MATERIAL,LOGISTICS MANAGEMENT, TECHNICAL STORES PROCEDURES, STORAGE CONDITIONS, AIRLINE SPARES & INVENTORY MANAGEMENT TRAINING COURSE

COURSE OVERVIEW

The Material & Logistics Management, Technical Stores Procedures, Storage Conditions, Airline Spares & Inventory Management Training Course provides comprehensive knowledge and practical skills in materials management, logistics management, technical stores operations, warehouse management, aviation inventory control, aircraft spare parts management, stock control, procurement coordination, storage procedures, material handling, and supply chain optimization. The course is designed to help organizations establish efficient systems for receiving, inspecting, storing, issuing, tracking, preserving, and replenishing technical materials and aviation spares. Participants will explore inventory management principles, warehouse procedures, stock classification, material identification, documentation, inventory accuracy, logistics planning, spare-parts control, and supply chain coordination within aviation and other technical environments.

The programme provides detailed coverage of technical stores procedures, including goods receiving, inspection, identification, coding, bin location management, stock records, material requisitioning, issuing, returns, stock transfers, cycle counting, physical inventory, stock reconciliation, obsolete stock management, and inventory documentation. Participants will examine storage conditions for aircraft components, tools, consumables, hazardous materials, sensitive equipment, rubber products, electronic components, lubricants, batteries, and other technical materials. The training emphasizes environmental controls, temperature and humidity management, packaging, preservation, shelf-life monitoring, segregation, contamination prevention, material traceability, and safe handling procedures to protect material quality and reduce deterioration.

The course also focuses on airline spares and inventory management, covering aircraft spare-parts classification, rotables, repairables, expendables, consumables, serviceable and unserviceable components, minimum and maximum stock levels, reorder points, safety stock, lead-time management, demand forecasting, inventory optimization, aircraft-on-ground (AOG) support concepts, supplier coordination, repair-cycle management, and aviation supply-chain performance. Participants will learn how to balance aircraft availability requirements with inventory carrying costs, reduce stock-outs and excess inventory, improve spare-parts availability, and strengthen coordination between engineering, maintenance, procurement, stores, logistics, finance, and approved suppliers.

Through practical exercises, technical stores simulations, inventory calculations, warehouse case studies, stock-record exercises, storage-condition assessments, spare-parts classification activities, demand-planning exercises, inventory performance analysis, and integrated case studies, participants will develop practical competencies that can be applied in airlines, aviation maintenance organizations, airports, defence aviation support environments, engineering organizations, manufacturing companies, logistics providers, and other technical supply chains. By the end of the training, participants will be able to establish effective material and logistics management systems, improve technical stores procedures, manage storage conditions, strengthen aircraft spare-parts inventory control, improve material traceability, and support reliable and cost-effective supply-chain operations.

COURSE OBJECTIVES

By the end of the Material & Logistics Management, Technical Stores Procedures, Storage Conditions, Airline Spares & Inventory Management Training Course, participants will be able to:

1.     Explain the principles and practices of material management, logistics management, warehouse management, and technical stores administration.

2.     Apply standardized technical stores procedures for receiving, inspection, identification, storage, issuing, returns, and stock reconciliation.

3.     Establish effective material classification, coding, identification, bin location, stock-record, and traceability systems.

4.     Apply appropriate storage conditions, preservation, packaging, environmental controls, shelf-life monitoring, and material-handling procedures.

5.     Manage aircraft spare parts including rotables, repairables, expendables, consumables, and serviceable and unserviceable components.

6.     Apply inventory control techniques including minimum and maximum stock levels, reorder points, safety stock, and economic inventory principles.

7.     Improve airline spare-parts forecasting, demand planning, procurement coordination, lead-time management, and replenishment.

8.     Apply inventory accuracy, cycle counting, physical stocktaking, reconciliation, and inventory-performance measurement techniques.

9.     Strengthen coordination between stores, maintenance, engineering, procurement, logistics, finance, suppliers, and other stakeholders.

10.  Develop an integrated material and aviation inventory-management approach that improves availability, cost control, traceability, safety, and operational efficiency.

