uber for warehouses".”

Warehousing space that can be rented temporarily when needed.

Companies use it for:

• Seasonal demand

• Overflow inventory

• Short-term projects

Value- added Functions in Warehouses

Crossdocking:

Goods go directly from inbound truck to outbound truck

→ No storage

→ Very fast

Break Bulk:

One large shipment is broken into smaller ones.

Mixing for Distribution:

Combine products from different suppliers into 1 shipment.

Example:

A store receives one truck for multiple types of products.

Omni-Channel Warehouses:

Warehouses that fulfill:

• Store orders

• Online orders

• Click-and-collect

• Returns

They support multiple customer channels.

Bonded Warehouses:

Warehouse for imported goods before taxes are paid.

Controlled by customs

Warehouse Management Systems (WMS):

Software that manages:

• Inventory

• Picking

• Receiving

• Shipping

• Labor

• Locations

Helps increase speed and accuracy.

Warehouse Layouts:

Layouts should optimize:

• Space

• Flow

• Picking speed

• Safety

Example types:

• U-shaped

• L-shaped

• Straight flow

Automation:

Technologies used:

• Robots

• Conveyors

• Automation picking

• Automated storage (AS/RS)

• Drones

Automation reduces labor cost and increases accuracy.

Number of Warehouse Locations:

More warehouses:

• Faster delivery

• Closer to customers

• Higher cost

• More inventory needed

Square root rule:

If you reduce the number of warehouses, inventory reduces by the square root of the ratio.

Example: Reduce from 4 warehouses to 1 → inventory drops by half.

Performance Measures (Again):

Productivity:

How much work is done

Quality:

How accurate, correct, and damage-free the orders are.

Safety:

How safe the warehouse is for workers.

Fast Summary (Easy to Memorize):

• Warehousing balances supply/demand and reduces cost.

• Types: private, public, contract, DC, fulfillment, bonded, omni-channel.

• Key operations: receiving, storing, picking, packing, shipping.

• WMS + automation improve speed and accuracy.

• Warehouse location affects cost and service.

• Tradeoff: more warehouses = better service but higher cost.

• Performance measures: productivity, quality, safety.

Triple Bottom Line (TBL):

The triple bottom line is the idea that companies should focus on:

• People: social responsibility (safe workplace, fair wages, communities)

• Planet: environmental impacts (emissions, waste, energy)

• Profit: financial performance (making money)

Why firms need to be socially responsible:

• Customers expect environmentally friendly behavior

• Regulations are increasing

• It reduces long-term costs (less waste, less energy)

• Protects the company’s reputation

• Builds trust with the community

Supply Chain Sustainability + Logistics Impact:

Supply chain sustainability means managing all supply chain activities in a way that:

• Protects the environment

• Supports society

• Maintains profitability

How logistics impacts the environment:

• Trucks produce CO2 emissions

• Warehouses use electricity

• Packaging creates waste

• Long transportation distances use more fuel

• Poor planning leads to empty trucks (“dead miles”)

So logistics has a big role in environmental impact.

Environmental Product Lifecycle:

Every product has stages:

• Raw materials (mining, farming)

• Manufacturing

• Transportation

• Use

• End of life (recycling, disposal)

This is called the product lifecycle.

Why it matters to logistics:

• Logistics affects every stage how materials move, how products are shipped, and how waste is collected.

• Companies can redesign products to reduce environmental impact across the entire lifecycle.

Ecological Footprint:

Your ecological footprint measures how many natural resources you use, including:

• Water

• Land

• Energy

• Materials

How firms measure it:

• Energy usage (electricity, fuel)

• Water consumption

• Waste produced

• Land use

• Emissions from transportation

Measuring the footprint helps companies understand environmental trade-offs and make greener decisions.

Greenhouse Gas Protocol: Scope 1,2,3

The Greenhouse Gas Protocol is the global standard for measuring emissions.

