Supply Chain Management for CONCOR MT 2026
Supply Chain Management
Professional Knowledge | Topic 2 of 29
Supply Chain Management (SCM) is an essential topic for candidates preparing for the CONCOR Management Trainee examination. It helps explain how suppliers, manufacturers, warehouses, transportation companies, distributors and customers work together.
Imagine ordering a smartphone online. The phone may contain components manufactured in different countries, assembled at another location, stored in a warehouse and delivered to your home. Coordinating all these activities is part of Supply Chain Management.
In this chapter, you will learn SCM fundamentals, objectives, supply chain flows, major models, demand forecasting, the Bullwhip Effect, push and pull systems, supply chain integration, performance indicators and exam-oriented MCQs.
1. What Is Supply Chain Management?
Supply Chain Management (SCM) is the planning, coordination and management of activities involved in sourcing raw materials, producing goods, managing inventory, transporting products and delivering them to customers.
It also includes information sharing and coordination between businesses participating in the supply chain.
According to the Council of Supply Chain Management Professionals (CSCMP), SCM covers sourcing, procurement, conversion, logistics activities and collaboration with supply chain partners.
Simple Example
Suppose a company manufactures refrigerators.
Its supply chain may include: Raw Material Suppliers → Component Manufacturers → Refrigerator Factory → Distribution Centre → Retailer → Customer
Every participant performs a particular function.
- Suppliers provide steel, copper, compressors and other materials.
- The factory assembles refrigerators.
- Warehouses store finished refrigerators.
- Transporters move the products.
- Retailers sell them.
- Customers purchase and use them.
SCM coordinates these activities so that refrigerators are available when and where customers need them.
Exam Point: SCM is broader than Logistics Management. Logistics is a major component of SCM.
2. Objectives of Supply Chain Management
The overall objective of SCM is to provide customer value while improving efficiency, responsiveness and profitability across the supply chain.
2.1 Cost Optimization
SCM helps reduce avoidable transportation, procurement, inventory, manufacturing and storage costs.
2.2 Customer Satisfaction
Timely deliveries, consistent product quality and accurate order fulfillment improve customer satisfaction.
2.3 Inventory Optimization
Businesses should maintain enough inventory to meet demand without unnecessarily tying up money in stock.
2.4 Improved Coordination
Suppliers, manufacturers, distributors and customers should work with reliable information rather than making disconnected decisions.
2.5 Reduced Lead Time
SCM seeks to reduce unnecessary waiting, processing and transportation delays.
2.6 Flexibility and Responsiveness
An effective supply chain should respond to changes in customer demand, delivery schedules and market conditions.
2.7 Risk Management
SCM identifies and manages risks such as supplier failure, transport disruption, shortages and unexpected demand.
2.8 Sustainable Operations
Supply chains increasingly consider energy efficiency, waste reduction, responsible procurement and environmental impact.
Quick Revision: The main SCM objectives are cost, service, quality, speed, coordination, flexibility and resilience.
3. Major Stages of a Supply Chain
A typical manufacturing supply chain contains several stages.
Stage 1: Suppliers
Suppliers provide raw materials, components or services required for production.
Example: A steel producer supplies metal sheets to an automobile manufacturer.
Stage 2: Manufacturers
Manufacturers convert materials and components into finished products.
Example: An automobile factory assembles vehicles.
Stage 3: Distributors
Distributors purchase or handle products and move them through the distribution network.
Example: A regional distributor supplies vehicles or spare parts to dealerships.
Stage 4: Retailers
Retailers sell products to final customers.
Example: An authorized automobile dealership sells vehicles to consumers.
Stage 5: Customers
Customers create demand and purchase products for consumption or business use.
Important: Not every supply chain contains all five stages. A manufacturer may sell directly to customers, while some supply chains have several tiers of suppliers and intermediaries.
4. Three Major Flows in Supply Chain Management
One of the most important examination topics is understanding the three major supply chain flows.
