Human Edge: Fixing Machines Trumps Outworking Them

Regardless of how diligently people labor, they can't equal the efficiency of machinery. Individuals who acknowledge this truth will prioritize excellence over volume in their offerings to thrive.

Creating an AI-powered society featuring sophisticated machinery demands professionals who have profound knowledge of system functionalities. These experts surpass highly productive workers because they design and manage the automated systems, whereas the latter may eventually be outperformed by machines.

Allow me to share a tale to illustrate how this operates.

A power station experienced a system breakdown that remained unsolved for two months. Both employees and executives were stumped. Even after hiring many specialists, nobody was able to diagnose or resolve the issue.

Desperate, the plant's owner offered a high reward to anyone who could fix the system. A young engineer arrived, examined the system, and quickly identified the issue: a missing electromagnetic coil. After replacing it, the system was up and running again.

The owner was astonished. Numerous employees and many contracted specialists had been unable to resolve the problem, but an individual managed to fix it using only a single coil. Upon hearing from the engineer about a $10,000 fee, the owner objected: "All that for merely a tiny coil? That seems excessive."

The engineer replied: “How many workers inspected this system? And how many technicians attempted to repair it? They failed because all they could do was swap out faulty components instead of understanding what truly kept the system running. Had a spring been damaged, they’d have simply swapped it out. However, with a component absent, they were stumped. Sure, the coil might be inexpensive, but recognizing that the system required that specific coil—that’s where real value lies.”

Grateful for the insight in those words, the owner happily settled the payment with the young engineer and appointed him as the plant's technical director.

An individual is programming on their laptop. Stock image courtesy of Pexels.

A comparable tale conveys the same concept. A vehicle malfunctioned, and its owner sought help from several garages without success. Ultimately, a skilled technician struck the precise area with a hammer, restoring the car’s functionality. The owner was billed $20 for this solution.

Startled, the car owner exclaimed, "Just one hit with a hammer—why such a high price?"

The mechanic responded, "A single hammer blow comes at a cost of $1. Identifying precisely where to hit adds another $19. Other places you visited were unable to resolve this issue."

The car owner settled the payment without any additional objections.

These narratives underscore the importance of comprehending how systems operate. Individuals who possess an extensive understanding of system functions generally achieve higher earnings compared to those who merely exert great effort in their work.

That’s precisely why education needs to change direction. Institutions ought to allocate fewer resources toward compelling students to commit information to memory and instead concentrate on fostering a profound comprehension of various topics. When pupils comprehend fundamental concepts, they will be capable of constructing and maintaining advanced systems in the future.

Machines and artificial intelligence will consistently outperform humans in terms of speed and efficiency, yet humans are responsible for designing, operating, and maintaining these automated systems. This necessitates extensive expertise within those complex frameworks. Consequently, education should integrate automation into its programs to adequately equip students with the required skills.

Learning multiplication tables doesn’t ensure that students comprehend multiplication itself. It’s essential for them to grasp the underlying principles of mathematics so they can use their skills accurately. Similarly, when it comes to reading and writing, without an understanding of spelling rules, students often err. However, upon recognizing patterns, they become proficient at spelling. A lot of difficulties arise primarily due to gaps in fundamental concepts.

Schools need to evolve. Education ought to become more automated, yet students shouldn’t aim to outdo machines. Rather, human intellect should be leveraged to ensure we remain at the forefront of developing, managing, and enhancing these automated systems.