Hello 👋

Welcome to another week — and another opportunity to grow into a strong, confident DevOps, Infrastructure, or Platform Engineer.

Today’s issue is brought to you by The Engineering Ladder — where we share practical, career-shaping lessons in DevOps and Software Engineering to help you level up with clarity and direction.

💡 PS: Before we dive into today’s topic, I want to quickly share something important with you…

If you’ve been following The Engineering Ladder, you already know one thing I believe deeply:

👉 Real tech careers are built on evidence, not just interest.

That belief is exactly why we built CloudOps Academy.

CloudOps Academy is a hands-on training program for DevOps Engineers, Infrastructure Engineers, and Platform Engineers who want more than theory.
We focus on helping engineers build real systems, understand how production environments work, and gain the confidence to perform in real roles — not just pass interviews.

At CloudOps Academy, you don’t just “learn tools.”
You learn how to:
✅ Design and operate real cloud infrastructure
✅ Work with Docker, CI/CD, monitoring, and automation the way teams do in production
✅ Think like a reliability-focused engineer, not just a script writer
✅ Build projects you can confidently explain in interviews
✅ Grow from uncertainty to clarity with structured guidance and mentorship

Our goal is simple:
to help you become job-ready, confident, and credible as an engineer.

If you’re serious about building a strong DevOps or Cloud career — and you want guidance from engineers who are actively working in the field — we’d love to talk.

📞 Phone: +237 653 583 000
📧 Email: [email protected]

No pressure.
Just clarity on whether CloudOps Academy is the right next step for you.

Now, let’s get into today’s lesson 👇

A few months ago, someone sent me a message that stopped me mid-scroll.

It said:

"Blaise, I studied accounting. I am 27. Is it too late for me to become a DevOps engineer? Or is tech only for people who studied computer science?"

I sat with that message for a while before replying.

Not because I didn't know the answer. But because I know how much weight was behind that question. The self-doubt. The comparison. The quiet fear that maybe the door is already closed.

I've seen that fear in Cameroon. I've seen it in Nigeria, Kenya, Ghana. I've seen it in engineers who studied civil engineering, nurses who wanted a career change, teachers who were tired of surviving and wanted to start building.

And I want to speak directly to that fear today.

Tech is not a gate kept by your degree. It never was.

There is a story a lot of people believe — especially in Africa — that goes like this:

"If you didn't study Computer Science, you are already behind. The people who did are smarter than you, more prepared than you, and will always be ahead of you."

This story is false. And I can prove it.

Some of the strongest engineers I have worked with or observed studied things like mathematics, physics, electrical engineering, economics — and a few studied nothing related to tech at all. What they had was not a CS degree. What they had was the willingness to learn deliberately, build consistently, and stay in the game long enough to get good.

Your background is not a disadvantage. In many cases, it is quietly an advantage — if you know how to use it.

Let me be specific about this, because I think it gets overlooked.

If you studied accounting or finance, you already think in systems. You understand how inputs connect to outputs, how errors compound, how data integrity matters. That thinking translates directly to backend engineering and DevOps.

If you studied nursing or medicine, you understand high-stakes environments, process discipline, and what it means when something breaks and people are depending on you. That mindset — stay calm, follow the process, document everything — is exactly what incident response in DevOps demands.

If you studied education or communication, you know how to explain complex things simply. That skill is rarer in tech than most people think, and it makes you stand out the moment you're in a team.

If you studied engineering — civil, mechanical, electrical — you already think like an engineer. You understand systems, constraints, failure modes, and trade-offs. The domain changes. The thinking doesn't.

You are not starting from zero. You are starting from a different foundation. And that foundation has real value.

I want to be honest with you here. I am not going to give you a fairy tale. Breaking into tech from a non-CS background takes real work. But it is absolutely doable — and I have seen it happen enough times to tell you what actually works.

The biggest mistake career changers make is trying to learn everything at once.

They start Linux, then jump to Docker, then see a YouTube video about cloud and switch to AWS, then someone tells them to learn Python, and six months later they know a little about a lot of things and can't do any of them properly.

The engineers who break in fastest do the opposite. They pick one area — backend development, or DevOps, or cloud — and they go deep on it before widening out. Deep enough to build something real. Deep enough to answer questions about it confidently.

Depth creates momentum. Surface-level knowledge creates confusion.

I have said this before and I will keep saying it: waiting until you feel ready is the most expensive mistake in a career change.

You will never feel ready. Readiness is built by doing, not by watching more tutorials.