ORGANIZATIONAL BENEFITS

Organizations participating in the training will benefit from:

1.     Improved material and logistics management systems and procedures.

2.     Greater accuracy and control of technical stores inventory.

3.     Improved availability and management of aircraft spare parts and technical materials.

4.     Reduced stock-outs, excess inventory, obsolete materials, and unnecessary inventory carrying costs.

5.     Improved storage conditions and preservation of sensitive technical materials and aircraft components.

6.     Enhanced material traceability, documentation, stock accountability, and inventory visibility.

7.     Improved coordination between engineering, maintenance, stores, procurement, logistics, finance, and suppliers.

8.     Better demand forecasting, replenishment planning, procurement scheduling, and spare-parts availability.

9.     Reduced material deterioration, losses, duplication, misplacement, and inventory discrepancies.

10.  Stronger supply-chain performance, aircraft-support capability, operational continuity, and cost efficiency.

TARGET PARTICIPANTS

The course is suitable for Materials Managers, Logistics Managers, Supply Chain Managers, Technical Stores Managers, Warehouse Managers, Aviation Stores Officers, Aircraft Spare Parts Officers, Inventory Controllers, Stores Supervisors, Procurement Officers, Purchasing Officers, Aviation Maintenance Personnel, Engineering Managers, Aircraft Maintenance Engineers, Maintenance Planning Officers, Fleet Managers, Logistics Officers, Warehouse Officers, Stock Controllers, Supply Chain Officers, Quality Assurance Personnel, Asset Managers, Operations Managers, Airline Procurement Teams, Airport Logistics Personnel, aviation MRO personnel, technical procurement teams, and professionals responsible for materials, stores, inventory, logistics, or aircraft spare-parts management.

COURSE OUTLINE

MODULE 1: MATERIAL AND LOGISTICS MANAGEMENT FUNDAMENTALS

·       Principles of material management, logistics management, supply chain management, and technical materials administration.

·       Material planning, procurement coordination, transportation, receiving, storage, distribution, and inventory control.

·       Understanding the material flow from supplier through technical stores to end-user or maintenance activity.

·       Roles and responsibilities of logistics, stores, procurement, engineering, maintenance, finance, and operations teams.

·       Logistics cost management, inventory carrying costs, service levels, material availability, and operational efficiency.

·       Developing integrated material-management policies, procedures, controls, and performance indicators.
Case Study: An aviation organization reviews its material flow from procurement to aircraft maintenance and identifies opportunities to reduce delays, duplicate orders, and unnecessary inventory costs.

MODULE 2: TECHNICAL STORES PROCEDURES AND ORGANIZATION

·       Organization and layout of technical stores, warehouse zones, storage areas, receiving areas, and issuing counters.

·       Standard procedures for receiving, inspection, identification, documentation, acceptance, and storage of technical materials.

·       Material requisition, picking, issuing, returns, transfers, quarantine, and disposal procedures.

·       Stock records, bin cards, inventory systems, documentation, and material traceability.

·       Segregation of serviceable, unserviceable, quarantine, defective, expired, and restricted materials.

·       Stores housekeeping, access control, security, safety, workflow management, and continuous improvement.
Case Study: An airline reorganizes its technical stores layout and procedures to reduce picking time, improve material traceability, and prevent mixing of serviceable and unserviceable components.

MODULE 3: MATERIAL IDENTIFICATION, CLASSIFICATION AND CODING

·       Principles of material identification, standard descriptions, part numbers, serial numbers, and stock numbers.

·       Classification of aviation materials into rotables, repairables, expendables, consumables, tools, equipment, and other categories.

·       Establishing standardized material coding and cataloguing systems.

·       Managing serial-number control, batch numbers, lot numbers, manufacturer references, and traceability information.

·       Preventing duplicate material records, incorrect descriptions, duplicate part numbers, and identification errors.

·       Developing effective material master data and inventory information-management systems.
Case Study: An MRO organization discovers multiple inventory records for the same component and introduces standardized material descriptions, part-number controls, and master-data procedures.

MODULE 4: STORAGE CONDITIONS, PRESERVATION AND MATERIAL HANDLING

·       Principles of proper storage conditions for technical materials, aircraft components, tools, consumables, and sensitive equipment.

·       Temperature, humidity, ventilation, lighting, cleanliness, contamination control, and environmental monitoring.

·       Packaging, preservation, corrosion prevention, protective materials, and shelf-life management.

