How AI reshapes the process inside companies: what changes in the PDLC, which roles appeared, what skills interviews really test and how to prepare for the conversation.
“AI will replace jobs” is a useless conversation: it produces anxiety and nothing else. A more practical frame: inside companies the process changes, the task list changes with it, and roles appear that did not exist three years ago. Those are the roles being hired right now.
The classic product development life cycle repeats the same steps: understand the problem, design a solution, build it, test it, ship it, measure the effect. AI enters every step, but differently.
New professions grow out of this shift: the work does not disappear, it is redistributed — part of the routine moves into the model, and the freed time moves into framing, verification and explanation.
Builds working scenarios on top of models: model choice, context, tools, caching, error handling. Unlike a classic ML engineer, this role usually integrates existing models rather than training new ones.
Builds the check system: which cases must work, how to measure regressions, what an error costs. Essentially a tester who tests model behaviour instead of code.
Decides where AI is appropriate at all: estimates effect, risk and cost, works with legal and security, and says no to impressive demos that solve nothing.
Owns input quality and labelling: what goes into the context, what must never be used, how correctness is verified. Often underestimated, yet it sets the quality ceiling.
Operations: model versions, monitoring, request cost, latency, rollbacks. Without it a pilot falls apart the moment it becomes a product.
Helps people rebuild their work: guidelines, training, error reviews, change support. Technically simple and the most conflict-prone part of any rollout.
Job ads are full of tool names, but interviews test something else: whether you can carry a scenario to a result and explain its limits.
You will almost always be asked about a real case. Structure it in four parts: the task and constraints, what you did, what happened, and what you would do differently. Without the last part the answer sounds like a report, not experience.
A typical prompt: “support gets 3,000 tickets a day, what would you propose”. A strong answer starts with questions, not with a model: what volume, what does an error cost, who verifies the result, what data exists. Then a narrow pilot and a metric.
Interviewers value honesty about where the solution fails: hallucinations, stale data, cost, legal risk. A candidate who states the boundaries looks more reliable than one who promises everything.
If a question is loosely worded, restate it in your own words and move on. They test thinking, not vocabulary — debating whether “prompt engineer” is a real job is the worst use of interview time.
In these interviews the winner is not the person who knows more tools, but the one who clearly explains the task, the constraints, and how the result will be verified.
New professions look intimidating because of the titles, but the requirements are down to earth: understand the process, define criteria, carry it to a result and explain it to people. These skills are trainable — including in conversation: the more often you say your story out loud, the calmer the real interview will be.
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