Option: Social Impact of Technology

Social Impact of Technology is one of three HSC options, examined in Section II (short-answer parts worth 10 marks, then a 15-mark extended response of about 600 words). The focus is not how technology works but how it affects people's lifestyle and wellbeing.

• Defining technology and its history (the Digital Revolution and the Information Age).
• Reasons for technological development.
• Factors affecting access to and acceptance of technology.
• Impact on lifestyle in families, communities and the workplace.
• Issues related to information and communication technology (ICT) and emerging technologies.
• A case study of a selected piece of technology.

The syllabus defines technology in three parts:

• Hardware: physical devices and equipment (appliances, gadgets, toys, smartphones, robots).
• Software: programs, apps, operating systems, databases and websites that make hardware work.
• The organisation of knowledge: the systems that collect, arrange and share information: communications networks, media, the internet, search engines, streaming services and home entertainment.

Technology can be simple (a can opener, a pencil) or complex (a smartphone, an MRI machine, a self-driving car). A complex technology usually combines hardware, software and the organisation of knowledge; for example a smartphone is hardware running software that connects to the internet.

Historical perspective

• The Digital Revolution (from about the 1950s–1970s): the shift from analogue and mechanical technology to digital electronics: computers, microchips, mobile phones.
• The Information Age (from about the 1990s): information becomes the key economic resource, with the internet, broadband, smartphones (from 2007), social media, cloud computing and, more recently, artificial intelligence.

The ABS ran surveys of household use of information technology until 2016–17, the last year of that series; by then, 86% of Australian households had internet access. More recent sources such as the Australian Digital Inclusion Index and the ACMA's annual communications reports show internet use is now close to universal, but with gaps for some groups. Whatever data you use, state the source and year.

The syllabus asks you to analyse how technology emerged in transport, communication and consumer services (for example ride-share apps, video calling and online banking).

Access is the ability to obtain and use a technology. Acceptance is the willingness to adopt it. Always treat them separately.

The digital divide is the gap between people who have access to and can use digital technology and those who cannot. The Australian Digital Inclusion Index shows lower inclusion among older people, people on low incomes and people in remote areas.

Families

Household technology saves time (dishwashers, robot vacuums, online shopping), provides entertainment (streaming) and supports learning (devices for school). Communication technology keeps families connected across distance and helps coordinate busy schedules.

Effects on relationships within families cut both ways:

• Positive: video calls with grandparents overseas; group chats; shared photos; location sharing for safety.
• Negative: "technoference" (devices interrupting face-to-face time), conflict over screen time and privacy, reduced family meals and conversation, exposure of children to online risks.

Communities

Technology supports productive communities through:

• Education and training: online learning, distance education, virtual classrooms.
• Transport and travel: navigation apps, real-time public transport information, electric vehicles.
• Health and medicine: telehealth, My Health Record, wearable monitors, robotic surgery.
• Food: refrigeration, food safety testing, food delivery apps.
• Leisure: streaming, online gaming, fitness apps.

Effects on community health and wellbeing: better access to services and information, but also sedentary lifestyles, online harm, and risk of isolation when online contact replaces face-to-face contact.

The workplace

Technology affects:

• Safety: robotics take over dangerous tasks; sensors detect fatigue or gas; but new risks include eye strain, sedentary work and psychosocial hazards from constant monitoring.
• Work–life balance: remote and flexible work; but constant connectivity. The right to disconnect in the Fair Work Act lets employees refuse unreasonable contact outside working hours (from 26 August 2024 for non-small businesses, 26 August 2025 for small businesses).
• Career pathways: new jobs (data, cybersecurity, AI), online retraining; some routine jobs automated.

Rights and responsibilities when introducing technology: employers must keep the workplace safe, consult employees about major workplace change under awards and agreements, provide training and protect employee data; employees must use technology safely and appropriately and follow workplace policies.

