Globalisation and Technology (HSC SSCE Business Studies): Revision Notes
Globalisation and Technology
Understanding globalisation
Globalisation refers to the removal of barriers to trade between nations. This process is characterised by increasing integration between national economies, involving the transfer of several key resources: capital (such as facilities and machinery), labour, intellectual capital and ideas, financial resources, and technology.
From an operations management perspective, globalisation creates both opportunities and threats. It opens up new market opportunities by allowing businesses to access international markets both as sellers and buyers. However, it also introduces competitive threats, as businesses that successfully implement cost leadership strategies can undercut prices and dominate markets on a global scale.
Impact on operations management
Globalisation has become a significant influence on how businesses structure their operations function. Large businesses increasingly orient their practices towards global markets to meet the needs of global consumers. These consumers typically seek recognisable global brands and prefer standardised products that maintain consistent quality across different markets.
This consumer behaviour significantly shapes the operations function. Businesses must structure their operations around a series of global production facilities, creating what is known as a global web – a network of production sites strategically located around the world.
The global web model
The global web approach involves several interconnected elements:
- Global sourcing: Obtaining materials and components from suppliers worldwide to minimise costs and maximise quality
- Supply chain management (SCM): Coordinating the flow of materials, information and finances across the entire production network
- Regional operations: Establishing manufacturing or service centres in different geographical regions (e.g. European markets, North American markets, Asian markets, South American markets, Middle East and African markets)
This structure allows businesses to serve multiple regional markets efficiently whilst maintaining centralised control over key processes. The operations function must coordinate product design, location decisions for manufacturing facilities, quality management, logistics and inventory management processes to function effectively on a global scale.
Achieving economies of scale through globalisation
Global production enables businesses to achieve economies of scale – the cost advantages that arise from producing goods in large quantities. When businesses manufacture at scale across global facilities, the per-unit cost of production decreases, making products more affordable whilst maintaining profitability.
Worked Example: Apple's Global Operations Strategy
Apple demonstrates the global web model in practice:
- Design: Electronic products designed in the United States, leveraging American design expertise
- Manufacturing: Products manufactured in China, taking advantage of low-cost production facilities
- Distribution: Efficient distribution networks reach worldwide markets
- Result: This approach allows Apple to optimise each stage of the value chain across different locations
Globalisation in the service sector
The impact of globalisation extends beyond manufacturing to service industries. Sectors such as finance, travel and tourism, software development and telecommunications now operate on a global scale, which has significant implications for their operations processes.
Case Study: AON – Global Insurance Operations

AON provides a strong example of service globalisation. As a niche provider of business insurance, human resources solutions and outsourcing services, AON operates in countries and employs over workers worldwide. Despite being primarily a business-to-business insurer, AON has built significant brand recognition through strategic sponsorships, such as its partnership with Manchester United Football Club.
Operational Strategy:
AON's operational strategy demonstrates effective globalisation. Whilst operating in different markets, the company standardises a large proportion of its products and then makes slight variations to meet specific local market needs. This approach allows many "back-end" business processes to remain consistent across markets, creating reliability and predictability for global business clients operating in multiple jurisdictions.
Success Factors:
The company's focus on standardised protocols, high internal standards and quality management has enabled it to maintain consistent growth. This consistency makes AON an attractive business partner for multinational corporations that require insurance services across multiple countries.
Case Study: Zara – Fast Fashion and Global Operations

Zara, owned by Industria de Diseño Textil (Inditex), provides an interesting contrast to traditional global manufacturing approaches. Founded in , Zara has grown to operate stores across markets, generating approximately billion dollars in sales in .
Business Model Comparison:
The fast fashion industry typically divides into two business models: companies that manufacture their own clothes and those that source and brand clothes produced by other manufacturers. Competitors like H&M and GAP follow the second model, but Zara has built its success on localised production in Spain, Morocco, Portugal and Turkey. More than of Zara's clothing is manufactured in Europe or Morocco, even though some offshore production has been introduced recently.
