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Gaussian Splatting Jobs in Florida (NOW HIRING)

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Gaussian Splatting information

What is Gaussian Splatting?

A Gaussian Splatting job typically involves rendering 3D scenes using point-based representations with anisotropic Gaussians. This technique is used in graphics and visualization to efficiently approximate surfaces and lighting effects. Professionals in this role may work on optimizing algorithms, improving rendering quality, or integrating Gaussian splatting into real-time applications like games and simulations. Strong skills in computer graphics, math, and programming are often required.

What does a Gaussian Splatting specialist do?

A Gaussian Splatting specialist typically spends their days designing and implementing algorithms for real-time neural scene rendering, testing rendering performance on various hardware, and troubleshooting graphical artifacts or efficiency bottlenecks. Their work often involves close collaboration with software engineers, 3D artists, and machine learning researchers to optimize the integration of splatting techniques into existing graphics pipelines. Regular responsibilities may also include participating in code reviews, contributing to technical documentation, and staying updated on the latest advancements in 3D rendering technology. This collaborative, dynamic environment offers the opportunity to work on visually impactful projects and influence cutting-edge visualization tools.

What skills and qualifications are needed for Gaussian Splatting?

To excel as a Gaussian Splatting specialist, candidates typically need a strong background in computer graphics, computational mathematics, and 3D rendering, often supported by an advanced degree in computer science, engineering, or a related field. Familiarity with programming languages such as C++, Python, and specialized graphics libraries (e.g., CUDA, OpenGL, Vulkan), as well as experience with neural rendering frameworks, is commonly required. Creative problem-solving, attention to detail, and strong collaboration skills are key soft attributes in this role. These skills are critical for developing efficient, high-quality neural rendering solutions and for integrating cutting-edge visualization techniques into real-time graphics pipelines.

What are popular job titles related to Gaussian Splatting jobs in Florida?

For Gaussian Splatting jobs in Florida, the most frequently searched job titles are:

What job categories do people searching Gaussian Splatting jobs in Florida look for?

The top searched job categories for Gaussian Splatting jobs in Florida are:

Gaussian Splatting jobs near you
Infographic showing various Gaussian Splatting job openings in Florida as of August 2026, with employment types broken down into 1% Internship, 52% Full Time, and 47% Part Time. Highlights an 36% Physical, 2% Hybrid, and 62% Remote job distribution.

3D Graphics Engineer (Three.js / WebGL)

Together Group

Sarasota, FL • On-site

$134K - $166K/yr

Full-time

Re-posted 12 days ago

Job description

We are looking for a 3D Graphics Engineer to own and advance the real-time rendering engine at the heart of our web-based digital twin platform. You will work in our Three.js and React Three Fiber rendering library, building photoreal, high-performance 3D experiences (architectural walkthroughs, immersive sales experiences, and Gaussian-splat captures of real spaces) that run in the browser across kiosks, tablets, desktops, and large-format displays.
This is a deep, specialist engineering role focused on real-time graphics, performance, and the 3D asset pipeline. You will partner with our full stack and web developers, who own the surrounding web app, CMS, and APIs, and with our content and 3D-capture teams. The rendering engine and its visual quality are yours to own and push forward.
At Imerza, we are pioneers in architectural visualization software, specializing in digital twins and real-estate marketing. We turn architectural concepts into breathtaking, immersive experiences that run everywhere from a sales-center video wall to a tablet in a buyer's hands.

Rendering and Graphics (primary focus)
  • Build and maintain our real-time Three.js and React Three Fiber rendering engine.
  • Implement and optimize rendering features: lighting (lightmaps, HDR and image-based lighting, ambient occlusion), anti-aliasing, materials, and post-processing.
  • Integrate Gaussian splat captures alongside traditional mesh-based 3D content.
  • Write and debug GLSL shaders and custom materials.
  • Develop camera systems, navigation, waypoints, and scene interaction.
Asset and Performance Pipeline
  • Own the 3D asset pipeline: glTF and GLB optimization, Draco and mesh compression, KTX2 and Basis texture conversion, and lightmap baking.
  • Profile and optimize for frame rate, memory, and load time across constrained devices (tablets, kiosks) and large displays.
  • Use spatial structures (BVH) for fast raycasting, picking, and pathfinding.
  • Build diagnostics and debug tooling that keep visual quality and performance measurable.
Collaboration
  • Partner with full stack and web developers to expose clean, well-documented renderer APIs to the web app.
  • Work with 3D-capture, content, and design teams to bring real spaces and designs into the engine.
  • Contribute to the Nx monorepo with strong testing, code review, and documentation.
  • Help define the technical direction of immersive and photoreal experiences.
Our Stack
Core (what you will work in daily)
  • A custom Three.js rendering engine (@imerza/threejs-renderer) built on React Three Fiber and drei, mounted inside a Next.js app.
  • Gaussian splatting via Spark (@sparkjsdev/spark) for photoreal capture of real-world spaces, rendered alongside traditional mesh-based content.
  • glTF and GLB asset pipelines with Draco compression, KTX2 and Basis textures, baked lightmaps, and HDR image-based lighting.
  • WebGL and GLSL shaders, post-processing (temporal anti-aliasing, ambient occlusion), and spatial acceleration with three-mesh-bvh.
  • WebXR immersive viewing via @react-three/xr, including a 360 viewer.
  • TypeScript throughout, in an Nx monorepo with pnpm workspaces.
Adjacent areas (owned by other engineers; good to understand)
  • The React and Next.js plus Payload CMS web app that hosts and configures the renderer.
  • Real-time digital-twin data streamed into scenes over MQTT.
  • AWS (CDK) and Docker-based on-prem deployments.
  • 3 to 7+ years of professional software engineering experience, with significant time spent on real-time 3D or graphics.
  • Deep proficiency with Three.js (React Three Fiber experience is a strong plus).
  • Solid WebGL and GLSL shader experience.
  • Strong TypeScript or JavaScript skills.
  • Experience with 3D asset formats and pipelines (glTF and GLB, textures, compression).
  • A strong grasp of 3D math (vectors, matrices, quaternions, transforms, and cameras).
  • Experience profiling and optimizing rendering performance and memory usage.
  • A strong eye for visual quality, lighting, and detail.
Nice to Have
  • Gaussian splatting or radiance fields (Spark, Luma, 3D Gaussian Splatting, or NeRF-adjacent work).
  • Experience with KTX2 and Basis, Draco, or meshopt compression.
  • PBR materials, baked lighting and lightmap workflows, and HDR or image-based lighting.
  • WebXR, VR, or AR (@react-three/xr or similar).
  • Familiarity with DCC tools (Blender, 3ds Max, Maya) and capture or photogrammetry pipelines (RealityCapture, Postshot, and similar).
  • Experience with Unreal Engine or another real-time engine.
  • Experience with React, Next.js, or a monorepo (Nx, Turborepo).
  • Architecture, AEC, BIM, or spatial-data background.
  • Experience with PlayCanvas

  • The opportunity to work on cutting-edge digital twin and immersive visualization technology.
  • A collaborative, product-driven engineering culture.
  • Competitive compensation and benefits.
  • A flexible work environment with real opportunities for growth.

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