Economics & Business · Year 7 · Contemporary Economic Issues · Term 4

The Future of Work: AI and Automation

Investigating the economic implications of artificial intelligence and automation on employment and society.

• ACARA Content Descriptions
• AC9HE7K04

About This Topic

The future of work examines how artificial intelligence and automation influence employment and society. Year 7 students investigate job market transformations, including declining demand for routine tasks and rising needs for creative, interpersonal skills. They analyze economic benefits like increased productivity and challenges such as unemployment in sectors like retail and transport, while designing policies to retrain workers and reduce inequality.

This content connects to AC9HE7K04 by building students' ability to evaluate technological impacts on work. Through case studies of Australian industries, such as mining robotics or AI-driven healthcare, students predict long-term outcomes and weigh evidence for policy recommendations. These activities cultivate critical economic literacy and foresight.

Active learning excels with this forward-looking topic because abstract predictions become concrete through role-plays and simulations. When students debate automation scenarios or prototype worker support programs in teams, they practice real-world decision-making, deepen empathy for affected communities, and retain concepts through collaborative application.

Key Questions

1. Analyze how AI and automation are transforming job markets and skill requirements.
2. Predict the long-term economic benefits and challenges of widespread automation.
3. Design policy recommendations to support workers affected by technological displacement.

Learning Objectives

• Analyze the impact of AI and automation on specific Australian job roles, such as truck drivers or customer service representatives.
• Evaluate the potential economic benefits, like increased productivity, and challenges, like job displacement, of widespread automation in Australia.
• Design a policy proposal for a local Australian council to support workers transitioning out of automated industries.
• Compare the skill sets required for jobs in 2030 versus today, considering the rise of AI.
• Explain the concept of technological unemployment and its potential effects on different socioeconomic groups.

Before You Start

Introduction to Economics: Supply and Demand

Why: Understanding basic economic principles like supply and demand helps students analyze how automation might affect the 'supply' of labor and the 'demand' for certain skills.

Types of Businesses and Industries in Australia

Why: Knowledge of different Australian industries provides context for discussing how automation impacts specific sectors like manufacturing, retail, or services.

Key Vocabulary

Artificial Intelligence (AI)	Computer systems designed to perform tasks that typically require human intelligence, such as learning, problem-solving, and decision-making.
Automation	The use of technology to perform tasks with minimal human intervention, often involving machines or software.
Job Displacement	The loss of employment for workers whose jobs are made redundant by technological advancements or economic changes.
Reskilling	The process of learning new skills to adapt to a changing job market, particularly when existing skills become obsolete due to technology.
Gig Economy	A labor market characterized by the prevalence of short-term contracts or freelance work, often facilitated by digital platforms.

Watch Out for These Misconceptions

Common Misconception

AI will eliminate all jobs forever.

What to Teach Instead

Technological change historically creates new opportunities, as seen with past innovations like computers. Timeline-building activities in groups help students spot patterns of job evolution, shifting focus from fear to adaptation strategies.

Common Misconception

Automation only affects low-skill manual jobs.

What to Teach Instead

AI disrupts professional roles too, like legal analysis or driving. Role-play simulations where students experience job shifts across skill levels reveal the broad scope and encourage nuanced economic thinking.

Common Misconception

Governments have no role in addressing job displacement.

What to Teach Instead

Policies like education reform are essential for smooth transitions. Collaborative policy pitches allow students to test intervention ideas, clarifying the need for proactive societal responses.

Active Learning Ideas

Debate Carousel: AI Job Impacts

Assign small groups one sector affected by AI, such as manufacturing or healthcare. Groups prepare two-minute arguments on benefits and challenges, then rotate to debate against other groups. Conclude with a class vote on most convincing points and key takeaways.

45 min·Small Groups

Job Market Simulation Game

Distribute job cards to pairs representing current roles. Introduce automation event cards that eliminate or transform jobs. Pairs negotiate trades for new skill-based roles and record economic effects in a shared class ledger.

30 min·Pairs

Policy Design Workshop

In small groups, students review data on automation trends. They brainstorm and prototype two policy ideas, like retraining subsidies, then pitch to the class using posters. Class votes and discusses feasibility.

50 min·Small Groups

Trend Tracking Gallery Walk

Pairs create posters on Australian AI case studies from provided sources. Groups rotate through the gallery, adding sticky-note predictions and questions. Debrief as a whole class to synthesize insights.

40 min·Pairs

Real-World Connections

• In Australia's mining sector, automated haul trucks and robotic drills are already operating in remote locations like the Pilbara region, reducing the need for on-site human operators for certain tasks.
• Supermarket chains across Australia, such as Coles and Woolworths, are trialing self-checkout machines and automated stocktaking systems, which could alter the roles of in-store staff.
• The Australian Taxation Office is exploring AI-powered tools to assist with processing tax returns, potentially changing the workload for tax agents and administrative staff.

Assessment Ideas

Discussion Prompt

Pose this question to small groups: 'Imagine your favourite local cafe or shop is replaced by robots and AI. What jobs disappear? What new jobs might be created? What skills would people need for these new jobs?' Have groups share their ideas with the class.

Quick Check

Provide students with a short news article about a new AI or automation technology being used in an Australian industry. Ask them to write down two potential positive economic impacts and two potential negative impacts on workers, citing specific examples from the article.

Exit Ticket

On a slip of paper, ask students to define 'job displacement' in their own words and name one Australian industry they think will be most affected by automation in the next 10 years, explaining why.

Frequently Asked Questions

How does AI transform job markets in Australia?

AI automates routine tasks in sectors like retail, logistics, and administration, reducing entry-level positions but boosting demand for skills in data analysis, programming, and problem-solving. Australian examples include automated warehouses at Coles and AI diagnostics in hospitals. Students benefit from examining reports from the Australian Bureau of Statistics to see how productivity gains can offset losses if paired with upskilling.

What policies can support workers displaced by automation?

Effective policies include government-funded retraining programs, wage subsidies for transitions, and incentives for companies to reskill staff. In Australia, initiatives like the Skills Checkpoint model target small businesses. Students design these in workshops, considering costs, equity, and implementation to understand balanced economic responses.

How can active learning help students understand the future of work?

Active strategies like simulations and debates make speculative AI impacts tangible. Students role-play as workers or policymakers, negotiating job changes or pitching retraining plans, which builds empathy and critical analysis. Group gallery walks on real Australian cases reinforce evidence use, leading to higher engagement and memorable insights into economic dynamics.

What skills will be essential in an automated economy?

Key skills include digital literacy, critical thinking, creativity, and collaboration, as AI handles repetitive work. Australian frameworks like the Future of Work report emphasize lifelong learning. Classroom activities such as skill-matching games help students self-assess and plan development, connecting personal growth to broader economic shifts.