Engineering recruiters skim for shipped impact, the stack, and scale. A great software-engineer CV leads with what you built and what changed because of it — not a wall of responsibilities.
Build my Software Engineer CV — free →tailored to the job · 2 min ✎Last updated: 24 June 2026
A software-engineer CV is usually read twice: an ATS or recruiter scans for the stack and seniority in seconds, then an engineer reads the top third to decide whether you actually build things. So the first screen has to carry the languages you're genuinely strong in and one or two projects that show depth — not a keyword dump. Depth in a stack beats a long, shallow list of every technology you've touched once.
Applicant-tracking systems rank on relevance — weave the ones that genuinely apply to you into your experience:
Strong bullets lead with a verb and end with a number. Templates to adapt to your own results:
letsapply.now turns your real experience into bullets like these — quantified and tailored, never fabricated.
The structure a software engineer CV is scanned for — roughly in this order:
What weakens a software engineer CV most often:
A summary sits at the very top and frames everything below. Here's an editable template for a software engineer — adapt every detail to your own experience:
Backend-leaning full-stack engineer (6 yrs) specialising in TypeScript, Node and AWS — shipped and owned services handling millions of requests a day. (Swap in your own stack, years and the scale you've actually worked at.)
letsapply.now writes yours from your real profile — mirroring the job, never inventing a claim.
Yes, if it has something worth showing — a maintained project, a few real repos, or a personal site. A pinned, readable repo often does more than an extra bullet. Leave it off if it's empty; an abandoned profile is worse than none.
No. Group them by genuine strength and lead with the stack you want to be hired for. "Familiar with" a language you used once dilutes the signal — reviewers read depth, not length.
Enough to show scope and ownership: what you designed, the constraints, and the outcome (throughput, latency, reliability). One strong system-design bullet beats a paragraph of architecture buzzwords.