A. Product or Material Flow
This includes the physical movement of raw materials, intermediate goods and finished products.
Example: Steel moves from a supplier to a factory, and finished machinery moves from the factory to the customer.
The normal forward direction is towards the final customer.
Returns and recycling activities can create a reverse flow.
B. Information Flow
Information Flow includes purchase orders, inventory records, demand forecasts, delivery schedules, production plans and shipment tracking information.
It can move in both directions.
Example: A retailer informs a manufacturer that demand for a product has increased.
C. Financial Flow
Financial Flow includes payments, invoices, credit arrangements, refunds and other financial transactions among supply chain partners.
Example: A retailer pays a distributor after purchasing inventory.
Important Comparison
| Flow | What moves? | Example |
|---|---|---|
| Material Flow | Physical goods | Containers transported by rail |
| Information Flow | Data and instructions | Purchase orders and tracking updates |
| Financial Flow | Money and financial obligations | Freight payment or supplier invoice |
Expected MCQ: Which supply chain flow includes purchase orders and demand forecasts?
Answer: Information Flow.
5. Key Components of Supply Chain Management
5.1 Procurement
Procurement is the process of acquiring goods and services needed by an organization.
It includes supplier selection, purchasing, negotiation, purchase orders and supplier performance evaluation.
5.2 Demand Planning
Demand Planning estimates future customer requirements so businesses can plan production and inventory.
5.3 Production Planning
Production Planning determines what should be produced, when production should occur and which resources are required.
5.4 Inventory Management
Inventory Management balances stock availability against purchasing, storage and holding costs.
5.5 Transportation
Transportation connects suppliers, manufacturers, warehouses and customers.
5.6 Warehousing
Warehousing provides facilities for storage, consolidation, sorting and distribution.
5.7 Distribution
Distribution manages the movement of finished goods toward customers through suitable channels.
5.8 Customer Service
Customer Service involves handling delivery commitments, order inquiries, complaints and related customer requirements.
6. Push vs Pull Supply Chain Strategy
This is an especially important conceptual difference for management examinations.
Push Supply Chain
A Push System plans production and inventory primarily using anticipated demand or forecasts.
Products are produced or positioned before actual customer orders are received.
Example: A manufacturer produces 10,000 umbrellas before the monsoon season based on previous years' demand.
Advantages:
- Can improve product availability.
- Supports production planning and economies of scale.
- Suitable where demand is reasonably predictable.
Limitations:
- Risk of overproduction.
- Higher inventory holding costs.
- Unsold inventory if forecasts are incorrect.
Pull Supply Chain
A Pull System responds primarily to actual downstream demand or consumption.
Production or replenishment is triggered by demand signals.
Example: A customized furniture company begins production after receiving a customer's order.
Advantages:
- Reduces unnecessary finished-goods inventory.
- Supports product customization.
- Responds to actual demand.
Limitations:
- May involve longer customer waiting times.
- Requires responsive operations.
- Can be difficult when suppliers have long lead times.
Push vs Pull Comparison
| Basis | Push Strategy | Pull Strategy |
|---|---|---|
| Main trigger | Forecast demand | Actual demand signal |
| Production | Often before customer order | Triggered by orders or consumption |
| Finished stock | Often higher | Often lower |
| Main risk | Excess inventory | Delays or shortages if response is inadequate |
| Suitable use | Predictable demand, longer production planning | Customization, responsive replenishment |
Exam Trap: A Pull System does not mean there is absolutely no inventory. Many practical supply chains combine push and pull approaches.
Push-Pull Boundary
The Push-Pull Boundary is the point where operations shift from forecast-driven activities to demand-driven activities.
For example, a manufacturer may produce standard components based on forecasts but assemble customized products only after customers place orders.
This combines efficiency and responsiveness.
7. Bullwhip Effect in Supply Chain Management
The Bullwhip Effect occurs when relatively small changes in customer demand lead to increasingly large fluctuations in orders or inventory decisions at upstream supply chain stages.
