Stores and Warehouse Management

Learning Outcome 01: Describe the Basic Concepts in Stores and Warehouse Management

1.1 Define Stores and Warehousing

Stores Definition:
A store (or storeroom) is a designated facility or area within an organisation where goods, raw materials, tools, and supplies are kept safely until they are required for use. Stores are a critical component of an organisation's supply chain and support day-to-day operations by ensuring that items are available when needed.
Warehousing Definition:
Warehousing refers to the process of storing goods on a large scale in a purpose-built facility called a warehouse. It involves the receipt, safe storage, and dispatch of goods and plays a vital role in the supply chain by bridging the gap between production and consumption. Warehousing ensures that products are available in the right quantities at the right time.

1.2 Determine Type of Warehousing

Types of Warehousing Arrangements:

Public Warehousing:
- Owned and operated by a third party that rents out storage space to multiple businesses.
- Cost-effective for businesses that do not have consistent or high-volume storage needs.
Private Warehousing:
- Owned and operated by a single company for its own use.
- Higher initial investment but offers greater control over operations and security.
Distribution Centres:
- Specialised warehouses designed primarily for the rapid movement of goods rather than long-term storage.
- They receive, sort, and redistribute goods to retailers or customers efficiently.
Cold Storage:
- Temperature-controlled warehouses used for perishable goods such as food, pharmaceuticals, and other temperature-sensitive products.
- Ensures product quality and regulatory compliance.

1.3 Execute Warehouse Operations

Key Functions of Effective Warehouse Operations:
- Receiving: Accepting incoming goods from suppliers, inspecting deliveries against purchase orders, checking for damage, recording quantities, and updating the inventory system.
- Storage: Organising and placing goods in appropriate locations within the warehouse, maximising space utilisation, ensuring goods are easily retrievable, and protecting items from damage.
- Picking: Selecting the correct items from storage in response to customer orders or internal requisitions, requiring accuracy and speed for customer satisfaction.
- Packing: Preparing items for dispatch, ensuring secure packaging and correct labelling to protect goods during transit.
- Shipping: Involving the loading of goods onto transport vehicles, dispatching them with accurate documentation.

1.4 Describe Warehouse Management System (WMS)

Definition of WMS:
A Warehouse Management System is a software application designed to optimise and control daily operations within a warehouse, managing the movement and storage of materials and processing associated transactions.
Functions of a WMS:
- Inventory tracking
- Order management
- Receiving and put-away
- Pick and pack processes
- Labour management
- Reporting and analytics
- Barcode/RFID integration
Integration with ERP Systems:
A WMS can integrate with Enterprise Resource Planning (ERP) systems for end-to-end visibility across the supply chain, synchronising data in real-time, improving order accuracy, and supporting financial reporting.

1.5 Outline Benefits of Effective Warehousing

Cost Efficiency:
Reduces operational costs through optimised space usage, reduced wastage, lower labour costs, and minimised errors.
Improved Inventory Management:
Real-time tracking ensures accuracy, preventing stockouts or overstock situations, and enhances demand planning.
Enhanced Customer Service:
Faster and more accurate order fulfilment improves customer satisfaction and loyalty.
Scalability:
Well-managed warehouses can adapt to changes in volume, product range, or seasonal demand fluctuations without significant disruption.

1.6 Address Challenges in Warehousing

Space Utilisation:
Optimising available warehouse space while ensuring safety and accessibility, with solutions including vertical storage systems and regular layout reviews.
Inventory Accuracy:
Discrepancies between physical stock and recorded inventory can lead to stockouts and financial losses, addressed through regular cycle counts and WMS adoption.
Technology Integration:
Implementing WMS, RFID, and automation can be costly and requires proper planning and staff training.
Labour Management:
Recruiting, training, and retaining skilled staff, managing shift patterns, and sustaining productivity levels are ongoing challenges.

Learning Outcome 02: Manage Stores Organisation and Administration

2.1 Draw Stores Layout Diagrams

Store Layout Definition:
Refers to the planned arrangement of space, shelving, aisles, receiving and dispatch areas within a store or warehouse, improving workflow, safety, and efficiency.

Types of Stores Layout:

Grid Layout:
- Straight, parallel rows for aisles and shelves.
- Easy navigation and maximised storage, commonly used in retail and general warehousing.
L-Shaped Layout:
- Arranged in an L-shape, suitable for limited or irregular floor spaces, enables separate receiving and dispatch.
U-Shaped Layout:
- Areas arranged in a U-shape, separating inbound and outbound goods while centralising storage.
Straight-Through Layout:
- Goods flow in one direction from receiving to dispatch, minimising handling.
Considerations in Layout Selection:
Based on goods type, activity volume, building dimensions, and safety needs.

