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Remote Prototype Machinist Jobs in Utah (NOW HIRING)

Remote Prototype Machinist information

What is a remote prototype machinist?

A Remote Prototype Machinist is a skilled professional who creates, modifies, and tests prototype parts and components, often working from a remote location using advanced machining tools and digital fabrication technologies. They typically work with engineers and designers to turn conceptual designs into functional prototypes, utilizing computer-aided design (CAD) files and CNC machines. Remote Prototype Machinists may collaborate virtually with teams, sending completed parts for evaluation and iteration. This role requires a strong understanding of machining processes, materials, and precision measurement, as well as the ability to troubleshoot and optimize manufacturing workflows remotely.

How does a remote prototype machinist typically collaborate with engineers and designers during the development process?

As a Remote Prototype Machinist, collaboration with engineers and designers is primarily facilitated through digital communication tools, such as video calls, instant messaging, and shared project management platforms. You may receive detailed CAD files and specifications, provide feedback on manufacturability, and suggest design adjustments to improve prototype functionality or feasibility. Regular virtual meetings and clear documentation are essential to ensure alignment on project goals, timelines, and any technical challenges that arise. This collaborative process helps streamline prototype iterations and ensures that final components meet the required standards.

What are the key skills and qualifications needed to thrive as a remote prototype machinist, and why are they important?

To thrive as a Remote Prototype Machinist, you need expertise in precision machining, blueprint reading, and prototype fabrication, typically backed by a technical diploma or apprenticeship in machining. Familiarity with CNC machines, CAD/CAM software, and remote collaboration tools is usually required. Strong problem-solving skills, attention to detail, and effective communication make someone stand out in this role. These abilities ensure that complex prototypes are accurately produced and that collaboration with engineers and clients is seamless, even when working remotely.

What is the difference between Remote Prototype Machinist vs Remote CNC Machinist?

AspectRemote Prototype MachinistRemote CNC Machinist
CredentialsTechnical certifications, machining experienceTechnical certifications, CNC programming skills
Work EnvironmentDesign labs, prototype workshops, remote setupManufacturing facilities, remote programming possible
Industry UsageProduct development, prototyping firmsMass production, manufacturing companies
Search IntentPrototype machining, custom partsCNC programming, precision machining

Remote Prototype Machinists focus on creating prototypes and custom parts, often working in design labs or prototype workshops. Remote CNC Machinists primarily operate CNC machines for mass production or precision manufacturing. While both roles require machining skills and technical certifications, their work environments and industry applications differ. Understanding these distinctions helps job seekers find the right role aligned with their skills and career goals.

What are the most commonly searched types of Prototype Machinist jobs in Utah?

The most popular types of Prototype Machinist jobs in Utah are:

What cities in Utah are hiring for Remote Prototype Machinist jobs?

Cities in Utah with the most Remote Prototype Machinist job openings:

Lead Software Architect, AI & Platform Innovation

Sandy, UT • Remote

Full-time

Re-posted 29 days ago


Job description

Lead Software Architect AI & Platform Innovation
Remote (U.S.)
Help Define the Next Generation of AI-Powered Customer Experience
We're looking for a highly technical, hands-on Lead Software Architect to help shape the future of our cloud contact center platform.
This is not a traditional ivory-tower architecture role.
You'll work across engineering, product, and platform teams to solve complex technical challenges, create architectural direction for strategic initiatives, and rapidly prototype ideas that become customer-facing capabilities. You'll have the opportunity to influence the future of AI within a large-scale contact center ecosystem while helping establish an architecture practice that will grow around you.
If you're the kind of architect who still loves building, experimenting, coding, and turning ideas into working solutions, we'd love to talk.
Why This Role Is Exciting
  • Help build the next generation of AI-powered customer engagement solutions
  • Influence architecture across a large-scale cloud platform
  • Partner directly with senior engineering leaders, architects, and product teams
  • Prototype new capabilities and accelerate innovation from concept to production
  • Be one of the foundational members of a growing architecture organization
  • Work on high-impact initiatives that span multiple engineering teams and product areas
  • Shape how AI is incorporated into customer experience and contact center technologies
What You'll Do
  • Define architecture and technical direction for key platform initiatives
  • Partner with engineering managers, architects, product leaders, and development teams across the organization
  • Translate business and product capabilities into scalable technical solutions
  • Create architectural designs, prototypes, and proof-of-concepts that accelerate delivery
  • Evaluate emerging AI technologies and identify opportunities to improve products and engineering effectiveness
  • Drive technical decisions across cloud-native systems and distributed architectures
  • Mentor engineers and influence best practices without direct people management responsibility
  • Contribute hands-on code and technical solutions when needed
  • Serve as a trusted technical leader across multiple product domains
What Makes Someone Successful Here
You are:
  • Highly self-directed and comfortable operating with broad ownership
  • Equally comfortable discussing strategy and writing code
  • Able to quickly understand complex systems and identify opportunities for improvement
  • Curious about AI and actively applying modern AI tools and techniques
  • Passionate about building products, not just reviewing designs
  • Skilled at influencing teams and gaining alignment across organizations
  • Energized by solving ambiguous, high-impact technical challenges
Required Qualifications
  • 10+ years of software engineering experience with progressive technical leadership
  • Significant software architecture experience in large-scale SaaS or cloud environments
  • Strong hands-on development background in Java
  • Strong experience with AWS
  • Experience designing distributed, scalable, highly available systems
  • Experience working across multiple engineering teams and technical stakeholders
  • Demonstrated ability to move from concept through implementation
  • Strong understanding of modern software engineering practices and cloud-native architectures
Preferred Qualifications
  • Contact Center as a Service (CCaaS) experience
  • Customer experience, communications, telephony, workforce engagement, or customer interaction platform background
  • AI, machine learning, generative AI, agent-assist, automation, or analytics experience
  • Experience building prototypes and validating new product concepts
  • Prior experience serving as a lead architect or principal engineer in a SaaS organization
Ideal Backgrounds
We are especially interested in architects coming from:
  • CCaaS providers
  • Customer experience platforms
  • Enterprise SaaS organizations
  • Communications and telephony technology companies
  • Cloud-native software companies building AI-enabled products
What Will Set You Apart
  • Deep understanding of the contact center industry and where it is headed
  • A track record of turning architecture into working products
  • Strong AI fluency with practical implementation experience
  • Evidence of delivering technical innovation, not simply documenting solutions
  • The ability to identify business opportunities and transform them into scalable platform capabilities