ICT issues

• Privacy and safety: personal data collected by apps, smart devices and social media; cyberbullying; grooming. The Privacy Act 1988 (Cth) and its 13 Australian Privacy Principles regulate how organisations handle personal information; a statutory right to sue for serious invasions of privacy started on 10 June 2025.
• Information security: hacking, scams, data breaches (large breaches at Optus and Medibank in 2022 affected millions of Australians).
• Accuracy: misinformation, AI-generated content, unreliable websites.
• Information overload: too much information to process; constant notifications.
• Copyright: illegal downloading and use of others' work (Copyright Act 1968 (Cth)).

Emerging technologies

For an emerging technology (for example generative AI, autonomous vehicles, gene editing, wearable health technology), examine:

• Ethics: is it right, and who is responsible when it causes harm?
• Equity and access: who benefits and who is left out?
• Health and safety: physical and mental risks.
• Economic: costs, jobs created and lost.
• Environmental: energy use, e-waste.
• Education and learning: new ways to learn versus over-reliance.

Predict the impact: who will gain, who might be harmed, and what regulation may be needed.

Questions about issues often reward knowing how governments respond. Key Australian examples, with dates:

• Online Safety Act 2021 (Cth): the eSafety Commissioner can order the removal of cyberbullying material aimed at children, image-based abuse and other seriously harmful content.
• Social media minimum age: from 10 December 2025, age-restricted social media platforms must take reasonable steps to stop Australians under 16 from having accounts (Online Safety Amendment (Social Media Minimum Age) Act 2024). Fines for platforms can reach $49.5 million. Supporters point to protection from harmful content and addictive design; critics raise privacy concerns about age checks, the risk of pushing young people to less safe platforms, and loss of connection for isolated young people. This is a good example for debates about safety, equity and rights.
• Privacy Act 1988 (Cth): amended in December 2024; a statutory right to sue for serious invasions of privacy commenced on 10 June 2025, and a Children's Online Privacy Code is being developed.
• Criminal Code Amendment (Deepfake Sexual Material) Act 2024 (Cth): sharing sexually explicit deepfakes of a person without consent is a criminal offence.
• Workplace: the right to disconnect (Fair Work Act, 2024–25) responds to always-on technology.

Regulation usually lags behind technology, which is itself an issue worth discussing.

Choose one technology (for example the smartphone, telehealth, electric vehicles or generative AI) and prepare:

1. Reasons for its development.
2. Factors affecting access and acceptance.
3. Impact on lifestyle and wellbeing (families, communities, workplace).
4. Development over time (key stages and dates).
5. Political, economic and social impacts (for example regulation, jobs, social behaviour).
6. Issues in its use and development.

Using one technology consistently across a 15-mark response is often more effective than mentioning many.

1. Identify the command verb (_analyse_, _evaluate_, _to what extent_) and every part of the question.
2. Open with a thesis that answers the question.
3. Build each paragraph around one factor, issue or area of impact, with a specific example and a link to lifestyle and wellbeing.
4. For _evaluate_ and _to what extent_, weigh positives and negatives and make a judgement throughout.
5. Close by restating your judgement.

Worked example: a model paragraph

Question focus (original): Analyse how economic status affects access to and acceptance of electric vehicles.

Paragraph: Economic status strongly affects access to electric vehicles (EVs). New EVs cost more upfront than similar petrol cars, and a home charger adds to the cost, so they are most accessible to higher-income households who own a house with off-street parking. Renters and people in apartments often cannot install a charger, which limits access even if they could afford the car. Acceptance is also linked to economic status: households that can afford the purchase price may accept EVs readily because running costs are lower, while lower-income households may see EVs as a luxury and remain sceptical about battery life and resale value. This means the environmental and cost benefits of EVs currently flow mainly to wealthier households, widening inequality, although a growing second-hand market and cheaper models may improve access over time.

• Explaining how a technology works instead of its impact on people.
• Merging access and acceptance into one point.
• Using vague examples ("technology", "social media") rather than one named technology.
• Ignoring negative impacts, or ignoring positive ones.
• Forgetting the link to lifestyle and wellbeing.

• Research Methodology: online questionnaires, digital sources, data privacy.
• Groups in Context: access to technology for rural and remote families, the aged and people with disabilities.
• Individuals and Work option: technology and changing work patterns.