·       Special storage requirements for batteries, lubricants, rubber products, electronic components, chemicals, and other sensitive materials.

·       Safe material handling, lifting, transportation, stacking, shelving, racks, bins, and storage equipment.

·       Inspection of storage conditions and implementation of corrective actions for deterioration risks.
Case Study: A technical stores department identifies humidity-related deterioration of sensitive components and introduces environmental monitoring, improved packaging, and controlled storage procedures.

MODULE 5: AIRCRAFT SPARES CLASSIFICATION AND INVENTORY CONTROL

·       Understanding aircraft spare-parts categories including rotables, repairables, expendables, consumables, and serviceable components.

·       Managing serviceable, unserviceable, quarantine, awaiting-repair, and restricted inventory.

·       Part-number control, serial-number management, traceability, and component status management.

·       Minimum stock, maximum stock, reorder point, safety stock, and inventory availability concepts.

·       Managing critical, slow-moving, fast-moving, high-value, and low-demand aircraft spares.

·       Developing inventory-control procedures aligned with operational requirements and maintenance demand.
Case Study: An airline reviews its aircraft spare-parts portfolio and adjusts stock parameters to improve availability of critical components while reducing unnecessary holdings.

MODULE 6: AIRLINE SPARES DEMAND FORECASTING AND PROCUREMENT

·       Principles of aviation spare-parts demand forecasting and inventory planning.

·       Historical consumption analysis, maintenance schedules, fleet requirements, seasonality, and demand variability.

·       Lead-time analysis, supplier performance, procurement cycles, and replenishment planning.

·       Purchase requisitions, purchase orders, supplier coordination, expediting, and delivery monitoring.

·       Balancing spare-parts availability, inventory investment, procurement costs, and operational requirements.

·       Developing procurement and replenishment strategies for aircraft maintenance support.
Case Study: An airline analyzes historical component consumption and supplier lead times to improve procurement scheduling and reduce emergency purchases.

MODULE 7: INVENTORY ACCURACY, STOCKTAKING AND RECONCILIATION

·       Principles of physical inventory, cycle counting, stock verification, and inventory accuracy management.

·       Developing inventory-counting schedules based on material value, criticality, movement, and risk.

·       Identifying stock discrepancies, shortages, surpluses, duplicate records, and misplaced materials.

·       Investigating inventory variances and implementing corrective and preventive actions.

·       Reconciling physical inventory with electronic inventory-management systems and stock records.

·       Developing inventory accuracy KPIs and continuous inventory-improvement programmes.
Case Study: A technical warehouse identifies repeated differences between physical stock and the inventory-management system and implements cycle counting and root-cause analysis.

MODULE 8: AIRCRAFT COMPONENT REPAIR, ROTABLES AND REPAIRABLE INVENTORY

·       Understanding rotable and repairable aircraft components and their inventory-management requirements.

·       Tracking component status from removal through inspection, repair, overhaul, testing, storage, and reissue.

·       Repair-cycle time, turnaround time, repair orders, supplier coordination, and component availability.

·       Managing serviceable and unserviceable component records and status changes.

·       Monitoring repair pipelines, exchange programmes, loaned components, and supplier returns.

·       Developing repairable-inventory performance indicators and cost-control measures.
Case Study: An airline reviews its repairable-component pipeline and identifies opportunities to reduce turnaround times and improve component availability for scheduled maintenance.

MODULE 9: TECHNICAL STORES SAFETY, QUALITY AND COMPLIANCE

·       Technical stores safety principles, warehouse risk management, and safe material-handling procedures.

·       Storage and segregation requirements for hazardous, chemical, flammable, sensitive, or restricted materials.

·       Quality control, inspection procedures, documentation, traceability, and material-status verification.

·       Preventing contamination, deterioration, damage, misidentification, and unauthorized issue of technical materials.

·       Internal audits, stores inspections, non-conformance management, corrective actions, and continuous improvement.

·       Understanding the importance of applicable aviation regulations, organizational procedures, manufacturer requirements, and approved quality systems.
Case Study: A maintenance organization conducts a technical stores audit and introduces corrective actions for material identification, storage segregation, documentation, and quality-control gaps.