2.2 Develop Inventory Management Policies

Definition:
Formal guidelines that govern stock handling, maintaining optimal levels, reducing waste, and ensuring accountability.

Types of Inventory Management Policies:

Stock Rotation Policy:
Ensures older stock is used before newer stock (FIFO - First In, First Out), critical for perishable goods.
Safety Stock Policy:
Maintains minimum buffer stock to protect against stockouts.
Cycle Counting Policy:
Specifies frequency and method for counting inventory to maintain accuracy.
Obsolete and Slow-Moving Stock Policy:
Outlines procedures for handling stock that is no longer in demand.
Security and Access Policy:
Controls access to reduce theft.
Returns and Damaged Goods Policy:
Details processing returned or damaged items.
Inventory Documentation Policy:
Specifies required documentation for stock movements.

2.3 Compile Staff Training Records

Definition:
Documents capturing information about employees' training activities, serving as evidence of competency development.

Importance:

Ensure staff competency, support compliance, identify training gaps, and facilitate succession planning.

Elements of Staff Training Records:

Employee Details (name, ID, department, job title)
Training Title / Course Name
Training Provider (internal or external)
Date(s) of Training
Training Method (classroom, on-the-job, e-learning, etc.)
Duration of training
Assessment Results / Certification obtained
Trainer/Supervisor Sign-off
Next Review or Renewal Date (if applicable)

2.4 Design Stores Operational Procedures

Importance:
Documented procedures standardise task performance, reducing errors and improving efficiency.

Key Procedures Include:

Storage Procedures:
Guidelines for receiving, inspecting, labelling, and placing goods correctly.
Issuing Procedures:
Process for releasing goods involving authorisation and documentation.
Stocktaking Procedures:
Method for conducting physical counts of inventory.
Returns Procedures:
Steps for managing returned goods.
Security and Access Procedures:
Rules governing warehouse access and incident reporting.
Health and Safety Procedures:
Compliance with occupational health regulations, including safe manual handling.

2.5 Formulate Performance Metrics Reports

Purpose:
Measure the effectiveness of store operations.

Key Metrics Include:

Inventory accuracy
Order fulfilment rate
Stockout frequency
Stock turnover ratio
Space utilisation
Reporting Frequency: Regularly (weekly, monthly, quarterly) for continuous improvement.

2.6 Create Stores Inspection Reports

Reasons for Inspection Reports:
Ensure compliance with standards, identify hazards, verify proper storage, and provide an audit trail.

Key Components:

Date and time of inspection
Names of inspectors
Areas inspected
Observations and findings
Non-conformances noted and corrective actions
Sign-off by a responsible manager

2.7 Craft Administration Records (e.g. Inventory Reports)

Types of Administrative Records:

Goods Received Notes (GRNs)
Stock issue vouchers
Bin cards
Stock ledger cards
Purchase orders
Delivery notes
Inventory count sheets

Common Contents:

Document reference numbers
Dates
Descriptions of goods
Quantities
Unit of measure
Supplier/recipient details
Authorisation signatures
Value information

2.8 Develop Continuous Improvement Plans

Importance:
Ensures regular review and enhancement of store operations.

Steps Involved:

Identify inefficiencies, set improvement targets, implement changes, and measure outcomes.
Methodologies:
Lean, Kaizen, and Plan-Do-Check-Act (PDCA) are commonly applied in warehousing to eliminate waste and improve productivity.

Learning Outcome 03: Control Stock and Manage Inventory

3.1 Accurate Tracking and Management of Inventory Levels

Role of Inventory Management:
Ensures right quantities of stock are available at the right time to support operations without unnecessary costs.

Methods for Tracking Inventory Levels:

Perpetual Inventory System:
Records every transaction in real-time.
Regular Stock Takes:
Periodic physical counts to verify records.
Inventory Management Software:
Digital platforms that automate stock recording and provide dashboards.
Automatic Reorder Points:
Triggers purchase orders automatically when specified levels are reached.

Benefits of Accurate Tracking:

Reduces stockouts and overstocking
Improves order fulfilment rates
Enhances financial reporting accuracy
Enables better purchasing decisions

Implementing an Inventory Management System:

Assess current practices and identify gaps.
Select suitable inventory management software.
Train staff on procedures and system usage.
Monitor and evaluate system performance against KPIs.
Continuously refine processes based on feedback and data.

3.2 Maintain Optimal Stock Levels

Importance:
Balancing holding excess inventory costs against the risk of running out of stock ensures smooth operations.

Determining Optimal Stock Levels:

Analyse historical sales and usage data.
Calculate lead times and reorder points based on supplier performance.
Consider seasonal fluctuations and promotional events.
Use Economic Order Quantity (EOQ) to find cost-effective order size.

