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Realitykit Jobs (NOW HIRING)

Quidient

Staff iOS Engineer

Columbia, MD · On-site

$165K - $200K/yr

Heavy iOS framework experience including ARKit, AVFoundation, Core Location, Core Motion, VisionKit, RealityKit, ImageIO, and CoreML. * Experience developing web based applications using modern ...

Apple

CV/ML Systems Integration Engineer

Sunnyvale, CA · On-site

$196K/yr

... RealityKit Experience with GPU programming and the testing, integration, and deployment of Machine Learning models Familiarity in Python for Machine Learning research prototypes, with experience ...

Worky

Software Engineer, Applications

San Francisco, CA · On-site

$120 - $180/hr

SceneKit, RealityKit, Metal, Unity, Unreal, Three.js, OpenGL, Vulkan, WebGL, or similar graphics frameworks. * Connected systems experience: Experience integrating applications with real-time APIs ...

Apple

CV/ML Systems Integration Engineer

Sunnyvale, CA

$150K - $277K/yr

... RealityKit Experience with GPU programming and the testing, integration, and deployment of Machine Learning models Familiarity in Python for Machine Learning research prototypes, with experience ...

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Realitykit information

See salary details

$8

$26

$61

How much do realitykit jobs pay per hour?

As of Sep 5, 2026, the average hourly pay for realitykit in the United States is $26.34, according to ZipRecruiter salary data. Most workers in this role earn between $15.14 and $30.77 per hour, depending on experience, location, and employer.

What is RealityKit?

RealityKit is Apple’s high-level framework for building augmented reality (AR) experiences on iOS and iPadOS devices. It offers developers tools to easily render 3D content, simulate real-world physics, and manage complex AR scenes. RealityKit works hand-in-hand with ARKit, providing features like animation, spatial audio, and collaborative AR. It is optimized for performance and designed to help create immersive, interactive AR apps efficiently.

What are the key skills and qualifications needed to thrive as a RealityKit developer?

To thrive as a RealityKit Developer, you need strong proficiency in Swift programming, experience with 3D graphics, and a solid understanding of ARKit and RealityKit frameworks, often supported by a degree in computer science or related fields. Familiarity with Xcode, Apple's developer tools, and version control systems like Git is typically required. Creativity, problem-solving abilities, and effective communication are vital soft skills for designing engaging AR experiences and collaborating with cross-functional teams. These skills ensure the successful development, deployment, and maintenance of high-quality augmented reality applications on Apple platforms.

What are some common challenges RealityKit developers face when working on AR projects, and how can they be addressed?

RealityKit developers often encounter challenges such as performance optimization, managing real-time 3D assets, and ensuring accurate motion tracking across various iOS devices. Tackling these issues typically involves efficient use of RealityKit's rendering pipeline, asset compression, and thorough testing on multiple hardware configurations. Collaboration with designers and QA testers is also essential to maintain a seamless AR experience and address device-specific quirks. Staying updated with Apple's ARKit and RealityKit documentation can help developers adopt best practices and troubleshoot effectively.

What is the difference between Realitykit vs AR Developer?

AspectRealitykitAR Developer
Required CredentialsSwift, Xcode, Apple Developer accountProgramming skills, often Unity or ARKit experience
Work EnvironmentiOS/macOS development, Apple ecosystemMobile apps, AR experiences across platforms
Industry UsageApple AR apps, immersive experiencesAR applications in gaming, retail, training

Realitykit is a framework for creating AR experiences on Apple devices, primarily using Swift and Xcode. An AR Developer may use Realitykit but also works with other tools like Unity or ARKit to develop AR applications across various platforms. While Realitykit is specific to Apple's ecosystem, AR Developers have broader roles that include designing, coding, and deploying AR content for multiple environments.

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Realitykit jobs near you
Infographic showing various Realitykit job openings in the United States as of August 2026, with employment types broken down into 100% Full Time. Highlights an 100% Physical job distribution, with an average salary of $54,791 per year, or $26.3 per hour.

