Future Skills: Emerging Technologies & Career Strategy

This lecture introduces section two of the course and all the exciting new technologies we will be looking at in the coming lectures.  Please see the attached downloadable file which contains all the external resources linked to in section 2.

In this lecture we look at energy which is a key aspect of the 4th industrial revolution. Clean energy is also key to tackling climate change.  Demand for energy is rising - the International Energy Agency in Paris predicts that global energy demand from data centres could increase by 15% annually between now and 2030.  This is part one of a two part lecture on energy and the 4th industrial revolution. 

In this lecture we will delve deeper into the developments in energy to power industry 4.0.  By the end you will have a good overview of some of the latest advances in energy supplies and technologies.

In this lecture we look at the history of the development of computers right up to the development of quantum computers of today.  In 2023 we had mainstream adoption of generative airtificial intelligence (AI).  After AI, quantum computing may be the next big shift we see worldwide.

Mobile phones are supercomputers in our pockets.  These little devices have become essential items in our modern world in a little over a decade.  Mobile was particularly instrumental during the COVID-19 pandemic, keeping people connected and underpinning new services in response to the pandemic.  These little devices also power m-commerce or mobile commerce.  5G is still rolling out but the tech world is already building it's sucessor, 6G which is expected to become available in the early 2030s.  5G-Advanced (also known as 5.5G) is a stepping stone toward 6G.

The internet and the world wide web are the backbone of the 4th industrial revolution.  In this lecture we look at how this foundational technology is developing.

We have an internet of connected people but now we are also connecting more and more things to the internet.  In this lecture we look at how this new internet of things is developing and the implications for the 4th Industrial Revolution.  We also introduce the fascinating concept of the digital twin. 

In the lecture we look at what cloud computing is and why it is such an important component of the 4th Industrial Revolution.  The adoption of cloud computing services was accelerated during the COVID-19 pandemic and the shift to remote working.   

This lecture looks at data, why we are generating more data than ever and how this data can be used to power the 4th Industrial Revolution.

Artificial intelligence can be described as digital brains inside large computers. Machine learning is a branch of artificial intelligence that enables computers to learn from data and make predictions or decisions without being explicitly programmed.  Artificial intelligence and machine learning are developing at a rapid pace.  In particular from 2023 onwards the technology hit the headlines in a big way following the launch of ChatGPT in late 2022.  In this lecture we examine these technologies and how they are being used.  We also look ahead to how these technologies might develop in the coming decades.  See link in the resources to have a live chat with Sophie, a digital human powered by Artificial Intelligence.  Also see link below to get health advice from SARAH - a chatbot based on ChatGPT from the World Health Organisation.  Download the resource files to learn more about the leading AI consulting firms, organisations, companies and startups involved in AI.   

Generative AI has taken the world by storm with the advent of ChatGPT in late 2022.  Generative AI reached approximately 100 million users in just two months versus 50 years for telephones to reach 50 million users!  We touched on generative AI in the last lecture.  This technology is a game changer for the future of work. Learn more about generative AI in this lecture. 

This lecture looks at the fascinating world of robots and the huge variety of robots we have in the world today. Powered by artificial intelligence, traditional robots are becoming adaptive  machines that can operate in—and learn from—complex environments.

Self driving vehicles are a special type of robot.  This lecture looks at the rapid developments in self-driving vehicles and it is only a matter of time before they are commonplace on our roads.  In 2026 many more people are poised to see autonomous vehicles in their daily lives as this technology spreads to more cities around the world.

This lecture looks at the fascinating world of drones and the huge variety of uses of these flying robots.  In 2024 eVTOL flying cars are now for sale!

This lecture looks at developments in the exciting world of brain computer interfaces.  There are very many practical applications of this technology and in particular for people with paralysis.  In the future we may connect our brains to the internet and to each other to form an 'internet of brains'.

The lecture looks at Extended Reality (XR) where X is a wildcard for A, V and M.  These are Virtual Reality (VR), Augmented Reality (AR) and Mixed Reality (MR).

In the lecture we look at the amazing and transformative world of 3D printing.  Our imagination is the only limit when it comes to 3D printing.  We already have 3D printed parts for jet engines and space rockets.  We are 3D printing cars, houses, food and working on 3D printing replacement parts for our own bodies. 

Blockchain technology is fascinating.  Blockchain is the software behind bitcoin and other cryptocurrencies.  However there are also many other novel uses of blockchain as we explore in this lecture

This lecture looks at the rapid advances in biotechnology and genetic engineering.  You might think that genetically engineered humans is stuff of the future.  It is not!  We have three genetically engineered humans recently born in China.  This lecture explains further. 