It is one of the most important SCM concepts for objective examinations.
Simple Example
Suppose customers normally purchase 100 packets of biscuits every week.
One week, customers purchase 110 packets.
The retailer may worry about shortages and order 130 packets from the distributor.
The distributor may order 160 packets from the manufacturer.
The manufacturer may increase its production order to 200 packets.
Actual customer demand increased by only 10%, but upstream orders increased much more.
The figures are illustrative and not a universal rule.
Major Causes of the Bullwhip Effect
1. Demand Forecast Updating
Every business independently changes its forecast using incoming orders, which may amplify demand changes.
2. Order Batching
Companies place occasional large orders instead of frequent smaller orders, creating irregular demand patterns.
3. Price Fluctuations
Discounts and promotions can cause customers or retailers to purchase unusually large quantities.
4. Rationing and Shortage Gaming
During shortages, buyers may exaggerate their requirements because they expect to receive only a part of their orders.
Effects of the Bullwhip Effect
- Excess inventory
- Stock shortages
- Unstable production schedules
- Higher transportation and storage costs
- Poor capacity utilization
- Lower customer service levels
How to Reduce the Bullwhip Effect
- Share actual customer demand information.
- Improve coordination and demand visibility.
- Reduce unnecessary lead times.
- Use frequent, appropriately sized replenishment orders.
- Reduce disruptive pricing and promotion patterns.
- Avoid exaggerated ordering during shortages.
Exam Shortcut: Bullwhip Effect = Demand fluctuations becoming amplified upstream.
8. Supply Chain Integration
Supply Chain Integration means coordinating processes, decisions and information between participating functions and organizations.
Internal Integration
Coordination between departments within the same organization.
Example: Production, sales, purchasing and warehousing teams use a shared inventory system.
External Integration
Coordination between an organization and outside partners.
Example: A manufacturer shares production schedules with suppliers and logistics providers.
Benefits
- Reduced information gaps
- Improved inventory visibility
- Better order fulfillment
- Lower operational delays
- Improved coordination
- More accurate decision-making
Important: Internal integration occurs within an organization, while external integration connects different organizations.
9. Demand Forecasting in SCM
Demand Forecasting estimates future customer demand using historical data, market information and analytical techniques.
A. Qualitative Forecasting
Based primarily on judgment, expert knowledge and market research.
Methods include:
- Expert Opinion
- Delphi Method
- Market Surveys
- Sales Force Estimates
B. Quantitative Forecasting
Based on numerical data and statistical methods.
Methods include:
- Simple Moving Average
- Weighted Moving Average
- Exponential Smoothing
- Regression Analysis
Numerical Example: Simple Moving Average
Monthly demand:
- January = 100 units
- February = 120 units
- March = 140 units
Using a three-month simple moving average: Forecast for April = (100 + 120 + 140) ÷ 3
Answer = 120 units
Remember: The simple moving average gives equal weight to each included observation.
10. Lead Time in Supply Chain Management
Lead Time is the elapsed time between the start and completion of a defined activity or process.
Different types include:
- Procurement Lead Time: Time from placing a purchase order to receiving materials.
- Production Lead Time: Time required to manufacture products.
- Transportation Lead Time: Time required for the defined transportation activity.
- Order Fulfillment Lead Time: Time from receiving an order to completing its delivery.
Numerical Example
A company requires:
- Procurement: 4 days
- Production: 6 days
- Transportation: 3 days
If the activities are performed strictly one after another without overlap or additional delays:
Total Lead Time = 4 + 6 + 3 = 13 days
In real supply chains, overlapping activities and waiting times can change the total.
11. Supply Chain Models and Strategies
A. Efficient Supply Chain
Focuses on reducing cost and eliminating waste through predictable and standardized processes.
Suitable for relatively stable demand.
B. Responsive Supply Chain
Focuses on responding quickly to changing customer requirements.
