Goods and Services in Different Industries (HSC SSCE Business Studies): Revision Notes
Goods and Services in Different Industries
Introduction
Operations management is fundamentally shaped by the type of output a business produces. The way goods are produced differs significantly from how services are delivered. Understanding these differences is essential for effective operations management across various industries.
The management approach required for operations varies depending on whether a business produces goods (tangible products) or services (intangible outputs). Each type requires distinct operational processes, resource allocation, and strategic decision-making.
The fundamental distinction in operations management:
- Goods are tangible products that can be seen, touched, and stored
- Services are intangible outputs that are consumed as they are delivered
- Each requires different operational processes and management approaches
Goods in different industries
Operations decisions for goods production depend on several key characteristics. Businesses must consider whether their products are standardised or customised, and whether they are perishable or non-perishable. These factors directly influence how operational processes are designed and managed.
Standardised versus customised goods
Standardised goods are products that are mass produced, typically on an assembly line. These goods are uniform in quality and meet a predetermined quality standard. Production of standardised goods follows a production focus, where efficiency and consistency are priorities. Examples include bottled soft drinks, packaged biscuits, and automobiles manufactured on assembly lines.
Customised goods are products that are varied according to individual customer needs and preferences. These goods are produced with a market focus rather than a production focus, meaning customer requirements drive the production process. Examples include tailored suits, custom-built furniture, and personalized gift items.
The operational layout differs significantly between standardised and customised production. Standardised production typically uses fixed assembly lines with repetitive processes, while customised production requires flexible arrangements that can adapt to varying customer specifications. Process selection is strategic because it requires coordination across all four key business functions (operations, marketing, finance, and human resources) to achieve desired outcomes.
Worked Example: Music Industry Transformation
The shift from CDs to streaming music services demonstrates customisation in action:
Traditional Model (Standardised):
- Customers purchased entire albums on physical CDs
- Some songs may be unwanted
- One-time purchase of fixed product
Modern Model (Customised):
- Services: Amazon Music, Apple Music, Spotify, Tidal
- Monthly subscription model
- Customers create personalized playlists from vast music catalogues
- Tailored music choices on demand
Outcome: This subscription-based model offers highly customised service delivery, proving both popular and profitable for providers while giving customers exactly what they want.
Perishable versus non-perishable goods
Goods can be broadly classified as either perishable or non-perishable, which significantly impacts operational processes. The grocery sector is dominated by perishable goods (fresh foods), while household and business goods are generally non-perishable. This classification determines critical aspects of production, storage, and distribution.
Perishable goods and operations processes
Perishable goods such as vegetables, dairy products, fresh meat, and bakery items have limited shelf lives and require rapid consumption. These products are often inexpensive relative to their volume but demand carefully managed operations processes.
Critical Requirements for Perishable Goods Operations
Operations processes for perishable goods must integrate:
- High standards of quality, safety, and cleanliness at all production stages to prevent contamination and ensure consumer safety
- Very short lead (production) time and efficient distribution systems to minimize time between production and consumption
- Suitable, robust packaging and storage processes throughout production and distribution to maintain freshness and prevent spoilage
The challenge with perishable goods is balancing supply with demand. Overproduction leads to waste when goods expire, while underproduction results in lost sales opportunities. Temperature-controlled storage and rapid transportation are typically essential components of these operations.
Non-perishable goods and operations processes
Non-perishable goods are durable products that can be stored for extended periods without deterioration. Their lasting nature creates different operational priorities, particularly around quality management and inventory control.
Operations processes for non-perishable goods must integrate:
- Management of all quality aspects throughout the process, from sourcing raw materials through to production and distribution
- Effective inventory management strategies with high responsiveness to market demand to minimize waste and storage costs
Non-perishable goods span multiple industries within the manufacturing sector:
- Motor vehicles
- Electrical appliances and audio-visual products
- Computer-based technologies
- Clothing and footwear
- Household goods (furniture, bedding, kitchen items, tools)
Despite the huge variety of non-perishable goods across different industries, many operational processes share similar characteristics regardless of specific industry. Common concerns include quality control, inventory turnover, warehouse management, and responsive production scheduling.
Intermediate goods
Some production processes involve goods being processed multiple times as they move through different businesses. Intermediate goods are products that have completed one production process but then become inputs requiring further processing by another manufacturer.
Worked Example: Steel Screws in the Production Chain
Consider how products can be both finished goods and intermediate goods:
Step 1: Steel Manufacturing
- A steel manufacturer processes iron ore to produce steel screws
- For this business, the screws are the final output (finished goods)
Step 2: Electronics Manufacturing
- An electronics manufacturer purchases these screws as an input component
- The screws become intermediate goods in the broader production chain
- They are used for assembling electronic devices
Value-Adding Chain:
This concept illustrates value adding at multiple stages. Each business in the chain adds value through its transformation processes. Understanding intermediate goods is important because it shows how operations processes connect across industries. The quality standards and specifications of intermediate goods must meet the requirements of subsequent manufacturers in the production chain.
Services in different industries
Services, like goods, can be both standardised and customised. The distinction affects how service operations are designed and delivered to customers.
Standardised services
Standardised services aim for consistency and efficiency across all customer interactions. The fast-food industry exemplifies this approach, where procedures, menus, and service delivery are uniform across locations. Standardisation enables businesses to achieve economies of scale and implement cost leadership strategies.
