AI Won't Replace the Need to Learn Programming or Basic Electronics—Just Like Calculators Didn't Replace Mathematics

A recent social media post caught my attention. It described a young graduate who felt that after relying heavily on AI tools, he struggled to think independently, recall information, and communicate clearly. Whether the story is completely accurate or not, it raises an important question:

If AI can write code, explain concepts, and even design circuits, do we still need to learn programming and electronics?

My answer is a clear yes.

The Calculator Analogy

Think back to school.

Every student has access to a calculator today. In fact, every smartphone has one built in.

Yet schools continue to teach addition, subtraction, multiplication, and division.

Why?

Certainly not because teachers expect students to perform large calculations manually throughout their lives.

We teach mathematics because it develops logical thinking, number sense, problem-solving ability, and the confidence to know whether an answer is reasonable.

A calculator performs arithmetic.

It doesn't teach you how to think.

AI is similar.

AI Is the Calculator for Knowledge Work

AI can write code.

It can generate circuit diagrams.

It can explain algorithms.

It can even debug programs.

But AI cannot replace the understanding that comes from learning the fundamentals.

Without foundational knowledge, it becomes difficult to:

• Ask the right questions.
• Identify incorrect answers.
• Debug problems when AI makes mistakes.
• Build something truly innovative.

The person who understands the basics will always get more value from AI than someone who depends on it completely.

Why Programming Still Matters

Programming is not just about writing code.

It teaches us how to:

• Break complex problems into smaller pieces.
• Think logically.
• Design solutions systematically.
• Test ideas and learn from failures.

These are life skills, not just software engineering skills.

Even if AI writes 90% of the code, humans still need to understand what should be built and whether the solution is correct.

Why Basic Electronics Still Matters

Today's students can connect ready-made sensors, motors, and microcontrollers in minutes.

But understanding what happens underneath is what creates engineers and innovators.

Learning electronics teaches concepts such as:

• Voltage
• Current
• Resistance
• Power
• Signal flow

These concepts help students troubleshoot problems, design better systems, and understand the technology that surrounds them.

Without these foundations, students become users of technology rather than creators of technology.

Learning Builds Thinking

The purpose of education has never been memorization.

Its purpose is to build the ability to think independently.

Programming and electronics are excellent vehicles for developing:

• Critical thinking
• Creativity
• Persistence
• Curiosity
• Problem-solving

These skills remain valuable regardless of how powerful AI becomes.

The Future Is Human + AI

The debate should not be AI versus learning.

It should be AI plus strong fundamentals.

Students should absolutely learn to use AI.

But they should first understand the concepts that AI is helping them with.

Just as calculators became essential tools for mathematicians, AI will become an essential tool for programmers, engineers, scientists, teachers, and creators.

The winners will not be those who avoid AI.

Nor will they be those who depend on AI for everything.

The winners will be those who combine deep understanding with powerful tools.

Final Thoughts

A calculator never replaced mathematics.

GPS never replaced our understanding of geography.

Spell check never replaced the need to learn language.

Likewise, AI will not replace the need to learn programming and basic electronics.

It simply changes how we learn and how much we can create.

The goal of education is not to produce people who can perform tasks manually.

The goal is to produce people who can think, question, create, and solve problems.

And that is something no tool—however intelligent—can do on our behalf.