Cursor IT Systems Engineer Interview: Questions & How to Prepare

You own the systems that decide who can access what, on which device, across the whole company. You build them like software, not tickets. The posting frames the IT Systems Engineer as someone who "thinks like a software engineer" and designs, builds, and maintains the identity, access, and automation infrastructure behind every team at Anysphere.

It is a hands-on role. You own critical systems end-to-end, from identity lifecycle management to zero-touch device provisioning, and you build the automations that let a small team keep pace as the company grows.

The job description centers on a handful of charter areas. An interview can only sample what the role actually requires, so every signal further down this page traces back to one of them.

• Design, build, and maintain the identity and access infrastructure (SSOSingle Sign-On. One company login (usually via SAML or OIDC) instead of a separate password per tool. Press Enter for the full definition., provisioning, lifecycle) that every team at Anysphere depends on.
• Own device management end-to-end: zero-touch provisioning and a mixed-platform fleet across macOS, Windows, Linux, and ChromeOS.
• Build automations that eliminate manual processes, strengthen security posture, and let a small IT team scale with headcount.
• Create and maintain an IT knowledge base that powers AI-assisted employee support.
• Lead IT systems integration and modernization as the company scales, spanning identity, device management, and the core SaaS platforms the business runs on.

The fourth bullet reads like documentation busywork until you get to the end of it. A knowledge base that powers AI-assisted employee support is an input to a support system, so a stale entry in it can get repeated back to an employee with confidence. Bring a story about keeping IT docs current while the process they described kept moving.

Cursor does not publish stages, a question bank, or a rubric for this role, so treat any detailed "the IT Systems Engineer loop is X" claim with skepticism. What it will sample is still set by the responsibilities, which is the only part you can plan around: hands-on identity and access engineering, fleet and MDM depth, automation you have actually shipped, and the judgment to raise security posture without grinding the company to a halt.

The security-and-efficiency row is the one I would prepare hardest, and the table understates why. The posting puts three things in a single bullet: automated workflows that remove manual processes, a stronger security posture, and a better employee experience. So the answer it invites is the control you added and the manual step you deleted in the same change, and a story where security won while onboarding got slower probably lands as the wrong instinct.

The MDM row and the mixed-fleet row are separate requirements in the posting, which is easy to read as one requirement stated twice. Nothing there promises that one platform satisfies both, so a story built entirely inside a single MDM console answers half of what is being asked.

If your fleet experience is deep on macOS and thin on Linux or ChromeOS, name that gap yourself and say what you would do about it.

A fair follow-up in this area is what you check first when provisioning breaks. Establish which system is authoritative for the attribute that went wrong, then work out whether the two sides disagree about the value or about the timing. Mapping problems and sync-order problems read identically from a help-desk ticket and get fixed in different places, so say which one you would rule out first.

The honest framing is question types the job description implies, the prompt each responsibility naturally invites. That is as close to the real loop as anyone outside it gets. Prepare a concrete story for each, and where you can, a design you can whiteboard. Expect follow-ups a layer deeper than your first answer, because hands-on operating experience is what this posting weights.

Two of those cards are the same system at its two ends, since the SSOSingle Sign-On. One company login (usually via SAML or OIDC) instead of a separate password per tool. Press Enter for the full definition. card asks how access starts and the lifecycle card asks how it stops.

General engineering-interview prep transfers badly here. The algorithm drills especially. The languages the posting names are Python and Bash, and the artifacts it asks about are an identity integration and a script you wrote, so the reps that pay are the ones that produce those.

Idempotency and error handling are the two words in the automation card worth taking literally. An offboarding job that revokes three systems out of five and exits clean leaves standing access behind and a log saying it worked. Bring the run that failed quietly and what you changed to make the next one loud.

Preparation here is mostly proof, not trivia. The strongest signal, going only on what the posting asks for, is identity and automation infrastructure you have built and operated: an SSOSingle Sign-On. One company login (usually via SAML or OIDC) instead of a separate password per tool. Press Enter for the full definition. integration you shipped, a fleet you enrolled at zero-touch, a manual process you scripted away. Work the steps below, and route the reps through daily product use so you can also speak to Cursor itself.

