Emerging Tech Horizons: What's Next After Today's AIThe future of search and work · Lesson 13 of 16
Jobs, skills and work redesign in the AI era
Video lecture
Jobs, skills and work redesign in the AI era
The narrated lecture is in production
Every chapter is scripted and ready. Browse the chapters and read the full transcript now — the video will appear here when it’s published.
Chapters
Transcript of the narration, chapter by chapter.
0:00 Jobs, skills and work redesign
Few topics attract more confident claims with less evidence than AI and jobs. One headline says mass unemployment. The next says nothing will change. In this lesson you'll get a grounded view: what credible research suggests, what's genuinely uncertain, and a practical, task-based method to redesign work and build skills responsibly.
0:22 Tasks, not jobs
Start with the most important idea. Tasks, not whole jobs, are the unit of change. Research from organisations like the International Labour Organization looks at exposure task by task. Most jobs contain some tasks AI can help with and many it can't. The ILO's analyses have found clerical and administrative work among the most exposed, and have emphasised that augmentation, AI helping with parts of a job, is more common than full automation for most occupations.
0:55 Why it matters
Why does this matter? Because your people are already asking what AI means for their jobs, and silence fills with rumours. Leaders who respond with hype or with fear lose trust. Leaders who respond with a clear, evidence-based approach, looking at tasks, redesigning roles together, investing in skills and sharing the gains, keep their best people and get more value from AI. How you handle this conversation will shape adoption, morale and retention far more than which tool you choose.
1:30 The spreadsheet lesson
Here's an analogy. When spreadsheets arrived, they didn't eliminate accountants. They eliminated a lot of manual arithmetic, and accountants spent more time on analysis and advice. Some roles shrank, new ones appeared, and the people who learned the tool early had an advantage. AI is a bigger and faster change, and the outcomes are genuinely uncertain, but the lesson from spreadsheets still helps: think in tasks, not jobs, and invest in the skills that grow in value.
2:03 Simple example: a support role
A simple example of task mapping. A customer-support agent's week includes answering order-status questions, handling refund requests, dealing with angry complaints and writing weekly feedback summaries. Order status is high-volume and rule-based: automate with checks. Refunds need policy judgement: augment. Angry complaints need empathy and authority: keep human, with AI suggesting a draft. Feedback summaries: automate, with a human reviewing themes. One role, four different answers.
2:32 Productivity evidence
What about productivity? Controlled studies of customer support agents, writers, consultants and developers found real gains in speed and quality on suitable tasks, often bigger for less experienced workers. But they also found worse outcomes when people used AI on tasks beyond its capabilities. The lesson: gains are real, uneven, and depend on knowing where AI works and where it doesn't.
2:59 Surveys and usage data
Employer surveys and usage data add more colour. The World Economic Forum's Future of Jobs Report 2025 found employers expecting substantial changes in required skills, with AI and data, technological literacy, analytical and creative thinking, resilience and curiosity growing. And analyses of real AI usage, like the Anthropic Economic Index, show heavy use in software, writing and analysis, with a mix of augmentation and automation. Remember: surveys capture expectations, not outcomes.
3:30 What's uncertain
And be honest about uncertainty. We don't know the pace of adoption across industries and countries. We don't know how much productivity turns into lower costs versus more output, or what happens to entry-level roles, career ladders and wages, especially as agents mature. That's why good planning uses scenarios, which we'll cover in the next module, rather than a single forecast.
3:57 Task-based redesign
Now the method. Map a role's main tasks and the time each takes. Classify each one. Automate, where AI does it and a human spot-checks: high-volume, rule-based, verifiable work. Augment, where AI drafts or analyses and a human decides. Or keep human: relationships, accountability, sensitive judgement, physical presence, creative direction. Then redesign the role around the freed time, and define the new skills people need.
4:25 Protect the pipeline, lead well
Don't forget the talent pipeline. If AI absorbs the junior tasks that used to teach people the job, where will tomorrow's experts come from? Design deliberate learning paths: juniors reviewing AI output against expert standards, working on real cases with AI as a coach, and rotating through the judgement-heavy tasks. And lead the change well: be transparent, involve staff in the mapping, follow consultation duties where they exist, and share the gains visibly.
4:57 Worked example: service centre
A customer-service operation in Riyadh introduced AI-drafted replies and call summaries in Arabic and English. With team leaders, it classified routine status queries as automate with checks, complaints as augment, and escalations as human. Freed time went into complex cases and a new proactive outreach service. Junior agents got a learning path using AI as a coach on past cases. And the team tracked quality, customer satisfaction and agent satisfaction, not just handling time.
5:29 Skills worth building
Which skills are worth building now? Beyond tool skills, three stand out. Evaluation: judging whether AI output is correct, which needs domain expertise. Delegation: breaking work into tasks an AI or agent can do well, with clear instructions and checks. And the human skills that grow in value when routine work shrinks: relationships, persuasion, leadership, ethics and creative direction. Build all three, not just prompt tricks.
5:58 Three mistakes
Three common mistakes. First, announcing headcount changes before understanding what actually changes at the task level. Second, quoting dramatic, unsourced statistics about job losses or gains, which damages credibility and trust. Third, ignoring entry-level learning: if AI absorbs the tasks that used to train juniors, you need to design new ways for them to build expertise.
6:22 Try this now
Try this now. Choose one role you know well, ideally your own. With the people who do it, list its main tasks and roughly what share of the week each takes. Label each task automate with checks, augment, or keep human, and write one sentence about what people would do with the time freed. Then use the skills-plan prompt in the lesson text to draft a ninety-day learning plan, with weekly two-hour blocks tied to real work. Review the plan together and adjust it. The conversation is as valuable as the document.
