I’ve noticed something interesting in the last couple of years. Almost every engineering student I meet is learning coding… but not from their college syllabus. They’re doing it from YouTube, paid bootcamps, Telegram groups, random PDFs, and sometimes even from Instagram reels. It makes you think — if they are already in engineering, shouldn’t coding be properly covered there?
But honestly, classroom learning and real-world coding feel like two different worlds.
In many colleges, the syllabus still talks about C and C++ in a very theoretical way. Professors explain syntax, write programs on the board, students copy it down, exams happen, done. But step outside that campus and companies are asking for Python, data structures, React, machine learning, cloud computing, and even AI tools like GitHub Copilot. The gap is real. And students know it.
It’s kind of like learning how to drive by reading a driving manual but never actually touching the steering wheel. Technically you “know” driving, but can you survive traffic? That’s the difference.
The Placement Pressure Is Very Real
Let’s not pretend placements aren’t a big reason.
In India especially, engineering has become almost equal to “get a good package.” Students talk about 10 LPA, 20 LPA packages the way people discuss IPL scores. If one senior cracks a product-based company, suddenly juniors are searching “best DSA course” at 2 a.m.
Companies like Google and Amazon are almost mythical in engineering campuses. When someone says they got into Google or Amazon, it spreads like wildfire on WhatsApp groups. And what’s common advice? Learn DSA. Practice on LeetCode. Do competitive programming.
The thing is, most college curriculum doesn’t train students for coding interviews the way tech companies expect. Interview questions are logic-heavy, pattern-based, time-optimized problems. It’s more like solving puzzles under pressure than writing simple lab assignments.
So students go outside. They buy courses. They join coding platforms. They follow influencers on LinkedIn who post “How I cracked FAANG in 6 months” threads. Social media has lowkey turned into a career guide.
The Internet Is Just More Updated
Another reason is speed. Technology changes fast. College syllabus? Not so much.
By the time a university updates its curriculum, the industry has already moved on. Today everyone’s talking about AI, blockchain, Web3, cloud certifications. Tomorrow it’ll be something else. But many engineering colleges are still stuck explaining basic HTML in the third year.
YouTube, on the other hand, updates in days. A new JavaScript framework drops and within a week, someone has already uploaded a “Complete Tutorial.” Platforms like Udemy and Coursera constantly add new industry-relevant courses. Students feel like they’re getting “fresh” knowledge there.
I remember one friend saying, “Bro, my college teaches Java from a book printed in 2014. My YouTube playlist is from 2025.” That line stuck with me.
Peer Pressure and the FOMO Effect
Let’s talk about something no one admits properly. FOMO.
If you’re in second year and you see your classmates posting “Completed 200 LeetCode questions” on LinkedIn, it hits your ego a little. Even if you were chilling before, suddenly you’re watching data structure videos.
Social media kind of romanticizes coding grind culture. You see aesthetic desk setups, dual monitors, dark mode screens, coffee mugs, and captions like “Late night debugging session.” It looks cool. Almost cinematic.
So even students who aren’t super passionate about coding feel like they should learn it. Not learning coding in engineering today feels like not being on Instagram in 2018. You’re just… out of the loop.
Colleges Focus More on Theory Than Application
This might sound harsh but it’s true in many cases.
Engineering is supposed to be practical. But often it becomes theory-heavy. Long derivations, definitions, internal exams. Students memorize for marks, not mastery.
Coding, though, rewards doing. You learn by building things. You make mistakes. Your code breaks. You Google errors. Slowly, it starts making sense.
I personally learned more debugging one small personal project than attending an entire semester of programming classes. That’s not to disrespect professors, but the structure sometimes doesn’t encourage experimentation.
Outside platforms let you build apps, websites, bots. You see real output. That instant feedback is addictive.
Money Talks, Honestly
Let’s not ignore the financial angle.
The average starting salary for core engineering branches like mechanical or civil can be modest. But tech roles, especially software development, often offer higher packages. Students notice this trend.
According to various placement reports floating online, software roles dominate the top salary lists. Even non-CS students are shifting towards coding because it opens more doors.
It’s like choosing between a normal job and a high-growth startup. Both are valid, but one just seems more exciting and financially rewarding right now.
And once students see coding as a skill that can directly increase income, they treat it like an investment. Think of coding skills like SIP in mutual funds. You put small effort daily, and over time the returns compound. A few months of consistent practice can seriously change placement outcomes.
The Rise of Self-Learning Culture
There’s also a mindset shift happening.
Earlier, college was the main source of knowledge. Now, it’s just one source. Students trust online communities, Reddit threads, Discord servers, Twitter tech spaces. Sometimes even more than textbooks.
There’s this belief that “real” learning happens outside the classroom. Whether that’s fully true or not is debatable. But perception matters.
Even hackathons and open-source contributions are mostly self-driven. Students contribute to GitHub projects, collaborate globally, and build portfolios. That exposure doesn’t always come from structured college labs.
I’ve seen students from tier-3 colleges outperform others simply because they learned consistently online. It kind of proves that location matters less now than effort.
Is This a Bad Thing? Not Really
Some people say this trend shows failure of the education system. Maybe partly. But I also think it shows something positive.
Students are taking responsibility.
Instead of blaming syllabus, they’re upgrading themselves. They know the market is competitive. So they adapt.
Yes, it’s tiring sometimes. Managing college exams and extra coding practice can feel overwhelming. I’ve seen friends burn out trying to balance both. But the intention is clear. They don’t want to be left behind.
Engineering students learning coding outside college isn’t rebellion. It’s survival. And maybe ambition too.
In a way, it’s similar to going to the gym even if your school has physical education class. The class exists. But if you want serious results, you put extra effort outside.
That’s what coding has become for many engineering students. Not just a subject. A side hustle for a better future.