This lecture looks at the world at the nano level which is incredibly small and the latest advances in what is know as nanotechnology.  In relation to size we are talking about a hundred thousandth the width of a human hair!

Innovations in satellite technology, reusable rockets, and deep space exploration are opening new frontiers beyond Earth.

This lecture looks at how the various technologies we have seen in section two build on each other to power the 4th industrial revolution.  Innovation now compounds exponentially. 

The Fourth Industrial Revolution (4IR) is driving rapid advancements in artificial intelligence (AI), robotics, biotechnology, quantum computing, space exploration, and more. By 2035, these technologies will likely transform industries, economies, and daily life in ways that seemed unimaginable just a decade ago. This lecture explores key technological breakthroughs expected by 2035 and their societal and economic impacts. Importantly, these technologies are not developing in isolation—they are converging and reinforcing one another, accelerating the pace of change even further.

1. Space Exploration: Humans on the Moon and Mars

By the 2030s, we expect major milestones in human spaceflight. NASA’s Artemis program will establish a sustained lunar presence, serving as a stepping stone for the first crewed mission to Mars, targeted for 2035. In April 2026, we witnessed the successful Artemis II, a crewed mission that travelled around the Moon and safely returned to Earth—marking the first human journey beyond low Earth orbit since the Apollo era. Private companies like SpaceX are also developing reusable spacecraft for deep-space exploration. Meanwhile, space tourism will expand, and commercial space stations could be operational by 2030.

Impacts:

• Space Economy Boom: Projected to grow to $1.8 trillion by 2035.

• Scientific Breakthroughs: Potential discoveries of water ice on the Moon and evidence of past life on Mars.

• Job Creation: Expanding opportunities in aerospace engineering, space mining, and satellite-based industries.

• Geopolitical Competition: Countries and companies will compete for dominance in space resources and technology.

2. Biotechnology: Gene Editing, Synthetic Biology, and Longevity

Biotechnology will be as transformative as the internet by 2035. CRISPR-based gene editing could lead to cures for diseases like cancer, while synthetic biology will enable us to engineer bacteria for industrial and environmental applications. Lab-grown organs and bioengineered food (such as cultured meat) will be commonplace, reducing dependency on traditional agriculture.

Impacts:

• Health and Longevity: Personalized medicine will be widely available, extending human lifespan and quality of life.

• Bioeconomy Growth: The biotech sector could exceed $20 trillion by 2030, creating millions of new jobs.

• Food Security: Lab-grown meat and drought-resistant crops will help address world hunger.

• Ethical Challenges: Debates over human enhancement and genetic modification will shape regulations.

3. Artificial Intelligence: Pervasive AI and Potential AGI

By 2035, AI will be deeply integrated into everyday life. Artificial General Intelligence (AGI)—AI that can perform any intellectual task a human can—may emerge (although there is significant debate about when or if this will happen). AI-driven automation will transform industries from healthcare to finance, while generative AI will reshape content creation and personalized experiences.

Impacts:

• Economic Growth: AI could add $15.7 trillion to the global economy by 2030.

• Workforce Transformation: Millions of jobs will be redefined, requiring new skills.

• Personalized Services: AI-powered assistants, tutors, and medical diagnostics will enhance daily life.

• Ethical and Regulatory Issues: AI bias, job displacement, and data privacy concerns will need governance.

4. Quantum Computing: A Computing Revolution

Quantum computers will outperform traditional computers in complex problem-solving, revolutionizing fields like pharmaceuticals, logistics, and climate modeling. Quantum encryption will also reshape cybersecurity, protecting sensitive information from hacking threats.

Impacts:

• Scientific Breakthroughs: Drug discovery, material science, and energy optimization will accelerate.

• New Industries: Quantum computing could contribute over $1 trillion to the global economy by 2030.

• Cybersecurity Disruptions: Quantum decryption could render current encryption obsolete, requiring post-quantum cryptography.

• Geopolitical Competition: Countries will race to dominate quantum technology.

5. Renewable Energy: The Transition to Clean Power

By 2035, renewable energy will dominate electricity generation. Wind, solar, and advanced battery storage will make energy grids more sustainable, while green hydrogen will help decarbonize heavy industries. Nuclear fusion, once thought unattainable, may be on the verge of commercial viability.