Standardised services typically feature:
- Uniform procedures and protocols
- Limited variation in service offerings
- Efficiency-focused operations
- Lower costs through economies of scale
- Predictable customer experiences
Customised services
Customised services are tailored to meet individual customer needs and expectations. Professional services such as those provided by accountants, dentists, doctors, and lawyers are generally customised. Each client receives personalized attention based on their specific circumstances.
Some services fall between standardisation and customisation. For example, a general practitioner (GP) may provide relatively standardised initial consultations but then refer patients to specialists who deliver highly customised services based on individual medical conditions.
Customised services typically feature:
- Personalized service delivery
- High customer interaction and involvement
- Specialized expertise and knowledge
- Higher prices reflecting individualized attention
- Variable service outcomes based on customer needs
Features of operations management in tertiary industry
The tertiary industry (service sector) encompasses businesses that provide services rather than produce physical goods. Operations management in this sector has distinct characteristics, as demonstrated by the following case studies.
Case study: REA Group (digital advertising services)
REA Group operates Australia's leading property websites (realestate.com.au) and represents a modern digital advertising business. The company has grown into a $9 billion enterprise by adapting operations management to rapid technological change.
Key operational features:
Customer-focused research and development: REA Group operates a 20-person Consumer Research Lab that tests services with up to 1000 people annually. The lab recruits participants from specific demographics and geographical areas to observe how they interact with websites and apps. This continuous research generates data used to segment the market and understand different customer needs (landlords, renters, investors, renovators, estate agents).
Technology Experimentation at REA Group
The company continuously experiments with emerging technologies, including:
- Virtual reality property tours
- Artificial intelligence for property matching
- Personalized recommendation systems
Rather than customers searching for properties, AI will increasingly match properties to prospective buyers or renters, delivering personalized recommendations directly to their devices.
Agile organizational structure: Four years ago, REA Group restructured to become more customer-focused, implementing an "Agile factory" approach. This involved:
- Switching to multidisciplinary teams rather than traditional functional departments
- Creating "tribes" of 150 people focused on customer segments (e.g. residential real estate)
- Forming "squads" of 10 people to build specific products
- Establishing "guilds" allowing specialists (e.g. security engineers) to share knowledge across the organization
Worked Example: Process Improvement Through Lean Methodology
The Legal team at REA Group faced severe operational challenges:
Initial Problem:
- Every deal required customized contracts
- Team members working 70-hour weeks
- Severe bottlenecks in workflow
Lean Thinking Application:
- Visualized their workflow to identify inefficiencies
- Identified waste and unnecessary duplication
- Implemented prioritization systems
- Managed interruptions effectively
Key Finding:
- Each interruption cost 20 minutes of productivity
- Systems introduced to manage distractions
Outcome:
- Reduced duplication
- Eliminated bottlenecks
- Improved work-life balance
Collaborative culture: REA Group encourages curiosity, resilience, and critical thinking among employees. Knowledge sharing occurs naturally across all organizational levels rather than through formal manuals. This creates common culture and behaviours throughout the company.
Case study: Snap Laundromat (technology-enhanced laundry services)
Snap Laundromat in Brisbane demonstrates how technology improves operations in traditional service businesses. Founder Ian McFarlane developed innovative technology allowing customers to pay for and operate washing machines and dryers using smartphones.
Key operational features:
Technology integration: A small network controller (approximately the size of a cake of soap) is installed inside each machine. Customers either swipe a QR code on the machine or visit a website to create an account. Once the account has funds, customers can select and operate any available machine.
Improved customer experience: The technology makes the service simpler, quicker, and more convenient. Customers no longer need cash to use the laundromat, which particularly appeals to young people and travellers. The cashless system removes a significant barrier to service usage.
Business Innovation and Expansion
McFarlane established a new business, Eziwash, to supply the controllers to other laundromats. This demonstrates how operational innovation in one service business can create new business opportunities.
Future Capabilities:
- Customer data collection
- Loyalty reward programmes
- Enhanced value proposition
Operational benefits:
- Reduced cash handling and associated security risks
- Ability to track machine usage patterns
- Improved customer convenience and satisfaction
- Potential for data-driven business decisions
Common features of tertiary industry operations
Both case studies illustrate important characteristics of operations management in service businesses:
Essential Characteristics of Service Operations
Customer interaction: Service operations typically involve direct customer contact and participation. Both REA Group and Snap Laundromat design operations around enhancing customer experience.
Technology as a key resource: Technology is central to service delivery in modern tertiary businesses. It enables efficiency improvements, better customer experiences, and new service capabilities.
Intangibility: Services cannot be stored or inventoried like physical goods. Operations must focus on capacity management and service delivery timing.
Continuous improvement: Successful service businesses constantly refine their operations based on customer feedback and changing market conditions.
Flexibility and responsiveness: Service operations must adapt quickly to customer needs and market changes. Organizational structures and processes should enable rapid response rather than rigid procedures.
Key Points to Remember:
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Standardised goods are mass produced on assembly lines with uniform quality, following a production focus. Customised goods are varied according to customer needs, following a market focus.
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Perishable goods require high quality/safety standards, very short lead times, and robust packaging/storage. Non-perishable goods emphasize quality management throughout processes and effective inventory management responsive to market demand.
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Intermediate goods have completed one production process but become inputs requiring further processing by another manufacturer, creating value-adding chains across industries.
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Services can be standardised (like fast-food) for efficiency and cost leadership, or customised (like professional services) to meet individual customer needs and expectations.
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Tertiary industry operations are characterized by direct customer interaction, technology integration, intangibility, continuous improvement, and flexibility in responding to customer needs and market conditions.