Scope 1: Direct Emissions

Emissions the company directly produces

Ex: company trucks, company factories.

Scope 2: Indirect Energy Emissions

Emissions from the electricity the company uses

Ex: energy used to power a warehouse.

Scope 3: Value Chain Emissions

Emissions from suppliers, transportation, customers, and product disposal.

This is usually the largest category.

How to influence all scopes:

Scope 1 → switch to electric trucks, reduce fuel

Scope 2 → use renewable energy

Scope 3 → choose greener suppliers, reduce packaging, design recyclable products

Sustainable Logistics:

Logistics that reduces harm to the environment while supporting society and profits.

Carbon Footprint:

Total greenhouse gas emissions caused by a company or product.

Ecological Footprint:

Total resources used (land, water, materials, energy).

Relationships between Speed and Emissions:

Faster transportation usually means higher emissions

Examples:

• Air shipping is fast → very high emissions

• Expedited same-day delivery → more half-empty trucks

Slower delivery usually allows:

• Full truckloads

• Optimized routes

• Lower emissions

Ways to Reduce Truck Impact:

• Use electric or hybrid trucks

• Optimize routes (avoid extra miles)

• Avoid empty trucks on return trips

• Improve load efficiency (full trucks)

• Use rail where possible

• Reduce packaging weight

Reducing Water (Ship) Transport Footprint:

• Use cleaner fuels

• Slow steaming (ships travel slower → use less fuel)

• Better route planning

• Improve loading efficiency

• Reduce port congestion

Reducing Warehousing Environmental Issues:

• Use LED lighting

• Install solar panels

• Improve insulation

• Use automated systems to reduce energy waste

• Use recyclable packaging

• Reduce heating-cooling needs

Product Lifecycle (2 Key Ideas):

Design for Environment:

Design products to minimize environmental impact from the start.

Examples:

• Use fewer materials

• Use recyclable materials

• Reduce packaging

Design with End-of-Life in Mind:

Plan what happens when the product is no longer useful .

Examples:

• Easy to disassemble for recycling

• Parts can be reused

• Materials can biodegrade

Carbon Calculators:

Tools that estimate a company’s or shipments emissions.

They help companies compare different shipping methods or evaluate improvements.

Reverse Logistics & Returns:

Reverse logistics= moving goods backward in the supply chain.

Examples:

• Customer returns

• Recycling

• Repairs

• Refurbished items

Why it matters:

Returns are expensive, messy, and hard to predict.

Where do Return Products come from? (Intake Sources):

• Customer returns (online purchases)

• Retail returns

• Warranty claims

• Damaged goods

• Unsold inventory

• Rental returns

• Recyclable or reusable materials

Techniques to Reduce Intake (Reduce Returns):

• Better product descriptions online

• Better sizing guides

• Better packaging (less damage)

• Quality inspection at factories

• Clear instructions for use

• Improving customer support

Reducing returns saves money and cuts environmental impact.

What Happens to Goods Once They Enter the Reverse Network?

Returned items can:

• Be returned to inventory as new

• Be repaired or refurbished

• Be sold as “open-box” or “used”

• Be recycled

• Be donated

• Be scrapped/disposed

Goal: maximize recovery value (get as much value as possible

Critical aspects of selling Non-New Inventory

To sell used/ open-box goods:

• Grade and label items correctly (A, B, C grade)

• Be transparent about condition

• Sell through proper channels (outlets, online marketplaces)

• Price appropriately

How to Reduce Damage in Reverse Logistics:

• Better packaging

• Better handling training

• Quality checks during returns

• Using protective materials

• Tracking damage causes and fixing root problems

What is Risk Management:

Risk management is the process of:

• Identifying potential problems

• Understanding their impact

• Taking actions to reduce or avoid them

In supply chains, risks = anything that stops or slows the flow of goods.

