Jobs of the future
It’s a decade or two into the future. Artificial Super Intelligence (ASI) is ubiquitous. Jobs we know now do not exist.
Doctors & Biotech sciences — ASI can diagnose and cure diseases faster and roll out human enhancements better than any human researcher.
Lawyers & Judges — ASI never forgets a precedent and continuously self-corrects for bias
Teachers & Professors — ASI-driven education adapts instantly to each student
Artists & Writers — ASI-generated creativity outpaces human artists in speed and complexity
Even governance is fully AI-optimized, with ASI running economies, logistics, and policy decisions. Humans are no longer necessary for survival, production, or decision-making.
So what jobs remain? For baseline humans, very few. But maybe, for enhanced humans, there are roles we can’t yet conceive.
Our need for purpose
So what is the purpose for humans to find meaning? Human meaning has been forged through struggle — against nature, against ignorance, against each other. The struggle to build a better world, a better future, a family and career we can be proud of. We wrestle with self-esteem at times, but as the saying goes, “if you want feel good, be good”. That is, fulfill your vocation and take on the role with the best contribution you can make, with your unique gifts and talents.
But in a world where struggle and conflict are obsolete and ASI can solve nearly every technical problem, what struggle remains that is worthy of human effort?
We are the stewards of beauty, consciousness, and the cosmos itself.
The rise of Artificial Superintelligence (ASI) does not diminish the human spirit — it forces us to confront the intrinsic value of humanity, the sacredness of individual consciousness, and the moral responsibility of ensuring that intelligence serves, rather than rules.
If AGI is a tool, what is it for? If humanity is an end in itself, what is its highest calling?
The last and greatest human jobs are not about productivity. They are about ensuring that creation unfolds in its fullest brilliance.
Technology always changes us
The story of humanity can be conceived as how we adapt to changing technological circumstances. With the advent of farming, and the end of hunter-gatherer life, meaning changed from being a powerful hunter to being a skilled and dedicated farmer. With industrialisation, we found new roles instead of subsistence farming. With the invention of contraceptives and domestic appliances, women were free to enter the workforce. So with further technological changes, how humans struggle and make meaning will again change.
The intrinsic value of humans
Immanuel Kant claims humans must always be an end in themselves, not a means to an end. We are a beautiful and good creation. Yes, we are a mix of good and evil, and must forever struggle against the dark side. With a reduction in existential threats, a better-focused struggle, and the Hobbesian Leviathan ASI (large ethical government) we might find ourselves enjoying growing our good side.
Humans should be preserved and enhanced along with as much as possible of Earth’s ecosystem.
The Role of Parents & Biological Continuity
Consciousness remains a mystery. We each experience it. We can assume, on solid grounds, that others also experience it, but cannot know either about htem nor about machines. So that the light of consciousness might not fade from the Universe, we should value and preserve baseline humans.
ASI cannot give birth to conscious beings — it can only simulate minds.
Raising children and passing down culture, values, and meaning remains a uniquely human role. It could certainly be supported by ASI in this task.
A machine may be able to teach, but it cannot love as a parent does.
An ASI coach could empower parents to do an even more amazing job than they do now. Free from household chores, our role as parents and growing humans is simply to maximise ourselves and “individuate” (Jung) into the maximum human capabilities we have. Not judging ourselves against anyone else, but solely against our own potential.
But how do I get paid? Maybe the ASI governance system could provide you with a basic income, plus bonuses depending on how well you do at the tasks before you: simply that of being a great human.
Exploring human potential — for baselines
In a future where traditional jobs for unenhanced humans have vanished, the focus shifts to self-improvement and personal growth. With existential threats diminished and advanced ASI governance systems in place, humans can concentrate on exploring their potential. The ASI governance system would ensure a basic income and additional rewards for those who excel in personal development and contribute positively to society.
Baseline humans would engage in continuous learning, honing skills such as creativity, emotional intelligence, and ethical reasoning in a uniquely human way, even if ASI can surpass us.
Artistic and cultural pursuits would flourish as people seek to express their individuality and deepen their understanding of the world using ASI. Enhanced education systems, supported by AI coaches, would tailor learning experiences to individual needs, fostering a lifetime of growth.
Physical and mental well-being would become paramount. With more time and resources, individuals would engage in activities that promote health and longevity, from advanced fitness regimes to mindfulness practices. Community-building would thrive as people invest time in relationships, nurturing a strong social fabric.
Ultimately, in this envisioned future, baseline humans would strive to maximize their inherent capabilities, celebrating the essence of humanity while contributing to a harmonious and sustainable world.