MODULE 10: INVENTORY OPTIMIZATION, COST CONTROL AND PERFORMANCE MANAGEMENT

·       Inventory carrying costs, ordering costs, shortage costs, obsolescence costs, and total inventory cost.

·       Applying ABC analysis, criticality analysis, movement analysis, and inventory segmentation.

·       Establishing appropriate safety-stock, reorder-point, and service-level strategies.

·       Identifying excess, obsolete, slow-moving, inactive, and surplus inventory.

·       Developing inventory-performance KPIs including inventory accuracy, stock availability, turnover, fill rate, stock-outs, and carrying costs.

·       Using inventory analytics and management reports to support continuous improvement and decision-making.
Case Study: An airline conducts an ABC and criticality analysis of its spare-parts inventory and develops differentiated control strategies for high-value and operationally critical components.

MODULE 11: LOGISTICS COORDINATION, SUPPLIER MANAGEMENT AND AOG SUPPORT

·       Coordination between technical stores, procurement, maintenance, engineering, logistics, suppliers, and operational departments.

·       Supplier performance management, delivery reliability, quality, lead times, documentation, and service levels.

·       Logistics planning for urgent and routine material requirements.

·       Understanding Aircraft-on-Ground (AOG) support concepts and rapid coordination of approved spare-parts requirements.

·       Expediting, shipment tracking, customs coordination, transportation planning, and delivery documentation.

·       Developing communication, escalation, contingency, and logistics-performance procedures.
Case Study: An airline faces an urgent approved component requirement and coordinates procurement, supplier communication, transportation, stores receiving, and maintenance planning to minimize operational disruption.

MODULE 12: INTEGRATED MATERIALS, STORES AND AIRLINE INVENTORY MANAGEMENT

·       Developing an integrated material and logistics management framework covering procurement, stores, inventory, maintenance, and distribution.

·       Mapping the complete technical material lifecycle from demand identification to procurement, receipt, storage, issue, use, repair, return, and disposal.

·       Integrating inventory-management systems, warehouse records, procurement data, maintenance requirements, and supplier information.

·       Developing dashboards and KPIs for material availability, stock accuracy, inventory value, supplier performance, storage conditions, and spare-parts utilization.

·       Conducting a practical inventory-management simulation involving forecasting, stock control, storage, procurement, and component management.

·       Developing an organizational action plan for improving technical stores procedures, storage conditions, airline spares management, inventory accuracy, and logistics performance.
Case Study: Participants develop an integrated materials-management improvement plan for an aviation organization, linking technical stores procedures, storage conditions, aircraft spare-parts inventory, procurement, maintenance demand, supplier performance, and inventory KPIs.

GENERAL INFORMATION

1.     Customized Training: All our courses can be tailored to meet the specific needs of participants.

2.     Language Proficiency: Participants should have a good command of the English language.

3.     Comprehensive Learning: Our training includes well-structured presentations, practical exercises, web-based tutorials, and collaborative group work. Our facilitators are seasoned experts with over a decade of experience.

4.     Certification: Upon successful completion of training, participants will receive a certificate from Foscore Development Center (FDC-K).

5.     Training Locations: Training sessions are conducted at Foscore Development Center (FDC-K) centers. We also offer options for in-house and online training, customized to the client's schedule.

6.     Flexible Duration: Course durations are adaptable, and content can be adjusted to fit the required number of days.

7.     Onsite Training Inclusions: The course fee for onsite training covers facilitation, training materials, two coffee breaks, a buffet lunch, and a Certificate of Successful Completion. Participants are responsible for their travel expenses, airport transfers, visa applications, dinners, health/accident insurance, and personal expenses.

8.     Additional Services: Accommodation, pickup services, flight booking, and visa processing arrangements are available upon request at discounted rates.

9.     Equipment: Tablets and laptops can be provided to participants at an additional cost.

10.  Post-Training Support: We offer one year of free consultation and coaching after the course.

11.  Group Discounts: Register as a group of more than two and enjoy a discount ranging from 10% to 50%.

12.  Payment Terms: Payment should be made before the commencement of the training or as mutually agreed upon, to the Foscore Development Center account. This ensures better preparation for your training.

13.  Contact Us: For any inquiries, please reach out to us at training@fdc-k.org or call us at +254712260031.

14.  Website: Visit our website at www.fdc-k.org for more information.