Anton's Research Ramblings

Getting a Tech Job After Graduation

This post is for those about to graduate a degree in CS, engineering, etc, and about to venture off, bright-eyed and bushy-tailed, into the tech world, and wondering how to get a job. Maybe you've done a couple of interviews already and got an uncomfortable reality check that your 4-5 year degree wasn't enough to convince people to hire you. Maybe mum and dad were utterly and completely wrong about how qualified a degree made you. I'm going to give you some hard facts, some good news, and finally some suggestions for things to prepare (and how to prepare) before doing interviews.

Hard Facts

The Good News

The Best Possible Solution to Bridge the Knowledge Gap

Find a mentor - currently working in the industry - to coach you. This may be a family member or a friend in a senior tech industry position. If not - approach people and ask for help. Most tech employees would love to help the next generation but aren't really sure how to go about it. Send a polite email to someone in your chosen field - maybe not in a company you are going to apply to - and if they don't want to, ask if they can recommend someone. Give them a list of the sort of things you need help with - see the next section for suggestions. Stephanie Hurlburt is always retweeting senior programmers willing to mentor or answer questions. If you have this gap bridged you'll be far more confident in interviews, and already know the questions that are coming and what the answers are.

Don't hate your university or college for not preparing you - the role of the university should absolutely not be to provide training for the fickle desires of industry. You would end up with a bunch of rubbish, throw-away skills that are out of date by the time you graduate. Industry and big corporates approach universities all the time with lucrative deals so that courses will teach their exclusive tools and technologies. This used to really piss me off when I would hear about other lecturers accepting these deals. All of the courses I did like this when I was studying were extremely expensive and utterly useless. Nobody even asks for UML diagrams in job ads any more, and certainly not out-of-date proprietary enterprise software deployments. The tech industry changes its mind entirely about tools and management strategies every five to ten. We would have been much better served with more in-depth programming courses and computer science instead.

Things You Need To Get A Tech Job - Checklist

You can see how some insider knowledge is going to help you a lot - ask for mentorship from someone who has interviewed candidates for similar roles. Start this earlier - ideally months before you need the job.

Specific Tools and Agile Project Management

The tech industry more or less entirely uses Agile project management now - at least in name - actual implementation varies a lot. The basic process is this - the more demonstrable experience you have on team projects working like this the better:

  1. TODO jobs are assigned cards or tickets, and some "story points" to estimate how long they will take. Much like tech support tickets. Concise description and linked jobs are added.
  2. Tickets or cards go into a backlog (a big pile of work to do). This may be in a column on a Kanban-style board (like an actual real board, or a Trello board), or in a list as you will find in Jira.
  3. Backlog tasks are prioritised (either by the team or by a manager) and assigned to engineers for the next sprint of work in a planning session.
  4. Sprints are usually a fixed period of a week or two. Tickets are highly visible to other team members, and you usually collaborate to some degree on each task.
  5. You constantly communicate the status of each job - when you start, what you're blocked by etc, to the team. Usually in online management software.
  6. When you start a coding task you follow your organisation's version control strategy - some places create a branch for each task, smaller places work in main/trunk and use commits per task, etc. There will be rules and a process.
  7. When you commit work, usually this is tied to continuous integration software/servers that will try to build the software, using your new commit, and report on success/failure.
  8. Committed work doesn't go straight in to the build - you make a pull request, and then most places now use a code review at this point where other developers will try to spot bugs and comment on your work - usually using a diff of the new and old code, but not always.
  9. Reviewed work is either sent to quality assurance for testing (this will be your team in a small company), and finally moved to a "done" column or status.
  10. As you proceed on tasks you update your time estimates or "story points" - note that this is much more flexible than the Gantt chart rubbish they teach in college, but very micro-managey.
  11. Every day you will have a stand-up meeting (literally standing to discourage people rambling on and wasting time).

If you look at job ads in advance (and you should) - almost all of them expect even graduates to have experience with this process, and related software. You probably don't get this in college. It's worth getting some practice in a group project:


Recruitment agencies may seem like an easy way to get some coaching, but they are pretty useless unfortunately. They go for quick turn-around to make profits, and will pre-interview you with very ignorant questions about things that aren't important. If they think you're suitable for a job, what they do is put you in a pile of CVs that they submit to the company for that job. Your odds aren't great straight off the bat - and employers know that agencies are terrible at filtering candidates, and often put the pile straight in the bin. It might work out for you - just make sure you have a yes answer for every bullet on the job ad, and tell them what they want to hear. You're IMO far better off applying directly - put the hours in to researching companies and networking yourself.

Other Things

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Good luck and Happy Halloween!