Principal AR/3D Mobile Architect -Native ARKit + ARCore

Engaged Media

Houston, TX • On-site

Contractor

Re-posted 8 days ago

Job description

Principal AR/3D Mobile Architect - Native ARKit + ARCore 
(Fractional / Interim, Potential Full-time)


Role summary

We’re hiring a senior technical authority to own the architecture of a native iOS and Android mobile platform whose core is a real-time AR and 3D-motion-rendering experience. This is a decisions-and-ownership role, front-loaded and fractional/interim - you make and document the structural calls the engineering team builds against, then taper to oversight. It is not a feature-development or ticket-closing seat. The engagement starts fractional/interim, with strong potential to extend into a larger ongoing or full-time role by mutual fit.


What you’ll own

  • The mobile architecture decision record - native iOS and Android app structure, module boundaries, and the finalized native AR/3D approach, documented as a single source of truth the team builds against.
  • Native AR architecture on both platforms - ARKit/RealityKit (iOS) and ARCore (Android): environment scan, plane detection, spatial anchoring, cross-device spatial consistency, and the flow of AR/sensor/telemetry data into the app and backend.
  • Real-time on-device 3D motion rendering - skeletal and mesh motion data rendered as an interactive scene the user can pause, scrub, zoom, and rotate (RealityKit on iOS, Jetpack SceneCore/SceneView on Android).
  • Real-time and backend integration - live session sync, authentication/identity binding, and API patterns against a cloud backend.
  • Cross-platform strategy - establish the iOS architecture first, then define how Android mirrors it.
  • Performance, battery, and device-compatibility strategy across a broad device matrix; technical direction and mentorship for native and AR engineers.


What you must have

  • Has architected production native AR on both ARKit/RealityKit and ARCore, and been accountable for how it performed and scaled on-device (direction-level is fine — you guide AR engineers rather than write every line).
  • Has rendered and manipulated live 3D content on-device — a scene the user drives in real time — not just placed pre-built 3D assets into a camera view.
  • Has owned the architecture of production native apps on both iOS and Android, with deep command of Swift and Kotlin.
  • Has handled high-bandwidth media / demanding data throughput on mobile — continuous video streaming plus concurrent XR/sensor and AI-pipeline data — without wrecking frame rate or battery.
  • Has architected real-time mobile features (live video/audio, session sync) integrated with cloud backends and identity systems.
  • Can decide quickly, document clearly, and align a small distributed team with little oversight.


Strongly preferred

  • Built production AR natively rather than through a cross-platform game engine — and understands its on-device performance and failure modes first-hand.
  • Background in AR/XR, sports-tech, motion capture, media, or games-plus-application products where polished UX and a real-time AR/3D experience coexist.
  • Real-time comms SDKs (e.g., Agora); Azure backends and Microsoft Entra identity; multi-tenant SaaS architecture.
  • Comfortable operating fractional/interim — fast to ramp, decisive, effective without heavy supervision.


This role is NOT

• A feature-development, bug-fixing, or ticket-closing IC seat.

• A Unity or cross-platform-game-engine role. We build AR natively.

• An asset-placement AR role. Dropping pre-made 3D models into a camera view (furniture preview, try-on) is not the real-time 3D motion rendering this role owns.

• A full-time-from-day-one seat -this starts fractional/interim and remote (US-hours overlap); full-time is a potential extension by mutual fit, not a guaranteed offer.


How to apply

In your application, answer this in a few sentences:
“Describe one production AR feature you architected - what was rendered, how the 3D content got on-screen, and whether the user was manipulating pre-built assets or live/generated geometry (e.g., a moving skeleton or mesh).” Name the app and, if public, link its App Store / Play Store listing.


Note: Applications that skip this question, or answer with a skills list instead of a project, won’t be reviewed.