Training Course
Overview
Inventory Management and Control is a comprehensive
professional training course designed to equip participants with the knowledge
and practical skills required to plan, organize, monitor, and optimize
inventory across modern supply chains. Effective inventory management ensures
that organizations maintain the right products, materials, spare parts, and
supplies in the right quantities and at the right time while minimizing
unnecessary carrying costs, stockouts, obsolescence, waste, and operational
disruption. This training provides a structured approach to inventory planning
and control across manufacturing, retail, healthcare, procurement, logistics,
warehousing, distribution, and service organizations.
The course covers the fundamental principles of inventory
management, including inventory classification, demand analysis, stock
valuation, replenishment systems, lead-time management, safety stock, reorder
points, Economic Order Quantity (EOQ), minimum and maximum stock levels, cycle
counting, inventory accuracy, and stock reconciliation. Participants learn how
to use practical inventory management tools such as ABC analysis, XYZ analysis,
inventory turnover calculations, stock aging reports, reorder point models,
inventory dashboards, cycle count schedules, warehouse records, and Microsoft
Excel to analyze inventory performance and make informed operational decisions.
Advanced inventory control techniques are incorporated to
help participants balance inventory availability, customer service, working
capital, and supply chain risk. The training examines demand forecasting,
service-level optimization, supplier lead-time variability, safety stock
calculations, slow-moving and obsolete inventory, inventory segmentation,
multi-location inventory, warehouse optimization, and supplier collaboration.
Participants also explore Lean inventory principles, Just-in-Time (JIT),
Kanban, Vendor Managed Inventory (VMI), Materials Requirements Planning (MRP),
Sales and Operations Planning (S&OP), and risk-based inventory management.
Through practical exercises, case studies, simulations,
and real-world scenarios, participants develop the ability to identify
inventory problems, diagnose their root causes, improve stock accuracy, reduce
excess inventory, prevent stockouts, and establish effective inventory control
systems. The course also addresses technology-enabled inventory management
using Enterprise Resource Planning (ERP), Warehouse Management Systems (WMS),
barcode and RFID technologies, inventory analytics, automation, and artificial
intelligence. By the end of the program, participants will be able to develop
and implement practical inventory management strategies that improve service
levels, reduce costs, strengthen operational control, and optimize working capital.
Course Duration
10 Days(80 hours)
Target Participants
·
Inventory managers and inventory control
professionals
·
Warehouse and stores personnel
·
Supply chain managers and professionals
·
Procurement and purchasing professionals
·
Logistics and distribution professionals
·
Operations and production managers
·
Demand and supply planners
·
Materials management professionals
·
Retail and distribution professionals
·
Healthcare and pharmaceutical supply professionals
·
Manufacturing and production personnel
·
Finance and accounting professionals involved in
inventory control
·
Business and operations analysts
·
Supervisors and managers responsible for stock
management and control
Course Objectives
By the end of this Inventory Management and Control
training course, participants will be able to:
·
Explain the principles, objectives, and
strategic importance of inventory management.
·
Understand different inventory types, functions,
and cost categories.
·
Analyze inventory demand, consumption patterns,
and stock requirements.
·
Apply ABC, XYZ, FSN, and other inventory
classification techniques.
·
Calculate and interpret inventory turnover and
stock performance indicators.
·
Apply Economic Order Quantity (EOQ) and other
replenishment techniques.
·
Calculate reorder points, safety stock, minimum
stock, and maximum stock levels.
·
Manage lead-time variability and inventory
uncertainty.
·
Improve inventory accuracy through cycle
counting and reconciliation.
·
Identify and control excess, obsolete,
slow-moving, and dead stock.
·
Apply appropriate inventory valuation and
accounting principles.
·
Optimize warehouse storage, material handling,
picking, and stock movement.
·
Apply Lean, Just-in-Time, Kanban, MRP, VMI, and
S&OP principles.
·
Use Microsoft Excel and inventory analytics for
stock planning and control.
·
Understand the role of ERP, WMS, barcode, RFID,
automation, and AI in inventory management.
·
Develop inventory control policies, procedures,
and standard operating procedures.
·
Identify inventory-related risks and develop
mitigation strategies.
·
Establish effective inventory KPIs, dashboards,
and management reporting systems.
·
Improve inventory service levels while controlling
working capital and carrying costs.
·
Develop an integrated inventory management and
control improvement roadmap.
Course Content
Module 1: Inventory
Management and Control
Day 1: Foundations of Inventory Management
1.