Why you must learn it:

• Supply chains are fragile and global

• Disruptions can cause major business losses

• Customers expect fast, reliable service

• Companies must prepare for unexpected events

• Good risk management saves money and prevents disasters

Why the World is so Risky today:

• Modern supply chains face many risks because they are:

• Global (long distances, different countries)

• Fast-moving (low inventory levels, just-in-time)

• Complex (many suppliers, factories, distributors)

• Technology-dependent (cyberattacks)

• Demand-sensitive (customer changes are unpredictable)

Key Sources of Risk:

Main types include:

Supply Risks:

• Supplier failure

• Shortages of materials

• Delays

• Quality problems

Demand Risks:

• Sudden demand spikes

• Demand drops

• Forecast errors

Operational Risks:

• Equipment failure

• Labor shortage

• Process breakdowns

• Warehouse issues

Environmental Risks:

• Natural disaster:

• Earthquakes

• Floods

• Fires

• Heat waves and storms

Financial Risks:

• Currency swing

• Supplier bankruptcy

• Prices increases

Cyber/ IT Risks:

• Data breaches

• System failures

• Ransomware

Political/ Regulation Risks:

• Trade wars

• Tariffs

• Political instability

Supply Chain Disruptions:

A supply chain disruption is any event that stops or slows the movement of goods.

Examples:

• A factory shuts down

• A port closes

• A trucks breaks down

• Inventory runs out

• A cyberattack shuts down operations

Disruptions increase costs, delays, and customer dissatisfaction.

Supply Chain Designs That Increase Risk:

Certain supply chain designs makes a company more vulnerable:

• Single Sourcing: Only 1 supplier → if they fail, you fail.

• Global Sourcing: Long distances= more chances for delay.

• Just-in-time (JIT) inventory: Very low inventory= no buffer.

• Centralized warehouses: If one warehouse fails, everything stops.

• Complex networks: More moving parts= more chances something goes wrong.

Strategies to Manage and Reduce Risk:

Avoidance:

Don’t take the risk.

Example: Not using suppliers in unstable regions.

Reduction:

Take steps to reduce the chance of disruption.

Example: Better quality control, preventative maintenance.

Hedging:

Spread the risk.

Example: Use multiple suppliers in different countries.

Buffering:

Create safety stock or extra capacity.

Flexibility/Agility:

Be able to change quickly.

Example: Flexible contracts, backup transportation options.

Collaboration:

Share information with suppliers and partners

Insurance:

Transfer risk to insurance companies

Risk Mitigation Approaches: (Examples)

• Dual sourcing

• Increasing inventory

• Using local suppliers

• Diversify transportation modes

• Build strong supplier relationships

• Improve forecasting

• Use technology for visibility

• Contracts that require suppliers to notify quickly

Continuity Planning (Business Continuity):

Continuity planning = preparing for disruptions before they happen.

Includes:

• Backup suppliers

• Backup production sites

• Emergency response plans

• Clear communication systems

• Disaster recovery plans

• Employee training

Goal: Keep business running during disruptions.

Risk Management Process (Step-by-Step):

1) Identify risk

(What could go wrong?)

2) Assess risks

• Likelihood (how likely is it?)

• Impact (how bad would it be?)

3) Prioritize risk

(Focus on the biggest threats)

4) Mitigate risks

(Take action to reduce likelihood or impact)

5) Monitor risks continuously

(Update as conditions change)

Risk Heat Map:

A risk heat map is a hart that shows each risk’s:

Likelihood (low → high)

Impact (low → high)

High-impact, high likelihood risks are red and most dangerous.

Heat maps help companies focus on the most important risks first.

FMEA (Failure Mode and Effects Analysis):

FMEA is a tool that helps find and prevent failures.

Steps:

1) List possible failure modes (ways something can fail)

2) Raye each failure mode on:

• Severity (how bad)

• Occurrence (how often)

• Detection (how easy to catch)

3) Multiply them:

RPN= Severity x Occurrence x Detection

4) Fix the highest RPN items first

FMEA helps companies prevent problems before they happen.

