If you think labs are cool, that’s underselling it. Labs are where theory finally stops being abstract and starts feeling real. They’re messy, exciting, sometimes intimidating and honestly, they’re the reason most of us signed up for engineering in the first place.

And when I realised so many of my friends were missing out (and yes, serious FOMO was involved), I decided it was my student duty to give Blitzians a proper insider tour, showing what engineering labs are actually like.

So, buckle up. Think of this as your all-access pass to the behind-the-scenes world of engineering labs.

Walking into a chemistry lab feels like stepping into a mix between a hospital operating room and a cooking show.

There’s a sharp chemical smell in the air, everything is clean and organised, and before you touch anything, you suit up like a semi-astronaut in a lab coat, gloves, sometimes even goggles. It’s like preparing for surgery, except instead of saving lives, you’re mixing liquids and hoping they don’t explode.

The best way to understand chemistry is to think of it like cooking—but with stricter rules and higher stakes. Every “recipe” (experiment) has precise measurements, timing, and steps. Add something too early, too late, or in the wrong amount, and instead of a tasty dish, you might get nothing or an angry tutor with a grade deduction.

Titration experiments are like waiting for toast to turn the perfect shade of brown, but slower and more stressful. You’re watching for a tiny colour change, drop by drop, wondering, “Was that it? Or did I mess it up?”

Handling glassware like test tubes feels oddly risky; they’re fragile, slippery, and somehow always break when you least expect them to. By the end of the semester, your lab coat tells a story of all your experiments, mostly through stains you’ll never fully get out.

If chemistry is cooking, electrical labs are like stepping into a controlled lightning storm.

The moment you walk in, you see large machines, wires everywhere, and equipment that looks powerful enough to run a small city. Suddenly, electricity isn’t just something that powers your phone; it’s something you respect.

Think of it like dealing with a wild animal: if you handle it correctly, it works beautifully; if you don’t, it reminds you instantly (and painfully) that you made a mistake.

Grounding is one of the first things you learn, and it’s basically like giving electricity a safe escape route. Without it, you might become that route, and you get electrocuted. So yes, connecting wires properly isn’t just about getting marks; it’s about not becoming part of the circuit.

There aren’t dramatic sparks flying everywhere like in movies. These are small shocks that will surely wake you better than any espresso.

Electronics is like the cooler cousin of electrical engineering. Instead of big machines, you’re working with tiny components like chips, resistors, and circuit boards. It’s like building a city, but on something the size of your palm.

If electrical labs feel like handling raw power, electronics labs feel like assembling Lego sets, but with a brain. You connect small parts, and then you program them to do something. Suddenly, that little board can blink lights, play sounds, or even control devices.

It’s where hardware meets software. Imagine building a robot body and then teaching it how to think; that’s electronics in a nutshell.

You start to realise that everything around you, from your phone to your laptop to your headphones, is basically just a very advanced version of what you’re building in the lab.

Mechanical labs feel the closest to what people imagine when they think of “real engineering.”

It’s loud, hands-on, and full of heavy machinery. Walking in feels like entering a factory or workshop where things are constantly being built, shaped, or destroyed in a controlled environment.

If other labs are like simulations, this one feels like industry.

You work with drills, welding tools, moulds, things that demand attention and respect. It’s like using power tools at maximum level. Every instruction matters because these machines don’t forgive careless mistakes.

One of the coolest parts? Pouring molten material into moulds you designed yourself. It literally feels like handling lava and turning it into something solid and useful. It’s like playing Minecraft but in real life, and with heat-resistant gloves.

And then there’s 3D printing, which honestly feels like magic. You design something on a computer, press a button, and watch it slowly come to life layer by layer. It’s the closest thing to “printing objects” from sci-fi movies.

Physics labs are where you prove that the formulas you’ve been memorising actually work in the real world.

It’s less chaotic than other labs, but more precise. Think of it like being a detective, except instead of solving crimes, you’re verifying the laws of the universe.

You’ll work with lasers, lenses, electromagnets, and measuring devices. Light experiments feel especially cool; it’s like bending and controlling something you normally can’t even touch.

The tricky part? Accuracy. Every measurement matters. A tiny error can throw off your entire result, so you’re constantly double-checking, calculating uncertainties, and asking yourself, “Did I do this right?”

It’s not flashy, but it’s deeply satisfying when your results actually match theory.

Biomedical labs are where engineering meets the human body, and things get real very quickly.

This isn’t just machines or circuits anymore; you’re working with biological samples. It feels a bit like stepping into a medical lab or even a crime scene investigation.

You wear gloves, handle specimens, and sometimes deal with procedures that feel straight out of a forensic show. It can be uncomfortable at first, especially if you’re not used to it, but it’s also fascinating.

Think of it as engineering with life itself. You’re not just building systems; you’re understanding and interacting with living ones.

And finally, the computer lab. The one that feels most familiar yet offers the most creative freedom.

At first glance, it just looks like a room full of computers. But in reality, it’s like stepping into a digital playground.

If other labs are about building physical things, this one is about building worlds.

Coding feels like having superpowers. You type something, run it, and suddenly you’ve created an animation, a program, or even an entire system. It’s like telling a computer, “Do this,” and watching it obey.

Think of it like writing the rules of a universe. Whether it’s a simple program or a full website, everything exists because of code.

And the best part? You don’t need heavy machinery or protective gear, just your mind and a computer. It’s the most accessible lab, but also one of the most powerful.

In the end, I would say that each lab is a completely different universe. 

And once you step in, you’ll realise: this is where things actually come to life. Maybe the university should offer an excursion to all these labs for even non-tech students to get a taste of them for a day, because we all deserve to explore and act like a cool movie character once in a while.

Reet is a third-year computer engineering student with a flair for finding stories in everyday scenarios. She loves twisting it up with a tinge of humour to make readers find joy in the simplicities of life.