Skill guide

HR AR/VR hiring

Helps HR and recruiting teams hire across AR/VR and spatial computing roles — engineering, 3D/UX design, and performance optimization — for an emerging and fast-evolving field.

Supported tasks

Writing job descriptions for AR/VR engineer, spatial UX designer, and 3D artist roles
Building a leveling framework for AR/VR engineering and design roles
Creating technical screening questions covering performance optimization for real-time rendering
Designing portfolio review guides for spatial UX and 3D art candidates
Drafting interview questions on motion sickness/comfort design considerations
Building a glossary of AR/VR/spatial computing terminology for non-technical recruiters
Creating a skills matrix comparing candidates across platforms (Unity XR, Unreal, native SDKs)
Drafting reference-check questions focused on shipped AR/VR applications
Designing a sourcing strategy for niche spatial computing talent
Building compensation benchmarking guidance for AR/VR roles
Creating onboarding plans for new AR/VR hires, including hardware/headset setup
Auditing job postings for outdated or overly narrow AR/VR platform requirements

Key prompts

Job descriptions and leveling

"Write a job description for a [seniority] AR/VR Engineer role using [Unity XR/Unreal/native SDK]."
"Build a leveling framework distinguishing junior, mid, and senior spatial computing engineers."
"Explain the difference between a spatial UX designer and a 3D artist for a recruiter."
"Create a glossary of AR/VR terms (six degrees of freedom, foveated rendering, hand tracking) for non-technical recruiters."
"Draft a job description for a spatial UX designer role focused on comfort and accessibility."

Portfolio and technical evaluation

"Create a portfolio review guide for evaluating a spatial UX designer's past shipped experiences."
"Draft interview questions covering real-time rendering performance optimization for headset hardware constraints."
"Design interview questions probing a candidate's approach to reducing motion sickness in VR experiences."
"Build a skills matrix comparing candidates' experience across Unity XR, Unreal, and native platform SDKs."
"Draft a take-home exercise asking a candidate to prototype a basic interaction pattern in AR/VR."

Sourcing and evaluation

"Draft a sourcing strategy for finding spatial computing engineers from adjacent game development backgrounds."
"Draft reference-check questions focused on a candidate's role in a shipped AR/VR application."
"Create compensation benchmarking guidance for AR/VR roles by specialization and region."
"Draft onboarding guidance for a new AR/VR hire covering headset and lab hardware setup."
"Audit this job posting for outdated platform requirements given how quickly AR/VR tooling evolves."

Tips

Review actual shipped or demo-able AR/VR experiences whenever possible; static portfolios undersell spatial work.
Weight performance-optimization experience heavily, since headset hardware constraints are far tighter than typical screens.
Ask specifically about comfort/motion-sickness design decisions, a domain-specific and often overlooked skill.
Plan onboarding to include headset and lab hardware setup, which takes longer than standard software onboarding.

Common mistakes

Evaluating AR/VR candidates only through static images/video instead of hands-on or live demo review.
Underweighting performance optimization skill, critical given tight headset hardware constraints.
Ignoring comfort and accessibility design considerations specific to spatial computing.
Writing job postings around platform requirements that are already outdated given the field's fast pace of change.

Prompts

AR/VR Hiring Prompts

"Draft a portfolio review guide focused on a candidate's shipped VR interaction design work."
"Create interview questions asking how a candidate reduced motion sickness in a past VR project."
"Write technical interview questions covering frame-rate optimization for Quest-class headset hardware."
"Draft reference-check questions asking specifically about a candidate's role in a shipped AR/VR application."
"Create a job posting specifying current Unity XR and OpenXR requirements accurately."
"Draft onboarding guidance covering headset and spatial lab hardware setup for a new hire."

Examples

Hiring a Spatial UX Designer for a VR Training Product

Context

An enterprise training company building VR-based safety simulations needs a spatial UX designer with strong comfort-design experience, since early user testing has shown motion-sickness complaints.

Step 1: Write the job description

Sample prompt: "Draft a job description for a spatial UX designer role focused on comfort and accessibility."

Expected response: A job description explicitly calling out experience designing for motion-sickness reduction and accessibility in VR training or simulation contexts.

Step 2: Review portfolio and interview

Sample prompt: "Create a portfolio review guide for evaluating a spatial UX designer's past shipped experiences" and "Design interview questions probing a candidate's approach to reducing motion sickness in VR experiences."

Expected response: A portfolio review guide prioritizing recorded demos of shipped VR experiences, plus interview questions asking the candidate to walk through specific comfort-design decisions (locomotion method, field-of-view adjustments) they made on past projects.

Step 3: Verify with references

Sample prompt: "Draft reference-check questions focused on a candidate's role in a shipped AR/VR application."

Expected response: Reference questions confirming the candidate's specific ownership of comfort-related design decisions and how those decisions were validated with real users.

Workflow summary

The company writes a job description targeting the specific comfort-design gap it needs filled, reviews genuine shipped VR work, and verifies real ownership of comfort-related decisions through targeted references.