Ask a class to name a Computer Science career and you'll probably hear:
“Programmer.”
“Game developer.”
“Hacker.”
And occasionally something that appears to have been invented on the spot.
But students spend years learning Computer Science while often knowing surprisingly little about the careers in Computer Science that actually exist.
And that matters.
1. “Programmer” is only one tiny corner
A student might dislike programming and decide:
“Computer Science isn't for me.”
But what if they'd love UX design, cybersecurity, data analysis, networking or digital forensics?
Computer Science careers can include:
- Software Developer
- Cybersecurity Analyst
- Data Analyst
- Network Engineer
- UX/UI Designer
- AI Engineer
- Cloud Engineer
- Game Designer
A student doesn't need to want one of these jobs.
But they should probably know they exist before deciding the entire subject isn't for them.
2. Connect the lesson to the person who does it for a living
Careers don't always need their own lesson.
They can take 30 seconds.
Teaching networks?
“A Network Engineer might manage thousands of connected devices.”
Teaching cybersecurity?
“A Cybersecurity Analyst gets paid to think about how systems could be attacked.”
Teaching databases?
“Data Analysts work with huge datasets to find useful patterns.”
Teaching UX?
“Someone actually gets paid to decide why that button should be there.”
Suddenly, what students are learning has somewhere to go.
And you may finally get a partial answer to the timeless question:
“When are we ever going to use this?”
3. Explain the problem, not just the job title
Tell a 12-year-old about a Cloud Engineer and there's a reasonable chance they're imagining someone maintaining clouds.
Instead, give them the problem:
Cybersecurity Analyst → How do we stop someone breaking into this system?
UX Designer → How do we make this app easier to use?
Data Analyst → What can we learn from all this data?
Network Engineer → Why has the Wi-Fi stopped working and why are 400 people suddenly looking at me?
Now the career means something.
4. Let students discover what matches them
Instead of asking:
“What job do you want when you're older?”
try:
“What kinds of problems do you enjoy solving?”
Do they like designing?
Investigating?
Building?
Finding patterns?
Breaking things to discover why they broke?
That last one may already be happening during your practical lessons.
The point is that technology careers need very different strengths.
Showing students that range can help challenge the idea that being “good at Computer Science” means being the fastest coder in the room.
5. Keep the possibilities visible
Careers week is useful.
But then Friday arrives, the posters come down, and everybody gets on with life.
A Computer Science careers display can keep those possibilities visible throughout the year.
That's why I created my Computer Science Careers Posters.
They introduce students to different Computer Science jobs, technology careers, STEM careers and ICT careers, giving each role a visible place in the classroom.
Not because seeing an AI Engineer poster on Wednesday will make a student become one on Thursday.
But because familiarity starts somewhere.
A student might simply look up and say:
“Wait… that's actually a job?”
And that's useful.
Because the goal isn't to convince every student to choose a career in Computer Science.
It's to make sure they know how many doors exist before deciding none of them are for them.
Explore the Computer Science Careers Posters →
