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Stress Analyst Engineer Remote Jobs (NOW HIRING)

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Stress Analyst Engineer Remote information

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$90K

$148.1K

$180.5K

How much do stress analyst engineer remote jobs pay per year?

As of Jul 22, 2026, the average yearly pay for stress analyst engineer remote in the United States is $148,129.00, according to ZipRecruiter salary data. Most workers in this role earn between $130,000.00 and $165,000.00 per year, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as a Stress Analyst Engineer (Remote), and why are they important?

A Stress Analyst Engineer typically requires a degree in mechanical or aerospace engineering, a solid grasp of structural analysis principles, and experience with finite element analysis (FEA). Familiarity with technical tools such as ANSYS, NASTRAN, or ABAQUS, as well as proficiency in CAD software and engineering documentation systems, is expected. Strong problem-solving, attention to detail, and effective remote communication skills distinguish top performers in this role. These capabilities ensure accurate analysis, reliable design recommendations, and seamless collaboration within distributed engineering teams.

What does a Stress Analyst Engineer do when working remotely?

A remote Stress Analyst Engineer evaluates the structural integrity and performance of components, typically in industries like aerospace, automotive, or civil engineering, while working from a remote location. They use computer-aided engineering (CAE) software to simulate and analyze stresses, strains, and loads on materials or structures. Their tasks often include running finite element analyses (FEA), creating detailed reports, and collaborating with design teams through virtual meetings to ensure safety and compliance with engineering standards. Remote Stress Analysts need strong communication skills and proficiency with relevant software to work effectively from a distance.

How does a remote Stress Analyst Engineer effectively collaborate with design and manufacturing teams?

As a remote Stress Analyst Engineer, collaboration is often managed through digital communication tools, virtual meetings, and shared platforms for data and model exchange. Engineers regularly coordinate with design teams to review CAD models, discuss loading scenarios, and provide feedback on structural integrity. They also work closely with manufacturing teams to ensure that analysis results are understood and incorporated into production processes. Strong communication skills and proficiency with collaborative software are essential to bridge the gap between remote analysis and on-site execution.

What is the difference between Stress Analyst Engineer Remote vs Stress Engineer?

AspectStress Analyst Engineer RemoteStress Engineer
CredentialsBachelor's or Master's in Mechanical, Aerospace, or Civil Engineering; relevant certificationsBachelor's or Master's in Mechanical, Aerospace, or Civil Engineering; relevant certifications
Work EnvironmentRemote, often collaborating with teams via digital toolsOn-site or hybrid, working in labs or design offices
Industry UsageUsed in aerospace, automotive, and defense sectorsCommon in aerospace, automotive, and structural engineering industries
Search & ComparisonOften compared for remote work options and responsibilitiesCompared for on-site vs remote roles and project scope

While both roles focus on analyzing stress factors in engineering designs, Stress Analyst Engineers Remote typically work remotely with a focus on analysis and simulation, whereas Stress Engineers may work on-site with broader responsibilities including testing and validation. The choice depends on work environment preferences and project requirements.

More about Stress Analyst Engineer Remote jobs
What cities are hiring for Stress Analyst Engineer Remote jobs? Cities with the most Stress Analyst Engineer Remote job openings:
What are the most commonly searched types of Stress Analyst Engineer jobs? The most popular types of Stress Analyst Engineer jobs are:
What states have the most Stress Analyst Engineer Remote jobs? States with the most job openings for Stress Analyst Engineer Remote jobs include:
What job categories do people searching Stress Analyst Engineer Remote jobs look for? The top searched job categories for Stress Analyst Engineer Remote jobs are:
Infographic showing various Stress Analyst Engineer Remote job openings in the United States as of July 2026, with employment types broken down into 81% Full Time, 12% Part Time, and 7% Contract. Highlights an 2% In-person, and 98% Remote job distribution, with an average salary of $148,129 per year, or $71.2 per hour.
Senior Substation Engineer/ Project Engineer (remote)

Senior Substation Engineer/ Project Engineer (remote)

Vitaver & Associates, Inc.

Juno Beach, FL • Remote

$102K - $140K/yr

Contractor

Re-posted 17 days ago


Job description

14416 – Senior Substation Engineer/ Project Engineer (remote) – Juno Beach, FL; Palm Beach Gardens, FL
Start Date: ASAP
Type: Temporary Project
Estimated Duration: 12 months with possible extensions
Work Setting: Remote
Our client is filling this contract position exclusively through approved staffing partners, so this opportunity is not available by applying directly with the client. If you're interested, we'd be happy to represent you throughout the hiring process.
Our Client is hiring a Senior Substation Engineer/ Project Engineer (remote) (19153, 19144)
Required:
  • Experience with renewable generation substation projects (from Early Stage through construction and commissioning);
  • Experience with FERC Order 1000 competitive transmission project proposals and greenfield substation projects;
  • Experience with engineering codes and standards applicable to substation design (IEEE, NESC, ASCE);
  • Experience with coordination of geotechnical, survey, engineering, and construction services;
  • Valid Driver’s License (required);
  • Travel required within North America.
Preferred:
  • Experience in Substation design and engineering of High Voltage substation projects (6+ years);
  • Experience with interconnection documentation review, including system impact studies, facility studies, and interconnection agreements;
  • Experience with long lead material management and integrated supply chain processes;
  • Project Management Professional (PMP) certification or Professional Engineer (PE) licensure;
  • Six Sigma methodologies (Black Belt, Green Belt, or Yellow Belt certification);
  • Bachelor’s degree in Electrical, Mechanical or Civil/Structural engineering