Impacts:

• Lower Energy Costs: Renewable energy will drive down power prices and enhance energy security.

• Job Creation: Millions of new jobs in green tech, energy storage, and smart grid development.

• Climate Impact: Massive reductions in carbon emissions will help combat climate change.

• Infrastructure Challenges: Updating power grids and battery storage systems will require investment.

6. Robotics and Automation: The Age of Smart Machines

Recent advances in humanoid robots suggest that machines capable of working alongside humans in everyday environments may become increasingly viable.  A recent confirmation of the advances being made in robotics came from a Beijing half marathon in China (2026).  The winning humanoid robot ran faster time than Jacob Kiplimo’s world record!  Robots aree likely to be commonplace across industries, from humanoid service robots to autonomous delivery drones. Medical nanorobots could revolutionize healthcare by delivering targeted treatments inside the human body.

Impacts:

• Increased Productivity: Robots will automate routine tasks, boosting efficiency.

• Workforce Changes: Jobs will shift toward managing and maintaining robotic systems.

• Aging Populations: Robotic caregivers will assist in elderly care and healthcare services.

• Ethical Concerns: Regulations will be needed to ensure fair and safe human-robot interactions.

7. Extended Reality (XR): A Blended Digital and Physical World

Augmented reality (AR) and virtual reality (VR) will merge into Extended Reality (XR), replacing screens with immersive experiences. AR smart glasses may increasingly complement—or in some cases replace—smartphones by 2035.

Impacts:

• Education and Training: Virtual classrooms and realistic job simulations will enhance learning.

• Entertainment and Media: Interactive storytelling and immersive social experiences will reshape content.

• Retail and Advertising: AR-powered shopping will enable virtual try-ons and interactive ads.

• Privacy and Security: The challenge of data privacy in immersive digital environments will grow.

8. Autonomous Vehicles: The End of Human-Driven Cars?

By 2035, self-driving cars, autonomous trucks, and drone delivery networks are expected to become increasingly widespread. Robo-taxis will replace traditional car ownership in many urban areas, and AI-driven traffic management will optimize city infrastructure.

Impacts:

• Reduced Traffic Accidents: Autonomous systems could cut road fatalities by 90%.

• Mobility-as-a-Service: Fewer people will own cars, opting for on-demand rides instead.

• Job Disruption: Truck drivers, taxi drivers, and delivery workers will need to transition to new roles.

• Urban Planning Changes: Cities will be redesigned with fewer parking lots and smarter transit networks.

9. The Internet of Things (IoT) and Smart Cities

By 2035, billions of connected devices will create smart cities that optimize energy use, traffic flow, and public safety. IoT sensors will monitor everything from air quality to infrastructure maintenance, reducing waste and improving efficiency.

Impacts:

• Resource Efficiency: Smart grids, smart buildings, and optimized city services will cut costs.

• Economic Growth: IoT-driven industries will create new business opportunities and jobs.

• Health and Safety: Continuous health monitoring and emergency response automation will improve quality of life.

• Privacy Risks: Massive data collection will require strong governance and cybersecurity measures.

Conclusion: Preparing for a Tech-Driven Future

The Fourth Industrial Revolution is bringing rapid change, and adaptability will be key to thriving in 2035. Lifelong learning, technological literacy, and problem-solving skills will be essential.

At the same time, while these technologies offer enormous opportunities, they also introduce uncertainty. Jobs will change, industries will evolve, and new ethical, economic, and security challenges will emerge. The challenge is not just to understand these technologies—but to adapt, learn, and remain flexible in the face of constant change.

While these advancements promise incredible benefits, society must ensure that technology serves humanity in a way that is responsible and inclusive.

The future is not predetermined—it is shaped by the choices we make today. One of the key messages of this course is that nobody is an expert on the future—the pace of change is simply too fast.

By staying informed, curious, and engaged, we can help build a future that is innovative, inclusive, and sustainable.

In this lecture we finalise section two and look ahead to the next section of the course.

This is the audiobook chapter that mirrors this section. You can listen while commuting or doing chores — it’s designed to reinforce the course material in audio format.

This lecture introduces section 3 and what's ahead in this lecture. 

In this lecture we look at what skills are and how they are classified.

This lecture explores intelligence beyond IQ, highlighting the growing importance of emotional and social intelligence in the 4th Industrial Revolution. Using insights from the World Economic Forum, you’ll see why human skills like empathy, self-awareness, and leadership are becoming key to success.