Suitable for products with uncertain demand or short selling seasons.
C. Agile Supply Chain
Emphasizes flexibility and rapid adaptation to market changes and disruptions.
D. Lean Supply Chain
Focuses on eliminating waste and activities that do not add value.
E. Resilient Supply Chain
Focuses on preparing for, responding to and recovering from disruptions.
F. Sustainable Supply Chain
Considers economic, environmental and social impacts across supply chain operations.
Remember: Lean emphasizes waste reduction, Agile emphasizes adaptability, and Resilience emphasizes disruption recovery.
12. Important SCM Tools and Systems
| System | Full Form | Primary Use |
|---|---|---|
| ERP | Enterprise Resource Planning | Integration of business functions |
| WMS | Warehouse Management System | Warehouse inventory and operations |
| TMS | Transportation Management System | Shipment planning and execution |
| RFID | Radio Frequency Identification | Identification and tracking |
| EDI | Electronic Data Interchange | Structured electronic business data exchange |
| GPS | Global Positioning System | Location information |
| MRP | Material Requirements Planning | Planning dependent material requirements |
What Is MRP?
Material Requirements Planning calculates the materials needed for production using demand requirements, product structures, inventory records and lead times.
Example: If a factory plans to manufacture 100 bicycles and each bicycle requires two wheels, the gross wheel requirement is 200 wheels before considering available stock and other requirements.
13. Supply Chain Risk Management
Supply chains face internal and external risks.
| Risk | Example | Possible response |
|---|---|---|
| Supplier Risk | Supplier cannot deliver materials | Alternative qualified suppliers |
| Transportation Risk | Railway disruption or road closure | Contingency routes or modes |
| Demand Risk | Unexpected increase or decrease in orders | Better forecasting and flexible capacity |
| Inventory Risk | Excess inventory or stockout | Inventory controls and appropriate buffers |
| Information Risk | Incorrect stock or shipment data | Data validation and integrated systems |
| Regulatory Risk | Customs or compliance delays | Proper documentation and compliance planning |
Single Sourcing vs Multiple Sourcing
Single Sourcing: Purchasing a particular item from one selected supplier.
Multiple Sourcing: Purchasing from two or more suppliers.
Single sourcing may simplify coordination and support supplier relationships, while multiple sourcing can reduce dependence on one supplier.
However, multiple sourcing is not automatically cheaper or more efficient.
14. Role of CONCOR in the Supply Chain
Container Corporation of India Limited supports supply chain operations through containerized transportation and logistics services.
In a typical container logistics chain, an inland cargo producer may need road transportation, a container terminal, rail transport and onward movement through a seaport.
Illustrative Export Supply Chain
Exporter → Road Transporter → Inland Container Depot → Container Rail Service → Seaport → Overseas Destination
CONCOR's services can support the inland container transport and terminal stages, depending on the route, facilities and service arrangement.
How CONCOR Supports SCM
- Multimodal Connectivity: Supports connections among transport modes.
- Container Movement: Facilitates movement of containerized domestic and EXIM cargo.
- Terminal Operations: Supports handling, consolidation and related cargo operations.
- Logistics Coordination: Helps connect inland cargo locations with other parts of the logistics network.
- Warehousing and Associated Services: Supports storage and other logistics requirements at relevant facilities.
CONCOR-Oriented Practical Question
A company wants to move export cargo from an inland industrial region to a seaport.
Which SCM activities are relevant?
Answer: Transportation planning, container handling, terminal operations, documentation, cargo tracking, coordination and delivery scheduling.
This demonstrates why Supply Chain Management is relevant to commercial and operations roles.
15. Supply Chain Performance Indicators
SCM performance can be measured using several KPIs.
15.1 Inventory Turnover
Formula: Inventory Turnover = Cost of Goods Sold ÷ Average Inventory at Cost
Example:
- Cost of Goods Sold = ₹15,00,000
- Average Inventory at Cost = ₹3,00,000
- Inventory Turnover = 15,00,000 ÷ 3,00,000
Answer = 5 times
15.2 Order Fill Rate
Order Fill Rate measures the proportion of demand fulfilled immediately from available stock. The exact denominator depends on whether orders, order lines or units are used.