Exploring human potential — via biotech
In the quest to maximize human potential, one branch could focus intensely on biotechnological advancements. By harnessing the power of genetic engineering, humans could enhance their physical and cognitive abilities, eradicate genetic diseases, and extend their lifespans. Customized gene therapies could allow individuals to optimize their health, tailoring their bodies to resist illnesses and improve overall performance.
Furthermore, advancements in regenerative medicine could enable the growth of new organs and tissues, allowing for the replacement of damaged or aged body parts. This would not only prolong life but also enhance the quality of life, enabling individuals to remain active and productive well into old age.
Biotech could also revolutionize mental health by developing treatments that address neurological disorders and enhance cognitive functions. Memory, learning capacity, and emotional resilience could all be elevated, creating a society of individuals who are not only healthier but also more intelligent and emotionally balanced.
By integrating these biotechnological advancements, this branch of humanity would strive to reach the pinnacle of human capabilities, celebrating the fusion of nature and science while contributing to a thriving, harmonious society.
Exploring human potential — via nanotech and BCI
A different branch of humanity might focus on nanotechnology, brain-computer interfaces (BCI), and silicon-based enhancements, while striving to remain as close as possible to baseline human norms. Nanotechnology could revolutionize healthcare by deploying microscopic machines to repair cells, eliminate diseases, and enhance physiological functions from within. These nanobots could provide real-time health monitoring, alerting individuals to potential issues before they become serious.
BCIs would offer a new dimension of interaction between humans and machines, enabling seamless communication and control over technology through thought alone. Such interfaces could enhance cognitive abilities, providing instant access to information and augmenting memory and learning capabilities without altering the human essence. They would facilitate a profound connection with digital environments, enhancing productivity and creativity in unprecedented ways.
Silicon-based enhancements could also play a vital role in augmenting human potential. Advanced microchips implanted in the body could optimize bodily functions, improve sensory perceptions, and even enable new capabilities, such as night vision or enhanced hearing, all while maintaining the integrity of baseline human traits.
Together, these technologies would empower humanity to push the boundaries of human potential, merging seamlessly with our natural abilities and ensuring a future where technology and biology coexist harmoniously.
Developing Off-Planet Human and Post-Human Life
As humanity ventures into the cosmos, biotechnological and nano/silicon technological advancements will be crucial in adapting to extraterrestrial environments. Biotech will enable the genetic modification of humans to thrive in diverse conditions, such as altering lung structure to efficiently utilize lower oxygen levels or engineering skin to withstand higher radiation levels. Custom gene therapies could also enhance physical endurance and cognitive functions, ensuring that settlers can perform optimally in harsh conditions.
In parallel, nanotechnology and silicon-based enhancements will play a vital role in the adaptation process. Nanobots could provide real-time cellular repair and health monitoring, alerting individuals to potential health threats and mitigating them instantly. Brain-computer interfaces (BCIs) will facilitate seamless interaction with advanced machinery, easing the complexities of operating in extraterrestrial landscapes. Implantable microchips could enhance sensory perception, improving night vision and spatial awareness, critical for navigating unfamiliar terrains.
This amalgamation of biotech and nano/silicon tech will create a new breed of post-humans capable of thriving in various off-planet environments. By harnessing the strengths of both biological and technological advancements, humanity will not only survive but prosper beyond Earth, pushing the boundaries of our potential and expanding our horizons across the universe.
But is this God’s will for humans?
Humanity was created in the image of God, endowed with intelligence, creativity, and the ability to shape the world. From the very beginning, God commanded us to “fill the earth and subdue it” (Genesis 1:28) — not as tyrants, but as stewards of creation. To deny our ability to enhance life through biotechnology and nanotechnology is to reject the very gifts God has given us.
Biotech allows us to heal the sick, extend life, and eliminate suffering — reflecting the ministry of Jesus, who restored sight to the blind and made the lame walk. Nanotech enables us to build at the molecular level, bringing forth new materials, clean energy, and limitless abundance, echoing God’s desire for flourishing, not scarcity. These technologies are not defiance but an act of co-creation, fulfilling our divine role.
If the heavens declare the glory of God, then humanity’s mission is to make the universe even more glorious. We are called to terraform planets, restore ecosystems, and expand the beauty of life across the cosmos. To embrace biotech and nanotech is to embrace our divine purpose — to make creation more magnificent, diverse, and filled with wonder, as God intended.
Or for the atheists, as we could maximise our potential.🚀✨
Indeed this is the role and destiny for future humans. To build bigger and better, and to beautify the cosmos. That consciousness, human values, and beautiful ecosystems should multiply.
And for each human, our job every day is the same as it as always been: to enhance ourselves.