This lecture dives into the ongoing debate about AI and automation's impact on jobs. It offers insights into which industries are most affected and reassures students by presenting new job opportunities created by technological advancements. Strategies for adapting and future-proofing careers will be introduced.

Discover the core skills that will be essential for future success, including digital literacy, problem-solving, creativity, and emotional intelligence. This lecture outlines the skills employers will be looking for in the coming decades.

This lecture introduces the concepts of I-shaped, T-shaped, and Pi-shaped skillsets, helping students understand the balance between specialization and breadth of knowledge. Learn how to shape your career for maximum versatility and growth.

In this lecture, students will learn how to identify and transfer their skills to different industries, ensuring long-term career resilience. Understand how to pivot between roles and industries as technologies evolve.

Learn the benefits of adopting a skills-first mindset, where the focus is on abilities and expertise rather than formal qualifications. This lecture explains how to highlight skills to advance your career in a rapidly evolving job market.

This guide introduces the concepts of reskilling and upskilling, showing students how to continuously develop new skills and adapt to emerging roles. Learn strategies for committing to lifelong learning to stay competitive.

Explore how education is evolving in the 4th Industrial Revolution, from traditional degrees to online learning and certifications. This lecture helps students identify the most relevant education paths to future-proof their careers.

The gig economy is growing rapidly, offering new ways to work flexibly. 27% of Gen Z workers currently supplement their primary income with part-time or gig work (Manpower Group, 2026).  This lecture explains how to succeed in the gig economy, build a freelancing career, and use digital platforms to find work and clients.

This lecture discusses the importance of diversity and inclusion in science and technology. Learn how equity drives innovation and why creating inclusive work environments is essential for the future of these industries.

This lecture summarizes the key takeaways from Section 3 and offers a brief introduction to the topics that will be covered in the next section of the course.

This lecture includes two audiobook chapters that connect with Section 3 (Skills needed for the 4th Industrial Revolution and learning these skills). You can download the files below and listen at your convenience.

This lecture presents a summary of what we have covered in the course.  We also look ahead to section 4. Please see attached file for a list of external resources for this section.

In this lecture, we explore the concept of career identity in a rapidly changing world of work. You’ll learn why job titles are becoming less relevant, how careers are evolving, and how to think about your own direction based on your interests, strengths, and the value you create. This lecture will help you begin defining who you are becoming—not just what you do.

In the lecture 'Career Self-Management in the Age of the 4th Industrial Revolution', we explore the critical importance of taking control of your career in a rapidly changing technological landscape. You'll learn how to embrace lifelong learning, adaptability, and strategic planning to navigate shifts in industries.  Key points are summarised in the attached resource file: 'Career self-management handout'.

This lecture explores how networking and personal branding are essential tools for thriving in the 4th Industrial Revolution. Learn how to build meaningful professional connections and craft a personal brand that sets you apart in the digital age.

In an era of unprecedented access to information, the ability to think critically and learn independently is more important than ever. As Socrates wisely noted, "I cannot teach anybody anything. I can only make them think." This lecture provides a curated list of resources to support your ongoing study in Future Skills 2030. Alongside the specific materials in each lecture, you’ll find a reading list, key informant resources, online learning platforms, career guidance tools, key organizations, and a list of relevant conferences and events. These resources will help you develop your skill plan in the next assignment, ensuring you remain competitive in a rapidly changing economy.

This lecture explores why adaptability is a critical skill in the 4th Industrial Revolution, offering strategies to develop flexibility and resilience to thrive amidst constant change in the workforce. Learn how to embrace change and seize new opportunities for career growth.

You now have a personal action plan to help you prepare for your future.  Let's look at the next steps post this course.

Congratulations on completing the course! Your dedication and hard work are commendable and will serve you well as you prepare for the future of work. I hope you have found the course both enjoyable and enriching.  As Socrates is quoted as saying: “I cannot teach anybody anything. I can only make them think” .  I hope this course has made you think deeply on the future of work.   My goal is to make this the best online course on this topic, and I am constantly updating it with new resources and lectures.

This is an ever-evolving field, and staying up-to-date is crucial in our fast-paced world. Please take a moment to rate the course (hopefully with 5 stars!) and leave a comment. Your feedback will help other students find this course.  Remember never stop learning, growing and developing yourself!

Thank you very much, and best of luck in all your future endeavors.

Best regards,

Thomas Carroll, PhD.

This is the audiobook chapter that mirrors this final section of the course. You can listen while commuting or doing chores — it’s designed to reinforce the course material in audio format.