Unit Fill Rate Formula:
- Unit Fill Rate = (Units Supplied Immediately ÷ Units Requested) × 100
- Example: 900 units supplied immediately out of 1,000 requested.
Answer = 90%
15.3 On-Time Delivery Rate
- On-Time Delivery Rate = (On-Time Deliveries ÷ Total Deliveries) × 100
- Example: 190 deliveries on time out of 200 deliveries.
Answer = 95%
15.4 Perfect Order Rate
Perfect Order Rate measures the share of orders meeting all defined fulfillment conditions, such as timely delivery, correct quantity, acceptable condition and accurate documentation.
If 92 out of 100 orders satisfy all the conditions: Perfect Order Rate = (92 ÷ 100) × 100
Answer = 92%
15.5 Cash-to-Cash Cycle Time
Cash-to-Cash Cycle Time measures the time between paying suppliers and receiving cash from customers.
Formula: Cash-to-Cash Cycle Time = Days Inventory Outstanding + Days Sales Outstanding − Days Payables Outstanding
Example:
- DIO = 40 days
- DSO = 25 days
- DPO = 30 days
- Cash-to-Cash Cycle Time = 40 + 25 − 30
Answer = 35 days
A lower cash-to-cash cycle often indicates that less working capital is tied up in the operating cycle, although interpretation depends on business conditions.
16. Important SCM Concepts for Exams
- Safety Stock: Extra inventory maintained to protect against uncertainty in demand or replenishment.
- Reorder Point (ROP): The inventory position at which a replenishment order should be triggered.
- Economic Order Quantity (EOQ): An order quantity that minimizes the relevant ordering and holding costs under the basic model's assumptions.
- Vendor-Managed Inventory (VMI): A system in which the supplier manages agreed replenishment decisions using relevant customer inventory and demand information.
- Collaborative Planning, Forecasting and Replenishment (CPFR): A collaborative approach to planning and replenishment between supply chain partners.
- Just-in-Time (JIT): An approach that aims to provide materials or products close to the time they are needed.
- Decoupling Point: A point separating stages with different inventory, production or order-response strategies.
- Bottleneck: A resource or process that limits the output of the overall system.
- Outsourcing: Assigning selected business activities to external service providers.
- Supply Chain Visibility: The ability to access reliable information about relevant inventory, orders, movements or operations across the supply chain.
17. Important SCM Formulas
| Concept | Formula |
|---|---|
| Simple Moving Average | Sum of observations ÷ Number of observations |
| Inventory Turnover | COGS ÷ Average Inventory at Cost |
| Unit Fill Rate | Units supplied immediately ÷ Units requested × 100 |
| On-Time Delivery Rate | On-time deliveries ÷ Total deliveries × 100 |
| Perfect Order Rate | Perfect orders ÷ Total orders × 100 |
| Cash-to-Cash Cycle | DIO + DSO − DPO |
| Reorder Point (basic deterministic model) | Average demand per period × Lead time in periods |
| Reorder Point (with safety stock) | Expected lead-time demand + Safety stock |
For the basic EOQ model: EOQ = √(2DS/H)
Where:
- D = Annual demand
- S = Ordering cost per order
- H = Annual holding cost per unit
The basic EOQ model assumes conditions such as constant demand, fixed ordering cost and no planned shortages.
Detailed EOQ and reorder-point numerical questions will be covered under Inventory Management.
18. Quick Revision
- SCM stands for Supply Chain Management.
- SCM includes sourcing, procurement, production coordination and logistics.
- Logistics is a major component of SCM.
- Suppliers provide materials and services to downstream organizations.
- Material Flow involves the physical movement of goods.
- Information Flow includes orders, forecasts and tracking updates.