Consequences of Not Maintaining Optimal Levels:

Stockouts lead to production stoppages or lost sales.
Overstocking ties up capital and increases storage costs.

Strategies for Maintaining Optimal Stock Levels:

Implement Just-In-Time (JIT) inventory to reduce holding costs.
Conduct regular inventory reviews.
Adjust reorder points and safety stock as necessary.

3.3 Minimise Stock Outs

Causes of Stockouts:

Inaccurate demand forecasting.
Insufficient inventory relative to actual demand.
Supply chain disruptions.
Poor communication with suppliers.

Consequences of Stockouts:

Lost sales and reduced customer satisfaction.
Damage to brand reputation.
Increased costs from emergency orders.

Strategies for Minimising Stockouts:

Implement safety stock as a demand buffer.
Conduct regular inventory reviews to catch declining levels early.
Improve demand forecasting with historical data.

Monitoring and Responding to Stockouts:

Implement a reporting system for stockouts.
Identify and prioritise high-demand stockout items.
Develop contingency plans for urgent orders.

3.4 Prevent Overstocking

Causes of Overstocking:

Monitoring inventory inadequately against usage.
Inefficient order practices leading to excess stock.
Poor demand forecasting.

Consequences:

Increased holding costs.
Risk of obsolescence and capital tied up.

Strategies for Preventing Overstocking:

Regular inventory monitoring.
Implementing JIT inventory systems.
Utilising the EOQ formula to define order quantities.
Building strong supplier relationships for flexibility.

3.5 Conduct Cycle Count Regularly

Importance:

Maintains inventory accuracy without halting operations.

Steps in Conducting a Cycle Count:

Divide inventory into categories based on value or location.
Schedule counts for high-value items more frequently.
Record and verify counted inventory against system records.

Technology in Cycle Counting:

Utilisation of barcode scanners and RFID for improved accuracy.
Automation using inventory software.

3.6 Provide Timely and Accurate Inventory Reports

Importance:

Informed decision-making and critical for financial reporting.

Types of Inventory Reports:

Inventory status reports
Sales and demand forecasts
Inventory turnover reports
Supplier performance reports

Steps to Ensure Accurate Reports:

Implement automated inventory software.
Establish regular reporting schedules.
Validate report data against counts.

Well-Organised Stockroom Features:

Clean, labelled, logically arranged areas
Clear signage and designated storage for various inventory types.

Learning Outcome 04: Implement Stock Control Measures

4.1 Describe the Basic Concepts of Stock Control

Definition:
Systems and procedures to manage materials and goods within an organisation, aiming to maintain adequate stock levels to meet demand while minimising costs.

Reasons for Stock Control:

Prevent stockouts and overstocking.
Reduce waste and obsolescence.
Control costs ensure production continuity.
Provide accurate financial records.

Stock Control Techniques:

ABC Analysis:
Classifies inventory into A (high value), B (moderate), and C (low value) categories for focused monitoring.
Economic Order Quantity (EOQ):
$EOQ = rac{ ext{sqrt}(2DS)}{H}$ where D = demand, S = ordering cost, H = holding cost.
Just-in-Time (JIT):
Orders stock as needed, minimising costs while requiring reliable suppliers.
2-Bin System:
A visual replenishment system with two containers for stock management.

Inventory Control Systems:

Perpetual Inventory Systems:
Update stock records continuously with each transaction.
Periodic Inventory Systems:
Update stock at set intervals through physical counts; simpler but less accurate.

4.2 Establish Inventory Levels

Reorder Level:
$ext{Reorder Level} = ext{Maximum Usage} imes ext{Maximum Lead Time}$
Minimum Stock Level:
$ext{Minimum Stock Level} = ext{Reorder Level} - ( ext{Average Usage} imes ext{Average Lead Time})$
Maximum Stock Level:
$ext{Maximum Stock Level} = ext{Reorder Level} + ext{Reorder Quantity} - ( ext{Minimum Usage} imes ext{Minimum Lead Time})$
Average Stock Level:
$ext{Average Stock Level} = ext{Minimum Stock Level} + rac{1}{2} ext{Reorder Quantity}$
Safety Stock:
Extra stock to guard against unexpected increases in demand.
Danger Level:
Critical stock level requiring immediate replenishment.

4.3 Discuss the Stores Security Measures

Key Security Measures:

Custody of Keys:
Controlled access to keys only for authorised personnel; maintain a key register.
Prevent Unauthorised Entry:
Restricted access via barriers and sign-in procedures.
Security Personnel:
Trained security guards to deter theft; CCTV for monitoring.
Perimeter Fencing:
Physical barriers to restrict outside access.

