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Remote Architectural Visualization Artist Jobs in Utah

Remote Architectural Visualization Artist information

What is the difference between Remote Architectural Visualization Artist vs Remote 3D Renderer?

AspectRemote Architectural Visualization ArtistRemote 3D Renderer
CredentialsTypically requires a degree in architecture, design, or 3D art; proficiency in visualization softwareOften requires similar 3D software skills; may have specialized rendering certifications
Work EnvironmentCollaborates with architects, designers, and clients on visualizationsFocuses on rendering 3D models, often as part of a larger pipeline
Industry UsageCommon in architecture, real estate, and interior design firmsUsed across architecture, gaming, and product visualization industries

While both roles involve 3D visualization skills, the Remote Architectural Visualization Artist focuses on creating detailed architectural visuals for clients, whereas the Remote 3D Renderer specializes in rendering 3D models, often supporting various industries. The roles overlap in software proficiency and industry usage but differ in their primary focus and project types.

How much do architectural visualizers make?

Architectural visualization artists typically earn between $40,000 and $80,000 annually, depending on experience, skill level, and location. Senior or specialized artists with proficiency in tools like 3ds Max, SketchUp, or Unreal Engine can earn higher salaries, especially in competitive markets or with advanced certifications.

What are Remote Architectural Visualization Artists?

Remote Architectural Visualization Artists are professionals who create digital renderings, animations, or virtual reality experiences of architectural designs from a remote location. They use specialized software to transform architects' plans and sketches into realistic images or videos that help clients and stakeholders visualize projects before they are built. Working remotely allows these artists to collaborate with firms and clients around the world, often communicating through digital platforms and delivering high-quality visualizations electronically. Their work is essential in marketing, client presentations, and design decision-making within the architecture and real estate industries.

Will Archviz be replaced by AI?

Remote Architectural Visualization Artists use software like 3D rendering tools to create realistic building images. While AI can assist with automating certain tasks, it is unlikely to fully replace the creative and technical skills required for high-quality architectural visualization. Professionals will continue to adapt by integrating AI tools into their workflows to improve efficiency and output quality.

How does a Remote Architectural Visualization Artist typically collaborate with architects and design teams across different locations?

As a Remote Architectural Visualization Artist, you'll frequently collaborate with architects, interior designers, and project managers through cloud-based platforms, video meetings, and collaborative design tools. Clear communication and regular updates are essential to ensure your visualizations accurately reflect evolving project requirements. You'll often participate in virtual design reviews, share drafts for feedback, and make iterative changes based on team input. This collaborative workflow requires strong organizational skills and adaptability to different communication styles and time zones.

What are the key skills and qualifications needed to thrive as a Remote Architectural Visualization Artist, and why are they important?

To thrive as a Remote Architectural Visualization Artist, you need strong skills in 3D modeling, rendering, and a solid understanding of architectural concepts, often supported by a degree in architecture, design, or related fields. Expertise in software such as 3ds Max, SketchUp, V-Ray, or Lumion, along with proficiency in Photoshop and CAD tools, is typically required. Excellent visual communication, attention to detail, and the ability to collaborate virtually are vital soft skills. These capabilities ensure the delivery of accurate, visually compelling presentations that effectively communicate design intent to clients and project stakeholders.

How much do 3D visualizers get paid?

Remote architectural visualization artists typically earn between $40,000 and $80,000 annually, depending on experience, skill level, and project complexity. Entry-level artists may start lower, while experienced professionals with advanced rendering skills and proficiency in tools like 3ds Max or Blender can earn higher salaries or hourly rates. Freelance visualizers might charge $25 to $100 per hour based on their expertise and portfolio.

How much does a remote architect make?