Why Corporate Strategy Must Act as a Compass:

A corporate strategy is a company’s big picture plan its goals, missions, and direction.

A corporate strategy must act like a compass because:

• It points that company in the right direction

• It guides decision-making

• It ensures all departments work toward the same goals

• It helps the company respond to changes in the world

How it guides OSCM (Operations & Supply Chain Management)

Your supply chain strategy MUST match the company’s overall strategy.

Examples:

• If a company’s competes on low cost, the supply chain must focus on efficiency.

• If a company competes on fast delivery, the supply chain must focus on speed.

• If a company focuses on innovation, the supply chain must be flexible and adaptable.

The 4 Principles That Define OSCM Strategy:

These four (4) foundations guide how a supply chain should be designed and run.

1) Customer Focus

The supply chain must understand:

• Who the customer is

• What the customer really wants

• What service level the customer expects

Supply chains exist to satisfy the customer.

2) System Design

Designing the system includes:

• The network (factories, warehouses, transportation)

• Technology

• Processes

• People

• Layout

Good system design= efficient, flexible, and cost-effective supply chain operations.

3) Value Creation

Value= creating benefits for customers at a reasonable cost.

Supply chains create value by:

• Reducing waste

• Improving speed

• Improving product availability

• Providing quality and reliability

A good supply chain delivers value better than competitors.

4) Resource Integration

SCM must bring together:

• People

• Technology

• Suppliers

• Information

• Transportation

• Processes

The goal is to create one smooth, connected system.

This principle is all about collaboration and coordination.

Game Changers That Will Affect the Future of Supply Chain:

Game changers= Big forces that will dramatically change how supply chains work.

The major ones are:

1) Technology Innovation

• Artificial Intelligence (AI)

• Automation/ Robotics

• Internet of Things (loT) sensors

• Drones & autonomous vehicles

• Blockchain for transparency

These tools create fast, smarter, more efficient supply chains.

2) Sustainability Pressure

Companies must reduce:

• Carbon emissions

• Waste

• Water use

Customers and governments are demanding greener supply chains.

3) Global Uncertainty

Things like:

• Wars

• Pandemics

• Natural disasters

• Trade restrictions

These force companies to rethink global sourcing and diversify suppliers.

4) E-commerce Growth/ Customer Expectations

Customers now want:

• Fast delivery

• Free returns

• Real-time tracking

This pushes companies to redesign networks for speed and flexibility.

5) Talent Shortages

Not enough:

• Truck drivers

• Warehouse workers

• Supply chain planners

Automation and training will become more important.

6) Data & Visibility

Supply chains need:

• Real-time information

• Predictive analytics

• Better forecasting

Data is becoming the new competitive advantage.

Other Predictors Views:

Experts (consultants, futurists, economists) predict:

• Supply chains will become more digital

• Local manufacturing will return (“reshoring”)

• More use of AI for planning

• More robotics in warehousing and production

• More collaboration between companies

• Cybersecurity will be critical

• Supply chains will shift from “cost-focused” to “risk and resilience-focused”

Scenario Planning:

Scenario planning= imagining different possible futures before they happen.

This helps companies prepare for:

• Best-case scenarios

• Worst-case scenarios

• Most-likely scenarios

Steps:

1) Identify key uncertainties (Ex: Will fuel pries rise or fall?)

2) Create several possible futures

3) Ask “How would our supply chain respond?”

4) Build strategies that work for multiple outcomes

Scenario planning helps companies stay prepared, flexible, and resilient.

Summary of Chapter 20: Future of Supply Chain

Corporate Strategy= the compass

It guides supply chain decisions.

Four (4) OSCM Foundations:

1) Customer Focus

2) System Design

3) Value Creation

4) Resource Integration

Game Changers:

• Technology

• Sustainability

• Global risk

• E-commerce

• Labor shortages

• Data visibility

Scenario Planning:

Imagine different futures → prepare for each one → build flexible strategies.