4.4 Conduct Stock Taking and Stock Checking

Reasons for Stock Taking:

Verify physical stock against records.
Identify discrepancies and detect fraud.

Methods of Stock Taking:

Periodic Stocktake:
All items counted at once; often at financial period-end.
Continuous Stocktake:
Ongoing counts throughout the year; less disruptive.
Spot Checks:
Random checks of items or areas.

Procedure for Stock Taking:

Establish a clear program with timelines.
Prepare stocktaking sheets.
Assign roles and staff required.
Notify staff of temporary closures during stocktake.
Verify units of issue and review documents for accuracy.

4.5 Identify the Records Used in Stock Control

Essential Documents:

Goods Received Note (GRN):
For recording receipts against purchase orders.
Goods Returned Note:
Documents return processes to suppliers.
Counting Sheets:
For recording physical inventory counts.
Bin Cards:
Records movements of inventory items with running balances.

Learning Outcome 05: Process Disposal

5.1 Describe the Disposal Procedures

Disposal Process Steps:

Identify Inventory to be Disposed:
Review records and inspect items for redundancy or obsolescence.
Obtain Approval:
Authorisation from management required for disposal request.
Establish the Value:
Determine value (residual, scrap, book) for disposed items.
Select Disposal Method:
Choose ethical and compliant methods for disposal.
Evaluate Disposal Outcomes:
Review disposal process for compliance and documentation.

5.2 Explain the Reasons for Disposing of Inventory

Types of Inventory to Dispose:

Redundant Inventory:
Stock that is no longer required.
Obsolete Inventory:
Items outdated due to advancements or changes.
Scrap:
Damaged materials lacking usable value.

5.3 Explain the Responsibilities of the Disposal Committee

Committee Responsibilities:

Identifying redundant stock for disposal.
Valuating stock for fair value recovery.
Determining appropriate disposal methods.

5.4 Select an Appropriate Disposal Method

Disposal Methods:

Burying:
For non-hazardous waste; must comply with regulations.
Burning/Incineration:
For confidential materials or items with contamination risk.
Donations:
Usable goods provided to charities or community groups.
Recycling:
Processing materials to reduce environmental impact.
Disposal to Designated Areas:
Items sent to approved facilities.
Liquidation:
Selling surplus stock at reduced prices.

5.5 Disposal Records Used When Disposing of Stock

Essential Disposal Records:

Stock Cards:
Show movement history and updates for disposed items.
Stock Sheets:
Summarise items in a disposal with quantities and authorisations.
Bin Cards:
Record removals from storage during disposal.

5.6 Discuss the Importance of Inventory Disposal

Key Advantages:

Frees up valuable storage space for active inventory.
Eliminates clutter and confusion in the warehouse.
Improves cash flow via recovery mechanisms.
Enhances organisational reputation through responsible practices.
Supports environmental goals and compliance.

5.7 Factors Considered When Selecting a Disposal Method

Key Considerations:

Value of Inventory
Condition of Items
Company Values
Time Availability for Disposal
Resources Required for Disposal

Learning Outcome 06: Manage Assets

6.1 Identification and Categorization of Assets

Asset Management Frameworks:

Tangible Assets:
Physical items (vehicles, machinery).
Intangible Assets:
Non-physical items (software, IP).
Asset Lifecycle Stages:
Understand acquisition to disposal processes to manage effectively.

6.2 Asset Management Strategies

Key Strategies Include:

Developing Asset Acquisition Plans.
Planning Preventive, Corrective, and Predictive Maintenance.
Maximising Asset Utilisation through scheduling, monitoring.
Planning Disposal Strategies based on value and condition.

6.3 Monitoring, Control, and Performance Evaluation of Assets

Important Actions:

Establishing Tracking Systems (barcode, RFID, GPS).
Implementing Security Control Measures.
Evaluating Asset Performance (utilisation rates, ROA).
Conducting Condition Assessments and Audits.

6.4 Accurate and Up-to-Date Records of Asset Information Maintained

Key Record-Keeping Practices:

Creating Comprehensive Asset Registers.
Implementing Procedures for Prompt Data Updates.
Ensuring Data Security and Accessibility.
Generating Reports for Investment Decision-Making.

Learning Outcome 07: Dispatch Goods

7.1 Sort Goods as Per Request

Sorting Process Steps:

Carefully read customer orders and requisitions.
Organise items based on specifications and delivery routes.
Verify sorted goods match order documentation.

7.2 Use Appropriate Packaging Materials and Handling Procedures

Packaging Practices:

Choose suitable packaging for the nature of goods (e.g., bubble wrap for fragile items).
Properly label packages with relevant details.
Implement safe handling techniques to protect goods.