By the end of this chapter, you will be able to:
Mastering these skills will help you organize and manage goods efficiently, which is essential for smooth operations in any trade.
Compiled by: Wesley Rotich
Categorising items for coding is a critical step in procurement management that ensures efficient identification, tracking, and control of goods within an organisation. In the Kenyan procurement environment, where institutions such as county governments, universities, and commercial enterprises manage diverse supplies, accurately defining the nature of goods items facilitates streamlined inventory management and compliance with procurement regulations. This chapter focuses on understanding how goods are characterised to support effective coding systems that enhance procurement transparency and accountability.
Understanding the nature of goods items is foundational for procurement professionals as it influences how items are classified, coded, and managed throughout the procurement cycle. Kenyan public entities such as the Ministry of Health or the Teachers Service Commission acquire a wide range of goods, from pharmaceuticals to office supplies, each requiring clear identification to avoid mismanagement. This section explores the defining characteristics of goods items to aid procurement officers in developing robust classification systems.
The physical and tangible attributes of goods form the primary basis for their identification and classification. These characteristics determine how items are handled, stored, and coded within procurement systems.
Goods can be categorised based on their physical state such as solid, liquid, or gas. For instance, in a hospital setting, solid items like surgical instruments differ fundamentally from liquid medicines, requiring distinct storage and handling protocols. Understanding the physical form assists in determining packaging and transportation needs.
The size and dimensions of goods influence storage space allocation and transport logistics. In a county government office, large furniture pieces will be coded differently from small stationery items to reflect their storage requirements and handling complexity.
Weight affects handling methods and cost considerations in procurement. Heavy machinery procured by a cooperative for agricultural use demands special coding to indicate the need for specific transport equipment and safety measures.
Durability refers to how long goods remain usable without degradation. Perishable goods such as food supplies for a school feeding program require classification that highlights their limited shelf life, ensuring timely usage and replenishment.
Packaging protects goods and facilitates identification. For example, pharmaceuticals at a retail pharmacy are coded considering their packaging types, which also impact storage conditions like temperature control.
Beyond physical traits, the functional purpose and intended use of goods provide essential criteria for classification, enabling procurement professionals to group items according to their operational roles.
Goods are classified by their specific function within an organisation. For instance, cleaning agents used at a county hospital are categorised separately from medical supplies, reflecting their different procurement and usage protocols.
Classification often aligns goods with the department responsible for their use. Office furniture procured for the county government’s human resource department is coded distinctively from IT equipment allocated to the finance department.
Items frequently used, such as printer cartridges in a university library, require a coding system that facilitates rapid replenishment. Conversely, rarely used items like specialised laboratory equipment may have unique codes reflecting their infrequent procurement.
Consumable goods that are used up during operations, such as fuel for generators in a hotel, are categorised differently from durable goods to ensure appropriate stock control and timely reordering.
Some goods are compatible with or interchangeable between different equipment or systems. For example, standardised computer accessories procured by a bank are coded to reflect their interchangeability, simplifying inventory management.
Procurement in Kenya is governed by various laws and regulations that influence how goods are defined and classified to ensure compliance and quality assurance.
Goods must meet national or international standards such as KEBS certification. For example, electrical appliances procured for a county office must comply with safety standards, affecting their classification.
Some goods are subject to import restrictions or require special permits. Pharmaceuticals imported for a public hospital have classification codes reflecting regulatory oversight by bodies like the Pharmacy and Poisons Board.
Certain goods are classified based on their environmental impact. For example, procurement of biodegradable packaging materials by a retail business may be coded to align with NEMA environmental guidelines.
Goods involving patented technology or proprietary designs, such as specialised software for a university, require classification that recognises licensing conditions and usage restrictions.
Customs duties and taxes vary with the type of goods. For instance, agricultural inputs imported for a cooperative may be coded to reflect tax exemptions or tariffs applicable under Kenyan law.
Economic attributes of goods influence procurement decisions and coding by reflecting cost, value, and budgetary considerations.
The price per unit affects how goods are grouped for budgeting. High-value equipment like medical imaging devices at a county hospital are coded to facilitate budget tracking and asset management.
Bulk items such as office supplies procured in large quantities by a university are coded to reflect total contract value, aiding financial reporting and audit processes.
Durable goods with long service lives, such as vehicles for a county government, are classified differently from consumables to support asset depreciation accounting.
Goods financed from different budget lines, for example donor-funded medical supplies versus locally funded stationery, require distinct coding to ensure proper fund utilisation tracking.
The availability of goods in the local or international market affects procurement timing and coding. Rare items like specialised lab reagents for a research institution are coded to highlight procurement lead times.
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Create a free accountThis chapter explored the fundamental process of categorising items for coding in procurement management. It began by defining the nature of goods items, highlighting their diverse characteristics and the importance of understanding these traits for effective classification. The discussion then moved to the classification of goods coding, detailing the key categories such as raw materials, finished goods, work-in-progress, scrap, consumables, and maintenance, repair and operating spares. Each category was explained to illustrate how items fit into different stages of production or usage. The chapter also covered the practical steps involved in classifying goods, emphasizing the criteria and methods used to assign codes accurately. Finally, it addressed the identification of classification, focusing on how to recognise and verify the appropriate category for each procured item to ensure proper inventory control and management. This comprehensive approach enables organisations to maintain clarity and efficiency in managing procured goods.
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