“Don’t push every child into coding. Real engineering careers in Mechanical, Civil, Electrical, and Electronics still build the world we live in”
If you’re a parent of an engineering student in India, you’ve probably said one of these lines at some point:
- “Beta, learn coding quickly, that’s where the jobs are.”
- “IT is the safest field — join there.”
- “Mechanical or Civil has no future.”
It’s understandable — we all want stability and success for our children. But here’s the truth: this thinking is short-sighted.
Because in the race to push everyone into coding, we are forgetting what real engineering actually is.
What Real Engineering Means
Real engineering is not about sitting behind a screen all day writing code. It’s about solving real, physical problems:
- How can cars be made safer in accidents?
- How do we design earthquake-resistant buildings?
- How can we generate and store clean energy?
- How do we keep machines reliable for years?
This is the work done by engineers from the core branches:
- Mechanical Engineering
- Civil Engineering
- Electrical Engineering
- Electronics Engineering
These fields are not “outdated.” They are the backbone of every system we use today — vehicles, roads, power plants, machines, medical devices, and factories. Without them, there is no infrastructure for even IT to run.
The Truth About the Job Market
Yes, coding jobs are booming. But look around:
- IT is saturated — too many freshers chasing the same roles.
- Layoffs are happening in big tech firms.
- Automation tools are already replacing repetitive coding work.
Meanwhile, core industries are hungry for skilled engineers.
Automotive, aerospace, EVs, railways, defense — all of them need young engineers who:
- Understand physics and materials
- Can run CAE simulations
- Solve design, safety, and durability challenges
This is where real opportunities lie.
Real Engineers = Real Impact
Think about it:
- A crash simulation engineer ensures families survive accidents.
- A civil engineer designs hospitals and schools that withstand earthquakes.
- An electrical engineer works on solar panels, EV batteries, and smart power grids.
- An electronics engineer develops medical devices that save lives.
These are careers with real-world impact. And today, thanks to modern tools like CAE (Computer-Aided Engineering), AI, and even Python for simulations, core engineers are more powerful than ever before.
What Parents Should Do
Here’s the most important part:
✅ If your child is in Mechanical, Civil, Electrical, or Electronics — don’t panic. Encourage them.
✅ Don’t force them into IT just because “everyone is doing it.”
✅ Help them explore simulation training, design tools, and CAE skills that make them job-ready.
✅ Support them in learning technologies that are in demand in automotive, aerospace, EV, and defense industries.
At ELENO COE, we see this every day. Hundreds of students from core branches come to us confused and underconfident. With the right CAE traininFree Consultation – CAE Coursesg, they transform into skilled professionals — simulation analysts, crash engineers, durability experts, and more.
They don’t have to abandon their branch. They grow within it — with pride and purpose.
Final Thought for Parents
Dear parents,
The world will always need machines, structures, power, and systems. It will always need engineers who can design, test, and improve them.
Let’s not make coding the only dream.
Let’s back the young minds who want to build, create, and protect the world — the real engineers.
📞 Talk to Nachiket: 9881732144
🌐 Visit us at: www.eleno-elc.com