Introduction to Inventory Management and Control
o Definition,
scope, and objectives of inventory management
o Strategic
and operational roles of inventory
o Inventory
management versus inventory control
o Relationship
between inventory and supply chain performance
2.
Types and Functions of Inventory
o Raw
materials
o Work-in-progress
o Finished
goods
o Maintenance,
repair, and operating supplies
o Safety,
cycle, pipeline, and seasonal inventory
3.
Inventory Management Principles
o Right
product, quantity, quality, time, and location
o Availability
versus cost trade-offs
o Service
levels and customer requirements
o Balancing
inventory and operational efficiency
4.
Inventory Costs
o Purchase
and acquisition costs
o Ordering
and setup costs
o Holding
and carrying costs
o Stockout
and shortage costs
o Obsolescence
and shrinkage costs
5.
Inventory and Working Capital
o Relationship
between inventory and cash flow
o Working
capital requirements
o Cash-to-cash
cycle
o Reducing
inventory without damaging service levels
6.
Inventory Management Roles and Responsibilities
o Inventory
manager responsibilities
o Warehouse
and stores responsibilities
o Procurement
and supplier responsibilities
o Finance
and accounting responsibilities
o Cross-functional
inventory governance
7.
Inventory Policies and Control Procedures
o Stocking
policies
o Replenishment
policies
o Authorization
and approval controls
o Segregation
of duties
o Standard
operating procedures
8.
Inventory Performance Indicators
o Inventory
turnover
o Days
inventory outstanding
o Stockout
rate
o Fill
rate and service level
o Inventory
accuracy
o Carrying
cost
9.
Practical Exercise: Inventory Management Assessment
o Review
an inventory profile
o Identify
major inventory problems
o Calculate
basic inventory KPIs
o Prioritize
improvement opportunities
10. Case
Study: Inventory Control Failure
·
Analyze an organization experiencing frequent
stockouts and excess inventory
·
Identify operational and management weaknesses
·
Determine root causes
·
Develop initial inventory control
recommendations
Day 2: Inventory Classification and Demand
Analysis
1.
Inventory Classification Fundamentals
o Purpose
of inventory segmentation
o Classification
by value, demand, criticality, and movement
o Benefits
of differentiated inventory policies
o Selecting
classification criteria
2.
ABC Analysis
o Pareto
principle and inventory management
o Classifying
A, B, and C items
o Setting
different control levels
o Practical
ABC analysis
3.
XYZ Analysis
o Demand
variability classification
o X,
Y, and Z categories
o Combining
ABC and XYZ analysis
o Developing
differentiated replenishment policies
4.
FSN and Movement-Based Classification
o Fast-moving,
slow-moving, and non-moving inventory
o Identifying
dead stock
o Stock
aging analysis
o Movement-based
control strategies
5.
Criticality-Based Inventory Classification
o Critical,
essential, and non-critical items
o Operational
and safety considerations
o Spare
parts and maintenance inventory
o Criticality
assessment matrices
6.
Demand Patterns and Inventory Requirements
o Stable
and variable demand
o Seasonal
demand
o Intermittent
demand
o Dependent
and independent demand
o Demand
uncertainty
7.
Demand Forecasting for Inventory Management
o Historical
demand analysis
o Moving
averages
o Weighted
moving averages
o Exponential
smoothing concepts
o Forecast
accuracy
8.
Inventory Data Analysis Using Microsoft Excel
o Data
cleaning and preparation
o Sorting
and filtering inventory records
o Pivot
tables and inventory summaries
o Charts
and inventory dashboards
9.
Practical Exercise: Multi-Criteria Inventory
Classification
o Conduct
ABC analysis
o Conduct
XYZ analysis
o Apply
movement and criticality classifications
o Develop
differentiated control policies
10. Case
Study: Reducing Inventory Through Segmentation
·
Analyze a large inventory portfolio
·
Identify high-value and low-value stock
·
Identify slow-moving and critical items
·
Develop a segmented inventory management
strategy
Day 3: Inventory Replenishment and Order
Quantity Management
1.
Inventory Replenishment Fundamentals
o Replenishment
concepts
o Continuous
and periodic review systems
o Stock
triggers and replenishment signals
o Selecting
appropriate replenishment approaches
2.
Economic Order Quantity
o EOQ
principles
o Ordering
and holding cost relationships
o EOQ
formula and assumptions
o Practical
EOQ calculations
3.
Reorder Point Management
o Reorder
point concepts
o Demand
during lead time
o Lead-time
variability
o Reorder
point calculations
4.
Minimum and Maximum Stock Levels
o Minimum
stock levels
o Maximum
stock levels
o Average
inventory
o Setting
practical inventory boundaries
5.