1. 1Stand up SSOSingle Sign-On. One company login (usually via SAML or OIDC) instead of a separate password per tool. Press Enter for the full definition. and SCIMSystem for Cross-domain Identity Management. A standard for automatically creating and removing user accounts when people join or leave. Press Enter for the full definition. against a real IdP (Okta, Google Workspace, or Entra): configure SAMLSecurity Assertion Markup Language. The XML-era enterprise standard that powers single sign-on: your identity provider vouches for you to each app. Older than OIDC but still what many enterprise tools speak. Press Enter for the full definition. or OIDCOpenID Connect. The modern single sign-on standard, built as an identity layer on top of OAuth 2.0. Where SAML is XML and enterprise-legacy, OIDC is JSON and what newer tools implement first. Press Enter for the full definition., wire automated provisioning, and prove deprovisioning actually removes access. Personally configuring these is the requirement the posting states most plainly.
2. 2Enroll a device at zero-touch on a modern MDM (Kandji, Jamf, or similar) and write down what it can and cannot enforce across macOS, Windows, Linux, and ChromeOS.
3. 3Automate one manual process with a Python or Bash script, put it in version control, and make its failures visible instead of silent. Bring the code, not a description.
4. 4Map a joiner-mover-leaver lifecycle with group rules, and rehearse one security-versus-efficiency tradeoff you can defend end-to-end.
5. 5Work in Cursor daily on a real automation or infrastructure repo (Python, Bash, or similar) using Tab, inline edit, and Agent. Know what changed in Cursor in 2026 so you can speak to the product you'd help run internally.
6. 6If you're newer to Cursor, ground yourself in the fundamentals first, then run structured reps.

Work down that list in order.

Step four only proves anything if step one worked, since an offboarding rehearsal with nothing automated behind it is only a diagram. Do it backwards and your script ends up wrapping a console someone else configured, which the posting names as the thing it does not mean by hands-on.

My instinct was to put the scripting rep first, because it is the one you can finish in an evening. Working the order through changed that. The script worth showing provisions or revokes access, and it cannot call a provisioning flow that does not exist yet, so step three lands on top of step one rather than ahead of it.

For structured reps, the free IT Systems Engineer practice track works through the role charter, identity and access, fleet and MDM, automation and scripting, a why-Cursor module, and a mock self-exam. It is built around this job description and mirrors the topics it names, not Cursor's actual questions or rubric.

The fit criteria in the posting are specific, and they double as your prep checklist. Cursor weights hands-on identity engineering and real scripting over a management resume, and it names the exact platforms it expects you to know.

• 5+ years building and managing secure IT systems in fast-paced, high-growth environments.
• Deep identity and access expertise, including personally configuring SAMLSecurity Assertion Markup Language. The XML-era enterprise standard that powers single sign-on: your identity provider vouches for you to each app. Older than OIDC but still what many enterprise tools speak. Press Enter for the full definition., OAuth, and SCIMSystem for Cross-domain Identity Management. A standard for automatically creating and removing user accounts when people join or leave. Press Enter for the full definition. integrations.
• Proficiency with a modern MDM platform such as Kandji or Jamf.
• Comfort managing a mixed-platform fleet across macOS, Windows, Linux, and ChromeOS.
• Writing code to solve problems, with Python, Bash, or similar scripting core to how you work.
• Strong experience administering and securing enterprise SaaS such as Google Workspace, Okta, Slack, and Zoom.

The 5+ years line reads differently depending on where you spent them. In a large IT organization the same five years split up, with someone owning identity and someone else owning the fleet. This posting wants one engineer across all of it, on a team it describes as small, so breadth may be worth more here than another year of depth in one area.

Read the emphasis. The JD asks you to personally configure identity integrations and write real code, not to oversee people who do. If your background is vendor management or ticket approval, close that gap before you apply, and I would close it with something you built rather than something you read. The questions go straight to how you built and automated the systems.