A remote architectural visualization artist typically earns between $50,000 and $80,000 annually, depending on experience, skill level, and the complexity of projects. Senior artists with advanced skills in 3D modeling and rendering tools like Revit or 3ds Max may earn higher salaries, especially when working for established firms or as freelancers.
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DevOps Engineer- Contour Cloud

Contour Data Solutions

Magna, UT • On-site, Remote

$150K - $200K/yr

Full-time

Re-posted 25 days ago


Job description

Company: Contour Data Solutions, LLC

Role: DevOps Engineer – Contour Cloud

Location: Remote / Hybrid (USbased preferred)

Department: Cloud & Infrastructure Engineering

Reports To: Head of Engineering / Infrastructure/Cloud

Salary Range: $150K-$200K

Role Overview

Contour Data Solutions is seeking a DevOps Engineer to support and evolve Contour Cloud, our private and hybrid cloud platform, and to work closely with the Cinch Software development team on cloud orchestration and platform automation.

This role sits at the intersection of cloud infrastructure, software development, network engineering, and storage platforms, with a heavy emphasis on Linux-based systems, virtualization, automation, and observability. The ideal candidate is hands-on, infrastructure-first, and comfortable bridging development and operations in a production cloud environment.

Key Responsibilities

Cloud & Platform Engineering

  • Design, deploy, and maintain Linux-based cloud infrastructure supporting ContourCloud workloads
  • Build and automate cloud deployments, platform services, and infrastructure workflows through scripting and code
  • Support and enhance virtualization platforms, with a primary focus on Xen/XCP-ng; VMware, NSX and vSphere experience
  • Build, deploy, and maintain physical and virtual server platforms

Cinch Software Integration

  • Work daily with Cinch Software to:
    • Enable cloud orchestration and automation
    • Ensure reliable cloud deployments and management workflows
    • Improve integration between software-driven automation and infrastructure reali

DevOps & Automation

  • Collaborate closely with the Cinch Software development team to support:
    • Cloud orchestration
    • Platform integration
    • Deployment automation
    • Infrastructure-as-Code–style workflows
  • Develop and maintain automation using scripting and programming languages (e.g., Bash, Python, Go, etc.)
  • Improve deployment consistency, reliability, and repeatability across environments

Networking & IP Management

  • Work directly with the Network Engineering team on:
    • IP address management (IPAM)
    • Network provisioning and lifecycle
    • Cloud and data center network integration
  • Leverage NetBox for IPAM, DCIM, and infrastructure modeling

Monitoring, Observability & Operations

  • Implement and maintain monitoring and observability platforms including:
    • Zabbix for infrastructure monitoring
    • Grafana for visualization and dashboards
  • Assist in capacity planning, performance tuning, and fault analysis
  • Participate in platform reliability and operational readiness initiatives

Storage & Systems

  • Design, build, and maintain server and storage platforms, including:
    • ZFS-based storage architectures
    • TrueNAS (Core or SCALE) platforms
  • Support data integrity, performance, and scalability requirements across cloud and customer environments

Required Skills & Experience

  • Strong Linux systems administration experience (required)
  • Proven experience with:
    • Scripting and automation
    • Infrastructure or platform engineering in production environments
  • Hands-on experience with:
    • Xen virtualization
    • XCP-ng (preferred)
    • VMware NSX & vSphere
  • Experience working with:
    • NetBox (IPAM / DCIM)
    • Zabbix
    • Grafana
  • Experience building and supporting:
    • Physical servers
    • Virtual infrastructure
    • ZFS-based storage platforms
    • TrueNAS
  • Ability to work cross-functionally with:
    • Software development teams
    • Network engineering teams
    • Infrastructure and operations teams
    •  

Preferred Qualifications

  • Experience in private cloud or MSP environments
  • Familiarity with cloud orchestration and self-service platform design
  • Understanding of DevOps best practices across infrastructure and application lifecycles
  • Strong documentation and communication skills
  • Experience supporting multi-tenant or customer-facing platforms
  •  

How This Role Is Different

  • Not a pure CI/CD or app DevOps role
  • Not isolated infrastructure engineering
  • This is a platform DevOps role, tightly coupled to:
    • Product-driven cloud orchestration (Cinch)
    • Real production infrastructure
    • Networking, storage, and observability
    •  

Why Contour Cloud?

  • Work on a real, production private cloud platform
  • Direct impact on cloud architecture, automation, and platform design
  • Tight collaboration with product development around Cinch Software
  • Engineering-first culture with deep infrastructure expertise