Safety Stock Fundamentals
o Purpose
of safety stock
o Demand
uncertainty
o Lead-time
uncertainty
o Service-level
considerations
6.
Service-Level Optimization
o Customer
service requirements
o Stock
availability
o Fill
rate
o Balancing
service and carrying costs
7.
Lead-Time Management
o Supplier
lead times
o Internal
processing times
o Transportation
lead times
o Lead-time
variability and reliability
8.
Replenishment Systems and Tools
o Min-max
systems
o Two-bin
systems
o Periodic
review
o Continuous
review
o Kanban
replenishment
9.
Practical Exercise: Replenishment Planning
o Calculate
EOQ
o Calculate
reorder points
o Determine
safety stock
o Establish
minimum and maximum levels
o Develop
a replenishment schedule
10. Case
Study: Preventing Stockouts Through Better Replenishment
·
Analyze recurring stockouts
·
Review demand and lead-time data
·
Identify weaknesses in replenishment parameters
·
Develop improved reorder policies
Day 4: Inventory Accuracy, Stock Control,
and Reconciliation
1.
Inventory Accuracy Fundamentals
o Importance
of accurate inventory records
o Physical
versus system inventory
o Causes
of inventory discrepancies
o Financial
and operational consequences
2.
Inventory Receiving Controls
o Receiving
procedures
o Quantity
verification
o Quality
inspection
o Documentation
and system updates
3.
Put-Away and Storage Controls
o Location
management
o Bin
and shelf identification
o Stock
labeling
o Storage
discipline
o Traceability
4.
Stock Issuing and Movement Controls
o Authorized
stock issues
o Material
requisitions
o Transfers
and adjustments
o Recording
stock movements
5.
Cycle Counting
o Purpose
and benefits
o Cycle
count frequency
o Risk-based
cycle counting
o ABC-based
counting programs
6.
Physical Inventory Counts
o Planning
physical counts
o Count
procedures
o Independent
verification
o Reconciling
count results
7.
Inventory Reconciliation
o Identifying
discrepancies
o Investigating
differences
o Adjustment
controls
o Documentation
and approvals
8.
Inventory Shrinkage and Loss Prevention
o Theft
and unauthorized usage
o Damage
and deterioration
o Misplacement
o Process
errors
o Preventive
controls
9.
Practical Exercise: Inventory Accuracy Investigation
o Compare
system and physical records
o Calculate
inventory accuracy
o Investigate
discrepancies
o Develop
corrective actions
10. Case
Study: High Inventory Variance
·
Analyze recurring stock discrepancies
·
Identify process and control failures
·
Apply root cause analysis
·
Develop an inventory accuracy improvement plan
Day 5: Warehouse Inventory Control and
Optimization
1.
Warehouse Inventory Management Principles
o Warehouse
roles in inventory control
o Storage
efficiency
o Inventory
accessibility
o Flow
and space utilization
2.
Warehouse Layout Optimization
o Storage
zones
o Product
placement
o High-
and low-frequency locations
o Space
utilization
o Material
flow
3.
Slotting and Stock Location Management
o ABC-based
slotting
o Demand-based
location assignment
o Reducing
travel and handling
o Dynamic
slotting concepts
4.
Material Handling and Movement
o Receiving
o Put-away
o Picking
o Packing
o Dispatch
o Internal
transfers
5.
FIFO, FEFO, and Stock Rotation
o First-In,
First-Out principles
o First-Expired,
First-Out principles
o Expiry
and shelf-life management
o Applications
in healthcare and food supply chains
6.
Inventory Aging and Obsolescence
o Aging
analysis
o Slow-moving
and obsolete stock
o Expiry
management
o Disposal
and liquidation strategies
7.
Warehouse Productivity and Inventory KPIs
o Picking
accuracy
o Order
fulfillment
o Inventory
accuracy
o Storage
utilization
o Receiving
and dispatch cycle time
8.
Visual Management and Lean Warehousing
o 5S
principles
o Visual
controls
o Standard
work
o Waste
elimination
o Continuous
improvement
9.
Practical Exercise: Warehouse Inventory Optimization
o Analyze
warehouse layout
o Identify
inefficient stock locations
o Develop
a slotting strategy
o Improve
stock movement and accessibility
10. Case
Study: Warehouse Congestion and Inventory Loss
·
Analyze storage and movement problems
·
Identify causes of congestion and misplaced
inventory
·
Develop layout and control improvements
·
Estimate expected operational benefits
Day 6: Inventory Valuation, Financial
Control, and Cost Management
1.