Logistics Strategy:
Zara's founder, Amancio Ortega, believes that production proximity and quick logistics are crucial contributors to global success. All Zara stock, regardless of production location, passes through the company's main Spanish production and distribution facility. This central hub employs over staff and uses sophisticated logistics to distribute clothes globally within hours, eliminating the need for local warehousing in the markets where Zara operates.
Global Sourcing:
Zara's global sourcing strategy includes obtaining fabrics from Vietnam, Bangladesh, Morocco, China and Thailand. The company manages approximately suppliers and factories through highly centralised production control. This global sourcing reduces costs, as does the strategy of moving stock quickly rather than storing it in warehouses.
Competitive Advantage:
Unlike competitors who seek maximum economies of scale through mass production, Zara keeps production volumes relatively low and moves products quickly to market. The company has transformed the traditional seasonal production cycle by designing over new garments per month. These designs respond to current market trends, as Zara employs over designers who interact with consumers globally. New products launch in Zara's global stores every two months.
Customer Loyalty:
This approach creates exceptional customer loyalty. Surveys indicate that Zara customers visit stores an average of times per year – significantly higher than visit frequencies for competing businesses. Zara's success demonstrates how global proximity to markets and well-designed logistics can create competitive advantage even without maximising economies of scale.
Understanding technology in operations
Technology is defined as the design, construction and/or application of innovative devices, methods and machinery in operations processes. Most people are familiar with consumer technologies such as smartphones, computers, gaming consoles and security devices. These technologies facilitate communication and enable improved business processes, demonstrating that technology encompasses both physical devices and the processes and applications they support.
Technology applications in operations
Technology integrates with the full range of processes that characterise the operations function. Its applications can be categorised into two main levels: administrative and processing.
Administrative Technologies
Administrative technologies support organisation, planning, decision-making and control of operations processes. These include:
- Planning technologies: Materials requirement planning (MRP) systems that calculate required materials, Gantt charts that visualise project timelines, critical path analysis (CPA) that identifies crucial task sequences, and other scheduling and sequencing tools
- Office technologies: Desktop and laptop computers, scanners, telephone systems and mobile devices that facilitate day-to-day operations management
- Software applications: Word processing programs, graphics packages, spreadsheet tools, graphing software, multimedia creation tools and desktop publishing programs that support documentation, analysis and communication
Processing Technologies
Processing technologies are used directly in manufacturing, logistics, distribution, quality management, inventory management, supply chain management and sourcing. These include:
- Manufacturing machinery: Large-scale equipment typical of assembly line production that enables mass manufacturing
- Robotics: Highly sophisticated automated systems used in production processes requiring great precision, consistency and speed
- Computer-aided design (CAD): Software that allows designers to create detailed product specifications and engineering drawings digitally
- Computer-aided manufacture (CAM): Systems that control manufacturing equipment directly from digital designs
- Computer-integrated manufacturing (CIM): Comprehensive technologies that integrate design, manufacturing and business systems
- Rapid manufacturing (RM): Technologies that enable quick production of components, often through additive manufacturing processes
- Tooling technologies: Advanced equipment for creating moulds, dies and other tools required for manufacturing
Technology comparison table
| Technology used in operations administration | Technology used in operations processes |
|---|---|
| Materials requirement planning (MRP), Gantt charts, critical path analysis (CPA) and scheduling tools | Large machinery in manufacturing plants for assembly line production |
| Office technologies: computers, scanners, telephone systems, mobile phones | Robotics in sophisticated production processes requiring precision |
| Software: word processing, graphics, spreadsheets, graphing, multimedia, desktop publishing | Computer-aided design (CAD), computer-aided manufacture (CAM), computer-integrated manufacturing (CIM) |
| Rapid manufacturing (RM) and tooling technologies |
Case Study: Zazzle – Technology-Enabled Customisation
Zazzle demonstrates how technology enables entirely new business models. Launched in as a web-based company with a private legal structure, Zazzle helps consumers create customised products. The company operates from its California head office with a European base in Ireland.
Business Model:
Zazzle's business model centres on made-to-order manufacturing. Customers order customised products online, and Zazzle manufactures these products within hours of receiving the order. This requires hiring people based on design capabilities across three manufacturing plants, with thousands of employees hired annually.