- Financial Flow includes payments, invoices and credit arrangements.
- Push Systems rely primarily on demand forecasts.
- Pull Systems respond primarily to actual demand signals.
- The Push-Pull Boundary separates forecast-driven and demand-driven activities.
- The Bullwhip Effect amplifies demand variability upstream.
- Order batching can contribute to the Bullwhip Effect.
- Price fluctuations can contribute to the Bullwhip Effect.
- Demand Forecasting estimates future customer requirements.
- Procurement involves acquiring goods and services.
- Lead Time is the time required to complete a defined process.
- ERP stands for Enterprise Resource Planning.
- WMS stands for Warehouse Management System.
- TMS stands for Transportation Management System.
- MRP stands for Material Requirements Planning.
- JIT stands for Just-in-Time.
- Lean Supply Chains focus on reducing waste.
- Agile Supply Chains emphasize flexibility.
- Resilient Supply Chains prepare for and recover from disruptions.
- CONCOR supports the movement of containerized cargo through its logistics network.
19. CONCOR MT 2026 – 25 Expected MCQs with Answers
These are original practice questions based on SCM concepts, not verified CONCOR previous-year questions.
Q1. What does SCM stand for?
B. Supply Chain Management
C. Storage Control Method
D. Shipment Cost Management
Answer: B
Explanation: SCM refers to Supply Chain Management.
Q2. Which of the following is included in SCM?
B. Production coordination
C. Logistics
D. All of the above
Answer: D
Explanation: SCM covers sourcing, production coordination, logistics and other interconnected activities.
Q3. Which flow includes the movement of raw materials and finished products?
B. Financial Flow
C. Information Flow
D. Communication Flow only
Answer: A
Explanation: Material Flow deals with physical goods.
Q4. Purchase orders and demand forecasts are examples of:
B. Information Flow
C. Financial Flow
D. Reverse Payment Flow
Answer: B
Explanation: Orders and forecasts communicate business information between supply chain partners.
Q5. A Push Supply Chain is primarily driven by:
B. Demand forecasts
C. Product returns
D. Supplier invoices
Answer: B
Explanation: Push Systems generally plan ahead using anticipated demand.
Q6. A Pull Supply Chain is primarily driven by:
B. Advertising costs
C. Historical costs only
D. Warehouse rent
Answer: A
Explanation: Pull Systems respond to orders or consumption signals.
Q7. What is the Bullwhip Effect?
B. Amplification of demand variability upstream
C. Reduction in product prices
D. Increase in transport speed
Answer: B
Explanation: Small demand changes can create much larger upstream ordering fluctuations.
Q8. Which is a recognized cause of the Bullwhip Effect?
B. Price Fluctuations
C. Shortage Gaming
D. All of the above
Answer: D
Explanation: All three can contribute to demand amplification.
Q9. Which practice can help reduce the Bullwhip Effect?
B. Increasing information delays
C. Encouraging inflated orders
D. Avoiding coordination
Answer: A
Explanation: Better demand visibility helps reduce distorted ordering decisions.
Q10. What is the three-month simple moving average of 100, 120 and 140 units?
B. 120
C. 130
D. 140
Answer: B
Explanation: (100 + 120 + 140) ÷ 3 = 120.
Q11. What is the full form of ERP?
B. Export Railway Process
C. Economic Resource Pricing
D. External Retail Planning
Answer: A
Explanation: ERP integrates information and processes across business functions.
Q12. MRP is mainly used for:
B. Planning material requirements
C. Determining personal income tax
D. Retail shop decoration
Answer: B
Explanation: MRP calculates materials required for production based on defined inputs.
Q13. A supply chain that emphasizes minimizing waste is called:
B. Agile only
C. Resilient only
D. Unplanned
Answer: A
Explanation: Lean principles focus on reducing waste and improving process efficiency.