Inventory Accounting and Financial Control
o Relationship
between inventory management and financial reporting
o Inventory
recognition and measurement
o Financial
implications of inventory decisions
o Coordination
between operations and finance
2.
Inventory Valuation Methods
o First-In,
First-Out (FIFO)
o Weighted
average cost
o Specific
identification
o Understanding
valuation impacts
3.
Cost of Inventory
o Purchase
costs
o Conversion
costs
o Freight
and handling
o Duties
and related acquisition costs
o Cost
allocation principles
4.
Inventory Carrying Cost Analysis
o Capital
costs
o Storage
costs
o Insurance
and taxes
o Obsolescence
o Shrinkage
and handling
5.
Excess and Obsolete Inventory Costs
o Identifying
financial exposure
o Aging
reports
o Provisioning
concepts
o Disposal
and recovery strategies
6.
Inventory and Cost of Goods Sold
o Relationship
between inventory balances and COGS
o Stock
movements and financial records
o Inventory
adjustments
o Reconciliation
between operational and financial systems
7.
Inventory Controls and Internal Audit
o Authorization
controls
o Segregation
of duties
o Physical
safeguards
o Audit
trails
o Exception
monitoring
8.
Inventory Optimization and Working Capital
o Reducing
tied-up capital
o Improving
inventory turnover
o Balancing
liquidity and service
o Financial
impact of inventory policies
9.
Practical Exercise: Inventory Cost Analysis
o Calculate
inventory carrying costs
o Analyze
stock aging
o Identify
excess inventory exposure
o Develop
cost-reduction recommendations
10. Case
Study: Working Capital Locked in Inventory
·
Analyze an organization with excessive stock
investment
·
Identify financial and operational causes
·
Develop inventory reduction strategies
·
Assess financial and service-level impacts
Day 7: Advanced Inventory Planning and
Supply Chain Integration
1.
Materials Requirements Planning
o MRP
principles
o Bill
of Materials
o Master
production schedules
o Material
requirements calculations
2.
Just-in-Time Inventory Management
o JIT
principles
o Pull-based
replenishment
o Waste
reduction
o Supplier
synchronization
o Risks
and limitations
3.
Kanban Inventory Control
o Kanban
principles
o Visual
replenishment
o Kanban
cards and signals
o Setting
appropriate Kanban quantities
4.
Vendor Managed Inventory
o VMI
concepts
o Supplier-managed
replenishment
o Data
sharing
o Benefits
and implementation challenges
5.
Sales and Operations Planning
o S&OP
principles
o Demand
and supply balancing
o Inventory
planning
o Cross-functional
decision-making
6.
Multi-Echelon Inventory Management
o Inventory
across multiple locations
o Central
and regional warehouses
o Distribution
inventory
o Inventory
positioning
7.
Inventory Pooling and Risk Sharing
o Inventory
centralization
o Risk
pooling
o Postponement
strategies
o Strategic
inventory positioning
8.
Integrated Supply Chain Planning
o Procurement
o Demand
planning
o Production
o Warehousing
o Distribution
o Customer
service
9.
Practical Exercise: Integrated Inventory Planning
o Develop
a multi-stage inventory plan
o Balance
demand and supply
o Determine
replenishment requirements
o Evaluate
service and cost trade-offs
10. Case
Study: Optimizing Inventory Across Multiple Locations
·
Analyze inventory distributed across several
facilities
·
Identify duplication and imbalance
·
Develop inventory positioning alternatives
·
Recommend an optimized network approach
Day 8: Inventory Risk Management and
Resilience
1.
Inventory Risk Management Fundamentals
o Inventory-related
operational risks
o Supply
disruption risks
o Demand
risks
o Quality
and compliance risks
2.
Inventory Risk Identification
o Supplier
dependency
o Single-source
items
o Long-lead-time
products
o Critical
and strategic items
o Geographic
risks
3.
Risk Assessment and Prioritization
o Probability
and impact analysis
o Risk
matrices
o Criticality
scoring
o Failure
Mode and Effects Analysis (FMEA)
4.
Safety Stock as a Risk Management Tool
o Strategic
safety stock
o Buffer
inventory
o Service-level
protection
o Cost
versus resilience trade-offs
5.
Business Continuity and Inventory Planning
o Contingency
inventory
o Alternative
suppliers
o Emergency
sourcing
o Alternative
distribution channels
6.
Managing Demand and Supply Shocks
o Sudden
demand increases
o Supplier
failures
o Transportation
disruptions
o Market
volatility
7.