Responsibilities include but are not limited to the following:
  • Lead all assigned renewable generation substation projects from conception (Early Stage) through construction and commissioning, managing scope, schedule, budget, and resources;
  • Develop detailed work plans, project estimates, resource plans, and status reports; conduct project meetings and manage project tracking and analysis;
  • Provide technical oversight and due diligence of external engineers of record (EOR) to ensure compliance with interconnection agreements, project specifications, and applicable industry codes and standards;
  • Competitively source, select, and contract geotechnical, survey, engineering, and construction services through the Integrated Supply Chain (ISC) Group;
  • Coordinate engineering deliverables in support of FERC Order 1000 proposals and design/construction of awarded projects, including Issued for Bid, Issued for Construction, and As-built drawings;
  • Support Transmission Services during review of interconnection documentation and coordinate with transmission owners/operators/ISOs to ensure project deliverables meet requirements;
  • Create and communicate presentation materials for report-outs and updates with various levels of internal and external stakeholders, including management briefings on progress, issues, and risk mitigation;

Please see below some more positions you may be interested in:
Principal Substation Engineer (remote) Juno Beach, FL (19430, 19686)
Required:
  • Experience in Project Engineering and/or Project Management with a strong bias for action.
  • Experience in FERC Order 1000 and early‑stage diligence substation RFPs, including coordination with Development and technical RFP narrative support;
  • Experience with senior‑level technical leadership on substation projects, including EOR oversight/training and accountability for IEEE/NESC/ASCE code compliance;
  • Experience with commercial and ISC interfaces on substation projects, including SOW development, competitive bidding/awards, long‑lead material management, and support to estimating;
  • Travel required within North America.

Preferred:
  • Experience in Substation design and engineering of High Voltage substation projects (7+ years);
  • Experience with HVDC;
  • PMP and/or P.E. in related discipline;
  • Bachelor’s degree in Electrical, Mechanical or Civil/Structural Engineering.

Responsibilities:
  • Lead all substation engineering activities for FERC 1000 RFPs and early‑stage diligence projects, from concept through handoff to execution;
  • Provide technical oversight, training, and due diligence for external Engineers of Record (EORs) to ensure designs meet scope, quality, and utility standards;
  • Own substation code and standard compliance, including IEEE, NESC, ASCE, and other applicable industry requirements for all assigned projects;
  • Define scopes of work, secure and evaluate bids, and award engineering and related services in partnership with the Integrated Supply Chain (ISC) team;
  • Manage long‑lead substation materials, including specification input, order oversight, and coordination with ISC to minimize schedule and cost risk;
  • Support commercial and regulatory activities, including technical RFP narrative development and input to legal/regulatory filings as needed;
  • Collaborate with internal stakeholders and OEMs to optimize substation designs, incorporate lessons learned, and provide feedback to estimating on scope and cost assumptions.

Principal Substation Engineer (remote, some travel) in Juno Beach, FL (19262):
Required:
  • Experience with managing substation projects from early-stage engineering through construction and commissioning.
  • Experience with defining engineering scope and supporting technical requirements for early-stage project development.
  • Experience with providing technical oversight and due diligence of external engineers of record to ensure compliance with interconnection agreements, project specifications, and industry standards (IEEE, NESC, ASCE).
  • Experience with developing technical scopes of work, evaluating engineering bids, and awarding work through procurement processes.
  • Experience with technical evaluation and contracting of geotechnical, survey, engineering, and construction services.
  • Experience with reviewing interconnection studies and agreements to ensure compliance with ISO and transmission-owner technical requirements.
  • Experience with managing long-lead major material orders and supporting technical procurement documentation.
  • Experience with providing technical feedback to improve estimating tools, engineering templates, and scope definitions.
  • Experience with collaborating across engineering disciplines on technical work plans and design interfaces.
  • Experience with supporting and executing technical commissioning activities.
  • Experience with working with OEMs to refine and adapt component designs for project integration.
    Responsibilities:
  • Oversee all assigned substation projects from conception through construction and commissioning;
  • Ensure compliance with generation interconnection agreements, industry codes, and standards while managing external engineers;
  • Secure engineering consulting resources, develop scope of work, and manage bidding and contracting processes;
  • Collaborate with project stakeholders and transmission owners to secure switchyard sites and necessary permits;
  • Manage long lead material orders to prevent delays and control project cost;
  • Assist in reviewing interconnection documentation, regulatory filings, and legal proceedings;
  • Support project commissioning, ensure safety compliance, and address risk mitigation in project execution.
    Why apply?
  • Gain experience with one of the world's largest solar and wind energy providers, which last year briefly became the most valued U.S. energy company;
  • Work with a great team of professionals and learn newest technologies and approaches;
  • Enjoy our Client’s wonderful campus with top-notch facilities for work and recreation;
  • Benefit from multiple projects extensions;
  • Receive support and advice from Vitaver consultants who are already working at our Client’s site;
  • Get extra cash by participating in Vitaver Successful Completion Bonus Program;
  • Always get paid in full and on time.