Classification and coding of procured goods form a foundational aspect of procurement management that ensures efficient inventory control, budget tracking, and reporting. In the Kenyan procurement environment, understanding the nature of goods is essential for professionals to categorise items correctly, enabling accurate coding and facilitating smooth procurement processes across various sectors such as healthcare, education, and government institutions. This chapter examines the nature of goods, providing procurement managers with the analytical framework to classify items effectively for coding purposes.

1.1 Defining the nature of goods

Understanding the nature of goods is critical in procurement because it influences how items are classified, coded, and managed throughout their lifecycle. In Kenya’s public and private sectors, the diversity of procured goods, from medical supplies at Kenyatta National Hospital to office equipment in county government offices, requires clear definitions to avoid misclassification that can lead to procurement inefficiencies and budget misallocations. This topic explores the fundamental characteristics and types of goods relevant to procurement professionals.

1.1.1 Meaning of Goods in Procurement Management

Goods refer to tangible items that are procured to meet organizational needs, whether for operational use, resale, or consumption. In procurement management, goods are the physical products acquired through purchase contracts to support business functions. Defining goods precisely is necessary because it differentiates them from services, which are intangible and involve activities rather than physical items.

Characteristics of Goods

• Tangibility: Goods are physical items that can be touched and stored. For example, stationery procured for a university’s administration office is tangible and can be inventoried.
• Ownership Transfer: Goods involve a transfer of ownership from the supplier to the buyer upon purchase, unlike services which are consumed during delivery.
• Durability: Goods vary in durability; some are consumables like medical gloves at a hospital, while others like computers are capital goods with longer lifespans.
• Standardization: Many goods have standardized specifications that enable uniform classification, such as uniform sizes for hospital beds or printer cartridges.
• Valuation: Goods have measurable monetary value, which assists in budgeting and financial reporting within procurement cycles.

1.1.2 Classification of Goods Based on Usage

Goods can be classified according to their intended use within an organization, which affects how they are coded and managed in procurement systems. This classification aids procurement officers in planning, budgeting, and tracking inventory effectively.

Types of Goods by Usage

• Consumable Goods: Items used up quickly in operations, such as cleaning supplies in hotels or office paper in county offices. These require frequent replenishment and careful stock monitoring.
• Durable Goods: Equipment and tools that last for a long period, like computers or furniture in banks, which require asset management and depreciation tracking.
• Capital Goods: High-value items used to produce other goods or services, for example, medical imaging machines in hospitals, requiring specialized procurement procedures.
• Maintenance, Repair, and Operating (MRO) Goods: Supplies that support the upkeep of facilities and equipment, such as lubricants and replacement parts in manufacturing firms.
• Resale Goods: Products procured for resale without alteration, typical in retail businesses and SACCOs dealing with member goods.

1.1.3 Classification of Goods Based on Physical Characteristics

Physical characteristics of goods influence how they are coded in procurement systems, affecting storage requirements, handling, and transportation. Recognizing these characteristics enables procurement managers to allocate appropriate resources and infrastructure.

Key Physical Characteristics

• Size and Weight: Large and heavy items such as office desks require different handling and storage protocols compared to small consumables like pens.
• Perishability: Goods like pharmaceuticals in hospitals or fresh produce in cooperatives have limited shelf life and need special storage and timely procurement.
• Fragility: Fragile goods, such as glassware in hotels, require careful packaging and handling during procurement and delivery.
• Complexity: Some goods comprise multiple components or require assembly, for instance, laboratory equipment in universities, influencing procurement specifications.
• Packaging: The type and robustness of packaging affect transportation and storage; bulk items may be stored differently from individually packaged goods.

1.1.4 Classification of Goods Based on Procurement Source and Supply

The origin and supply dynamics of goods affect procurement strategies and coding systems. Understanding these factors helps procurement managers anticipate supply chain risks and manage supplier relationships effectively.

Categories by Source and Supply

• Local Goods: Items sourced within Kenya, such as locally manufactured furniture used in county government offices, often have shorter lead times and support local industries.
• Imported Goods: Products brought from outside Kenya, like specialized medical devices in private hospitals, require compliance with import regulations and longer procurement cycles.
• Standard Goods: Commonly procured items with widely accepted specifications, such as office stationery, which simplify supplier selection and coding.
• Specialized Goods: Custom or highly technical items, for example, laboratory reagents procured by universities, necessitating detailed specifications and supplier vetting.
• Emergency Goods: Items procured on urgent basis, such as relief supplies by county governments during natural disasters, requiring expedited procurement processes and flexible coding.

Chapter Summary

This chapter explored the process of categorising items for coding in procurement by first defining the nature of goods, highlighting their fundamental characteristics and roles within supply chains. It then examined the classification of goods into distinct groups including raw materials, finished goods, work-in-progress, scrap, consumables, and maintenance, repair and operating spares (MROs), explaining the unique attributes and purposes of each category. The discussion progressed to practical steps for classifying goods effectively, emphasizing the importance of accurate categorisation for inventory management and procurement efficiency. Finally, the chapter identified various classification methods used to organise goods systematically, enabling streamlined coding and better control over procurement processes. Understanding these concepts is vital for managing resources, ensuring accountability, and supporting operational continuity in organisations.