Inventory Quality and Product Integrity
o Quality
inspection
o Expiry
and shelf-life controls
o Product
traceability
o Recall
readiness
8.
Compliance and Inventory Governance
o Internal
inventory policies
o Regulatory
requirements
o Audit
readiness
o Documentation
and traceability
9.
Practical Exercise: Inventory Risk Assessment
o Identify
critical inventory risks
o Develop
a risk matrix
o Prioritize
vulnerabilities
o Develop
mitigation strategies
10. Case
Study: Inventory Management During a Supply Disruption
·
Analyze a major supplier disruption
·
Evaluate available inventory buffers
·
Develop emergency replenishment options
·
Create a resilient inventory strategy
Day 9: Technology, Analytics, and Digital
Inventory Management
1.
Enterprise Resource Planning for Inventory
o ERP
inventory modules
o Item
master data
o Purchase
and sales transactions
o Inventory
visibility
2.
Warehouse Management Systems
o WMS
functionality
o Location
management
o Receiving
and picking
o Real-time
inventory tracking
3.
Barcode and RFID Technologies
o Barcode
systems
o RFID
applications
o Automated
identification
o Improving
inventory accuracy
4.
Inventory Data and Master Data Management
o SKU
management
o Item
descriptions and codes
o Units
of measure
o Data
quality and governance
5.
Inventory Analytics
o Descriptive
analytics
o Diagnostic
analytics
o Predictive
analytics
o Prescriptive
inventory analytics
6.
Inventory Dashboards and Reporting
o KPI
dashboards
o Stock
status reporting
o Aging
reports
o Exception
reports
o Management
visualization
7.
Automation in Inventory Management
o Automated
replenishment
o Warehouse
automation
o Automated
counting
o Robotics
and smart storage
8.
Artificial Intelligence in Inventory Planning
o AI-supported
demand forecasting
o Predictive
stockout analysis
o Intelligent
replenishment
o Anomaly
detection
o Practical
considerations for AI adoption
9.
Practical Exercise: Building an Inventory Analytics
Dashboard
o Prepare
inventory data
o Calculate
key inventory metrics
o Identify
exceptions
o Develop
management recommendations
10. Case
Study: Digital Transformation of Inventory Control
·
Assess a manual inventory management environment
·
Identify technology gaps
·
Design a digital inventory solution
·
Evaluate expected accuracy, efficiency, and cost
benefits
Day 10: Advanced Inventory Optimization,
Standards, and Implementation
1.
Integrated Inventory Optimization Strategy
o Linking
demand, supply, inventory, and service
o Establishing
strategic inventory objectives
o Balancing
cost, availability, and risk
o Developing
optimization priorities
2.
Inventory Performance Management
o Inventory
KPI frameworks
o Target
setting
o Performance
reviews
o Exception
management
o Continuous
improvement
3.
Inventory Control Policies and Governance
o Inventory
policy development
o Stock
authorization levels
o Replenishment
governance
o Accountability
and ownership
4.
Inventory Management Standards and Frameworks
o ISO
9001 quality management principles
o ISO
31000 risk management principles
o SCOR
supply chain framework
o Lean
and Six Sigma
o Just-in-Time
and Kaizen
5.
Best Practices in Inventory Management
o Demand-driven
planning
o Inventory
segmentation
o Accurate
master data
o Cycle
counting
o Supplier
collaboration
o Continuous
improvement
6.
Root Cause Analysis and Continuous Inventory
Improvement
o Five
Whys
o Fishbone
analysis
o Pareto
analysis
o Corrective
and preventive actions
o PDCA
improvement cycles
7.
Developing an Inventory Optimization Business Case
o Identifying
improvement opportunities
o Cost-benefit
analysis
o Working
capital benefits
o Service-level
impact
o Return
on investment
8.
Implementation and Change Management
o Inventory
transformation planning
o Stakeholder
engagement
o Training
and communication
o Implementation
milestones
o Managing
resistance and sustaining improvements
9.
Capstone Exercise: Complete Inventory Management and
Control Plan
o Assess
inventory performance
o Analyze
demand, stock levels, accuracy, and costs
o Develop
replenishment and control policies
o Establish
KPIs and monitoring mechanisms
o Present
an integrated inventory improvement strategy
10. Final
Case Study, Assessment, and Implementation Roadmap
·
Analyze a complex inventory management scenario
·
Identify operational, financial, technology, and
risk issues
·
Prioritize inventory optimization initiatives
·
Develop a 90-day and long-term implementation
roadmap
·
Complete a practical knowledge and skills
assessment