7:02 Recap
To recap. Analyse work task by task; augmentation is more common than full automation for most roles. Productivity gains are real but uneven. Treat surveys as expectations and plan with scenarios. Redesign roles, define new skills, protect junior learning and share gains. Your next step: complete the task-redesign worksheet in the lesson text for one role, with the people who do it, and build a ninety-day skills plan. Next module: building your horizon-scanning practice.
A topic that needs care
Few topics generate more confident claims with less evidence than "AI and jobs". Headlines swing between mass unemployment and nothing-will-change. As a leader or professional, you need a grounded view: what research actually shows, what is uncertain, and what you can do to redesign work and build skills responsibly. This lesson uses cautious, sourced framing; where evidence is thin, it says so.
What credible research suggests
- Tasks, not whole jobs, are the unit of change. Studies from organisations such as the International Labour Organization (ILO) and academic researchers analyse exposure at the task level. Most jobs contain some tasks AI can assist with and many it cannot. The ILO's analyses have found clerical and administrative work among the most exposed categories, and have emphasised that augmentation (AI helping with parts of a job) is more common than full automation for most occupations.
- Early productivity evidence is real but uneven. Controlled studies of customer support agents, writers, consultants and software developers have found productivity and quality gains on suitable tasks, often larger for less experienced workers, and worse outcomes when people used AI on tasks outside its capabilities.
- Employer surveys point to large skill shifts. The World Economic Forum's Future of Jobs Report 2025 surveyed employers who expected substantial changes in required skills over the coming years, with AI and big data, technological literacy, analytical thinking, creative thinking, resilience and curiosity among fast-growing skills. Surveys capture expectations, not outcomes.
- Usage data shows how people actually use AI. Analyses of real AI assistant usage (for example, the Anthropic Economic Index) show heavy use in software development, writing and analysis, with a mix of augmentation and automation patterns that shifts over time.
What is uncertain
The pace of adoption across industries and countries, how much productivity gains translate into lower costs versus more output, effects on entry-level roles and career ladders, wage effects, and how agentic AI changes the picture as it matures. Honest planning uses scenarios (module seven), not a single forecast.
Redesigning work: a task-based method
- Map tasks: break a role into its main tasks and estimate time spent on each.
- Classify each task: - Automate (AI does it, human spot-checks): high-volume, rule-based, verifiable. - Augment (AI drafts or analyses, human decides): judgement-heavy, variable. - Keep human: relationships, accountability, sensitive judgement, physical presence, creative direction.
- Redesign the role: what will people do with freed time? Higher-value work, more customer contact, quality improvement, new services?
- Define new skills: prompting and evaluation, working with agents, data literacy, domain expertise to spot errors, and the human skills that become more valuable.
- Protect the pipeline: if AI absorbs junior tasks, design deliberate learning paths so juniors still build expertise.
Hands-on: a task-redesign worksheet and AI-assisted skills plan
ROLE: Marketing coordinator (example)
Task | % time | Automate/Augment/Human | AI tool & guardrail | New human focus
Weekly performance report | 15% | Automate + check | Analytics export + AI summary; spot-check numbers | Insight discussion with clients
Social captions | 20% | Augment | AI drafts in brand voice; human edits, disclosure checks | Creative concepts
Influencer outreach | 15% | Augment | AI research + draft; human sends | Relationship building
Client calls | 20% | Human | AI notes (with consent) | Deeper strategy conversations
Campaign QA | 10% | Automate + check | Browser agent audit, read-only | Fixing root causes
...PROMPT: Build a 90-day skills plan
Role: {role}. Current skills: {list}. Tasks moving to augment/automate: {list}.
Create a 90-day plan with weekly 2-hour learning blocks: skills, practice tasks using our real work,
how progress will be assessed, and one portfolio outcome. Prefer free or low-cost resources and
official documentation. Do not invent course names or certifications; describe the topic instead.Leading the change well
- Be transparent about intentions: what is changing, why, and how people are supported.
- Involve staff in task mapping; they know where the real friction is. Where works councils or consultation duties exist, follow them.
- Share gains: time saved should visibly benefit people (learning time, better work, recognition), or trust erodes.
- Measure well-being and quality, not only speed.
Worked example: a Riyadh customer-service centre
A customer-service operation in Riyadh introduced AI-drafted replies and call summaries in Arabic and English. Task mapping with team leaders classified routine status queries as automate-with-check, complaints as augment, and escalations as human. Agents' freed time went into complex cases and a new proactive-outreach service. Junior agents received a learning path using AI as a coach on past cases. The team tracked resolution quality, customer satisfaction and agent satisfaction alongside handling time.
Pitfalls
- Announcing headcount cuts before understanding task-level effects.
- Quoting unsourced statistics about job losses or gains.
- Ignoring entry-level learning when AI absorbs junior tasks.
How to measure success
Time reallocated to higher-value tasks, quality and customer outcomes, employee skill progression and satisfaction, and retention.
Key takeaways
- Analyse AI's impact at the task level; research generally finds augmentation more common than full automation for most occupations.
- Productivity evidence is real but uneven: gains on suitable tasks, worse outcomes when AI is used beyond its capabilities.
- Employer surveys and usage data show large expected skill shifts but capture expectations and patterns, not certain outcomes.
- Redesign work task by task, define new skills, protect junior learning paths and share gains transparently.
Check your understanding
Quick questions to lock in the lesson. They don’t count towards your certificate.
Put it into practice
Complete the task-redesign worksheet for one role with the people who do it, then generate and refine a 90-day skills plan.
Enrol for free to save your progress
Reading is always free. Enrol to keep your place, take the final assessment and earn a verifiable certificate.