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Remote Traveling Electrical Engineer Jobs in Utah

US - UT - Remote (144200) Job Title: Core Engineering - Design Engineer V PCB Layout Engineer, AR ... You will collaborate closely with internal electrical and mechanical engineers, DFM, SiPi, and ...

... engineering teams through advanced 3D modeling and coordination. This role involves creating and ... This position is eligible to be fully remote or for work out of our Lexington, KY HQ or our ...

This is a remote/hybrid project site position based in the Salt Lake City, UT area with travel ... Work with different engineering disciplines, such as mechanical, electrical, civil, commissioning ...

... engineers, construction tradespersons, transitioning military construction persons (Seabees, Red ... Use computer tablets with built-in cameras to document mechanical or electrical equipment and ...

Specialist PCB Designer

Salt Lake City, UT · On-site +1

$79K - $147K/yr

REMOTE- US Job Code: 42917 Job Schedule: 9/80- employees work 9 hours out of 14 days- totaling 80 ... An associate degree in Electrical Engineering Technology and/or an IPC CID certification is desired.

Lead, PCB Designer

Salt Lake City, UT · On-site +1

$110K - $205K/yr

REMOTE- US Job Code: 42919 Job Schedule: 9/80- employees work 9 hours out of 14 days- totaling 80 ... An associate degree in Electrical Engineering Technology and/or an IPC CID certification is desired.

Senior Mechanical Engineer

South Jordan, UT · On-site +1

$99K - $131K/yr

Will travel for meetings and site visits and accept remote assignments, as required. Approximately 10% - 15% travel. Who You Are Required Qualifications * Bachelor's degree in Mechanical Engineering.

Showing results 21-40

Remote Traveling Electrical Engineer information

What is a remote traveling electrical engineer?

A Remote Traveling Electrical Engineer is a professional who specializes in electrical engineering tasks while working remotely and traveling to different project sites as needed. Their work may involve designing, testing, and maintaining electrical systems for various industries such as construction, energy, or manufacturing. These engineers leverage technology to complete much of their work online but are also required to visit client locations or project sites to oversee installations, troubleshoot systems, or conduct on-site assessments. The role combines technical expertise with adaptability, communication skills, and frequent travel.

What are the key skills and qualifications needed to thrive as a remote traveling electrical engineer?

To thrive as a Remote Traveling Electrical Engineer, you need a solid background in electrical engineering principles, project management, and a relevant engineering degree, often with a Professional Engineer (PE) license. Familiarity with electrical design software (such as AutoCAD or ETAP), remote collaboration tools, and mobile diagnostic equipment is typically required. Excellent problem-solving abilities, self-motivation, adaptability, and strong communication skills help you manage projects and client interactions across diverse locations. These skills and qualities are crucial for delivering high-quality engineering solutions, ensuring safety, and effectively supporting clients while working independently in varied environments.

What are some common challenges faced by remote traveling electrical engineers, and how can they be effectively managed?

Remote Traveling Electrical Engineers often encounter challenges such as adapting to various work environments, coordinating with on-site and remote teams across different time zones, and ensuring reliable communication while on the move. Successfully managing these challenges requires strong organizational skills, proficiency with remote collaboration tools, and a flexible approach to troubleshooting in unfamiliar settings. Building strong relationships with local site personnel and maintaining consistent documentation can also help ensure project continuity and smooth collaboration.

What is the difference between Remote Traveling Electrical Engineer vs Field Service Electrical Engineer?

AspectRemote Traveling Electrical EngineerField Service Electrical Engineer
CredentialsElectrical engineering degree, certifications like PE or EITElectrical engineering degree, certifications like PE or EIT
Work EnvironmentTraveling to client sites, remote coordination, project planningOn-site troubleshooting, installation, maintenance at client locations
Employer & IndustryManufacturers, energy, utilities, consulting firmsUtilities, manufacturing, industrial facilities

The Remote Traveling Electrical Engineer typically plans and oversees electrical projects remotely while traveling to sites as needed. In contrast, the Field Service Electrical Engineer works directly on-site for troubleshooting and maintenance. Both roles require similar credentials and industry experience but differ mainly in work environment and daily tasks.

What are popular job titles related to Remote Traveling Electrical Engineer jobs in Utah?

For Remote Traveling Electrical Engineer jobs in Utah, the most frequently searched job titles are:

What cities in Utah are hiring for Remote Traveling Electrical Engineer jobs?

Cities in Utah with the most Remote Traveling Electrical Engineer job openings:

Infographic showing various Remote Traveling Electrical Engineer job openings in Utah as of August 2026, with employment types broken down into 6% As Needed, 74% Full Time, 12% Part Time, and 8% Contract. Highlights an 100% Remote job distribution.

Design Engineer V

Infotech Sourcing

Logan, UT • On-site, Remote

Full-time

Re-posted 20 days ago


Job description

Request ID: 71044-1
Start/End Dates: 7/20/2026 - 12/25/2026
Tax Work Location: US - UT - Remote (144200)
Job Title: Core Engineering - Design Engineer V
Job Description: PCB Layout Engineer, AR Product Team
As a PCB Layout Engineer on Meta’s AR Product Team, you will be responsible for driving world-class, complex PCB layouts that incorporate cutting-edge component and stack-up technologies. A core focus of this role is implementing miniaturization solutions within AR product designs. You will collaborate closely with internal electrical and mechanical engineers, DFM, SiPi, and other layout and library teams, as well as external suppliers.
RESPONSIBILITIES
Project Management & Execution:
Manage multiple complex layout projects, providing timely status reports within Meta systems.
Lead designs from kick-off through tape-out, encompassing rigid, rigid-flex, and flex PCBs for both product and non-product/test projects.
Proactively schedule and drive project meetings (Kick-off, Placement, Constraint, and Design Reviews) to ensure design verification using Meta's Design Traveler document.
Create and modify engineering tool project templates, meta-data, configuration data, and rules.
Technical Expertise & Problem Solving:
Apply a solid understanding of electrical engineering principles, particularly for power distribution, high-speed circuits, and RF signals.
Identify project execution risks or slowdowns proactively and collaborate with managers and/or technical program managers to propose alternative PCB development workflow solutions.
Understand and propose practical fit and function solutions related to miniaturization concepts.
Cross-Functional Collaboration & Supplier Engagement:
Proactively partner with EE Leads, Mechanical Engineering, TPMs, and other cross-functional teams (XFNs) to resolve design issues.
Work with internal DFM engineers to confirm supplier requirements at project launch.
Engage with external suppliers and Supplier Quality/Process Engineering (SQE/PE) to resolve DFM issues and ensure high-yield builds.
MINIMUM QUALIFICATIONS
8+ years of experience in complex PCB Design.
5+ years of experience using Allegro PCB Design Tools (version 23.1 or newer).
Strong understanding of the mechanical aspects of electronics design.
Excellent communication skills.
Proficiency with Microsoft Office tools.
PREFERRED QUALIFICATIONS
BS in Electrical Engineering.
3+ years of experience implementing miniaturization solutions in dense form-factor designs (e.g., wearable products, mobile phone design).