Q14. A supply chain designed to adapt quickly to changing requirements is:
B. Rigid
C. Static
D. Isolated
Answer: A
Explanation: Agility is associated with responsiveness and flexibility.
Q15. A supply chain designed to recover effectively after disruption is:
B. Uncontrolled
C. Single-stage
D. Manual only
Answer: A
Explanation: Resilience involves preparation, adaptation and recovery.
Q16. What is the procurement lead time if materials arrive 8 days after the purchase order is placed?
B. 6 days
C. 8 days
D. 10 days
Answer: C
Explanation: Under the stated measurement, procurement lead time is 8 days.
Q17. A company delivers 180 orders on time out of 200. Its on-time delivery rate is:
B. 85%
C. 90%
D. 95%
Answer: C
Explanation: (180 ÷ 200) × 100 = 90%.
Q18. Annual COGS is ₹12 lakh and average inventory at cost is ₹3 lakh. Inventory turnover is:
B. 3 times
C. 4 times
D. 6 times
Answer: C
Explanation: 12 ÷ 3 = 4 times.
Q19. Which system primarily supports transportation planning and execution?
B. WMS
C. Payroll System
D. Word Processor
Answer: A
Explanation: TMS stands for Transportation Management System.
Q20. What does VMI stand for?
B. Vendor-Managed Inventory
C. Verified Market Information
D. Variable Manufacturing Input
Answer: B
Explanation: VMI allows the supplier to manage agreed replenishment decisions.
Q21. What is the basic reorder point when average daily demand is 50 units and replenishment lead time is 4 days, assuming constant demand and no safety stock?
B. 100 units
C. 150 units
D. 200 units
Answer: D
Explanation: Reorder Point = 50 × 4 = 200 units.
Q22. If DIO = 40 days, DSO = 30 days and DPO = 20 days, cash-to-cash cycle time is:
B. 40 days
C. 50 days
D. 90 days
Answer: C
Explanation: 40 + 30 − 20 = 50 days.
Q23. Which is an example of external supply chain integration?
B. A manufacturer sharing forecasts with a supplier
C. Employees using an internal attendance system
D. A finance team preparing its own budget
Answer: B
Explanation: External integration involves collaboration across organizational boundaries.
Q24. Which statement is correct?
B. All supply chains have the same number of stages
C. A manufacturer can sometimes sell directly to customers
D. Logistics and SCM are completely unrelated
Answer: C
Explanation: Supply chains have different structures, and some bypass intermediaries.
Q25. Which of the following is relevant to CONCOR-supported supply chain operations?
B. Terminal operations
C. Coordination with multimodal logistics networks
D. All of the above
Answer: D
Explanation: Containerized freight transportation and terminal operations are central to CONCOR's logistics role.
20. Frequently Asked Questions
What is Supply Chain Management in simple words?
SCM means coordinating suppliers, production, inventory, transportation and delivery so that products reach customers efficiently.
What is the difference between SCM and Logistics?
SCM is broader and covers sourcing, production and coordination across organizations, while logistics concentrates on movement, storage and related information flow.
What are the three flows in SCM?
The three major flows are Material Flow, Information Flow and Financial Flow.
What is the difference between Push and Pull Supply Chains?
Push Systems are primarily forecast-driven, while Pull Systems respond to actual demand signals.
What is the Bullwhip Effect?
It is the amplification of demand or order variability as signals move upstream through a supply chain.
Which SCM topics are important for CONCOR Management Trainee preparation?
Important areas include supply chain stages, flows, procurement, transportation, logistics integration, Push and Pull systems, the Bullwhip Effect, demand forecasting, risk management and performance measurement.
Conclusion
Supply Chain Management connects suppliers, manufacturers, warehouses, logistics providers and customers into an integrated network.
For CONCOR MT 2026 preparation, focus on the three supply chain flows, Push vs Pull systems, the Bullwhip Effect, demand forecasting, supply chain integration, lead time and major SCM performance indicators.
Understand the concepts through practical examples and revise the numerical formulas regularly.