Product Range:
The company offers customisation across numerous product categories: invitations and cards, homewares, clothing, accessories, home and living items, office supplies, baby and children's products, art, wedding items and gifts. Within each category, extensive subcategories exist. For clothing, options include t-shirts, underwear, shoes, tank tops, hoodies, activewear, jackets, dresses, maternity wear, sweatshirts, jerseys, leggings and polos. The accessories category includes bags, watches, keychains, jewellery, hats, buttons, wallets, sunglasses, compact mirrors, scarves, athletic headbands, luggage tags, ties, tie bars, lapel pins, cufflinks, button covers, belt buckles, luggage handle wraps, hair ties, money clips, nail art, passport holders, temporary tattoos and belts.
Technology Integration:
Zazzle's technology integration spans the entire operations process. Design options are pre-set to streamline production – for example, customers designing a custom frisbee choose from five colour options and upload their own images and text. Alternatively, customers can browse individually designed items created by other users.
The business model relies on strategic partnerships and innovative design strategies utilising technology throughout the process: from ordering and design through to product customisation and despatch. Key technological elements include:
- Shopping cart systems: Managing customer selections and facilitating easy purchasing
- Adaptive databases: Matching customers' previous purchasing choices with suggested options to enhance the shopping experience
- Secure payment systems: Processing financial transactions safely
- Distribution technologies: Coordinating rapid delivery of made-to-order products
Strategic Partnerships:
Zazzle holds numerous licences with companies and trademarked brands including Disney, Harry Potter, Sesame Street and Looney Tunes, allowing customers to incorporate popular characters and designs into their customised products.
Key Success Factors:
The company's success demonstrates that customisation requires both innovative technology and a flexible, creative workforce. Zazzle has invested millions of dollars in enabling technologies that help customers design almost any imaginable consumer good, from custom-made chocolate to customised jewellery. This investment in technology has transformed the operations function, making rapid, affordable customisation commercially viable.
Exam technique: analysing globalisation and technology
Exam Question Strategies:
When answering exam questions on globalisation and technology:
- For "describe" questions: Clearly explain what globalisation or the specific technology is, then outline its key features or applications in operations
- For "explain" questions: Show the cause-and-effect relationships – how globalisation or technology leads to specific changes in operations management
- For "analyse" questions: Break down the impacts into advantages and disadvantages, considering different stakeholder perspectives
- For "evaluate" or "assess" questions: Make judgements about the overall significance or effectiveness, using case study evidence to support your arguments
Critical Point: Always link your answers back to operations management specifically. Don't just discuss globalisation or technology in general – focus on their impact on operations processes, efficiency, quality, logistics, supply chains and production.
Remember!
Key Points to Remember:
Globalisation Concepts:
- Globalisation removes trade barriers between nations, enabling businesses to access global markets whilst facing increased international competition
- Globalisation significantly affects operations by requiring businesses to structure production around global webs – networks of facilities serving regional markets
- Global businesses can achieve economies of scale by manufacturing at high volumes across multiple facilities, reducing per-unit costs
- Successful global operations require standardised products with slight local variations, sophisticated supply chain management, and efficient logistics
Technology Concepts:
- Technology encompasses both devices and enabling processes that support operations from administration through to manufacturing
- Technology applications in operations include planning tools (MRP, Gantt charts, CPA), office systems, CAD/CAM/CIM, robotics, and rapid manufacturing technologies
Case Study Insights:
- AON standardises back-end processes whilst customising for local markets
- Zara maintains production proximity for speed
- Zazzle uses technology to enable mass customisation
Key Terms: globalisation, technology, global web, economies of scale, supply chain management (SCM), global sourcing, standardised products, computer-aided design (CAD), computer-aided manufacture (CAM), computer-integrated manufacturing (CIM), materials requirement planning (MRP)
Critical Framework: When analysing globalisation or technology impacts, consider effects on: product design, facility location decisions, quality management, logistics and inventory management, cost structures, and competitive advantage.