Pick a small project. Build it. It will be ugly. It will break. You will Google things you feel you should already know. That is not a sign that you're behind — that is exactly what learning looks like.

Every engineer you admire went through that same uncomfortable phase. The ones who made it through are the ones who stayed.

This is the path I don't see talked about enough — especially for people in Africa.

If you worked in a bank, a hospital, a school, or a government institution, you have insider knowledge of real problems in that industry. Problems that technology can solve. Problems that need engineers who understand both the domain and the technical side.

A former nurse who becomes a DevOps engineer and goes to work for a health-tech company is not just a DevOps engineer. They are someone who understands the product, the users, the stakes, and the systems. That combination is genuinely rare and genuinely valuable.

Don't erase your previous career. Leverage it.

In Africa especially, visibility matters more than most people think. The job market here is relationship-driven. Opportunities come through who knows you and what they've seen you do.

When you share your learning — a post about something you figured out, a GitHub project you just pushed, a short article about a concept you finally understood — you are not showing off. You are building a record. You are making yourself findable.

I have seen people land their first tech role not from a job board, but because a hiring manager read something they wrote online and reached out directly.

You don't need a big audience. You need a consistent presence.

Learning alone is hard. Learning alone in Africa, where there are fewer in-person resources and less structured mentorship, is even harder.

Find your people. Discord servers. WhatsApp communities. LinkedIn connections who are a few steps ahead of you and are willing to talk. Local tech meetups in your city. Communities like MentorAura that are built specifically for engineers navigating this journey.

The engineers who break in fastest are almost never the ones who learned entirely alone. They had someone — a mentor, a community, a peer group — who kept them accountable and helped them when they got stuck.

You don't have to do this alone. You were never supposed to.

I want to speak to this directly because it deserves its own space.

Engineers from Cameroon, Nigeria, Kenya, Ghana, Rwanda — I have watched this generation quietly build something remarkable. With less infrastructure, less stable internet, fewer structured learning resources, and far fewer role models visible in the industry — they are still showing up, still learning, still shipping.

I know engineers who learned Linux on a laptop with a cracked screen. I know people who studied DevOps using mobile data because they had no reliable WiFi. I know career changers who balanced full-time jobs, family responsibilities, and learning a completely new field at the same time.

The resilience that comes from building in that environment is not a weakness. It is a form of strength that a lot of the world underestimates.

If you are in Africa and you are trying to break into tech, you are not behind the rest of the world. In many ways, the fact that you are doing this with less is already proof of something important about you.

Keep going.

I want to be honest about this too, because I care more about your actual progress than about making this sound easier than it is.

Collecting certificates without building things will not work. A certificate tells someone you completed a course. A project tells someone you can actually do something. You need both, but if you have to choose where to spend your energy — build.

Waiting for the perfect moment will not work. The perfect moment is a myth. Start now with what you have.

Comparing your chapter one to someone else's chapter ten will not work. The engineer you're comparing yourself to has been doing this for years. You have been doing this for months. Give yourself the same runway before you judge yourself.

Trying to do this completely alone will not work. Find community. Find mentorship. Ask for help when you are stuck.

✅ Write down your previous background — what you studied, what you've worked in, what you know well.

✅ Now write down one way that background connects to the tech role you want. One bridge. One overlap. One way your past experience makes you more valuable, not less.

✅ Share that connection somewhere public. A LinkedIn post. A comment. A message to someone in your community. Say: "I come from X background and here's why I think that actually helps me in tech."

Own your story. It is more powerful than you think.

You don't need a CS degree to build a strong career in tech.

You need the willingness to learn deliberately, build consistently, show your work, find your community, and stay in the game long enough to get good.

That path is open to the accountant, the nurse, the teacher, the civil engineer, the person who studied French literature and fell in love with the command line at 25.

It is open to the engineer in Yaoundé, in Lagos, in Nairobi, in Accra — building with less, but building nonetheless.

The door is not closed. It was never closed.

You just have to walk through it.

If this spoke to you or to someone you know, please share it. There is someone in your circle right now who needs to read this today.

Got questions or thoughts? Reply to this newsletter — I'd love to hear from you.

See you next Sunday.

PS:
At CloudOps Academy, we help engineers make this exact transition — from uncertainty to clarity — through hands-on training, real systems, and structured mentorship.

If you’re ready to move beyond theory and start building real DevOps skills, reach out:
📞 +237 653 583 000
📧 [email protected]