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Remote Structural Engineering Research Jobs in North Dakota

Danaher

Inside Sales Representative (REMOTE)

Fargo, ND · On-site +1

$33.65 - $43.27/hr

... developers. This position reports to the Manager, Inside Sales and is part of the North American ... Own full-cycle sales for research grade products and manufacturing solutions, from lead generation ...

Danaher

Inside Sales Representative (REMOTE)

Fargo, ND · On-site +1

$33.65 - $43.27/hr

... developers. This position reports to the Manager, Inside Sales and is part of the North American ... Own full-cycle sales for research grade products and manufacturing solutions, from lead generation ...

Motorola

Senior AI Engineer (US Remote)

Michigan, ND · Remote

$180K - $210K/yr

The Product Engineering area is responsible for designing, writing, testing and deploying the code ... Contributions to open-source AI projects or research publications Key Responsibilities * Technical ...

SonicWall

Senior Solutions Engineer

New England, ND · On-site +1

$53.25 - $68.75/hr

... for increasingly remote, mobile and cloud-enabled users. With its own threat research center ... Adheres to the company values, guidelines, and solution engineering regional reporting tasks ...

Danaher

Field Service Engineer - Fargo, ND Area

Fargo, ND · On-site +1

$66K - $70K/yr

... research to developing innovative vaccines, new medicines, and cell and gene therapies. At Cytiva ... Bachelor's degree in Biomedical, Mechanical or Electrical Engineering, OR relevant degree in ...

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All JobsStructural Engineering Research JobsRemote Structural Engineering Research JobsRemote Structural Engineering Research Jobs in North Dakota

Remote Structural Engineering Research information

What is remote structural engineering research?

Remote structural engineering research involves conducting studies and analyses related to the design, analysis, and behavior of structures, but from a location outside of a traditional laboratory or office—often from home or another remote setting. This work typically uses digital tools, software simulations, and remote collaboration to investigate structural systems, materials, and methods. Researchers may focus on topics such as structural safety, innovative materials, building codes, and disaster resilience. Remote roles often require strong skills in computational modeling, data analysis, and virtual communication.

What are the key skills and qualifications needed to thrive as a remote structural engineering researcher?

To thrive as a Remote Structural Engineering Researcher, you need an advanced degree in structural or civil engineering, strong analytical skills, and a solid understanding of mechanics and materials. Proficiency in structural analysis software (such as SAP2000, ANSYS, or ABAQUS), programming languages like MATLAB or Python, and familiarity with research methodologies are essential. Exceptional written communication, self-motivation, and problem-solving abilities distinguish top performers in remote research roles. These skills ensure rigorous, innovative, and reliable research outcomes while facilitating effective collaboration and independent work in a remote setting.

What are some common challenges faced by remote structural engineering researchers, and how can they be addressed?

Remote structural engineering researchers often encounter challenges related to effective communication and collaboration with team members, especially when working across different time zones. Accessing specialized software or large datasets can also be a hurdle due to varying hardware capabilities or internet connectivity. To overcome these, it's important to establish clear communication protocols, schedule regular virtual meetings, and utilize cloud-based platforms for sharing resources and conducting simulations. Proactively reaching out for feedback and participating in online research forums can also help maintain a sense of connection and support.

What is the difference between Remote Structural Engineering Research vs Remote Civil Engineering Design?

AspectRemote Structural Engineering ResearchRemote Civil Engineering Design
CredentialsEngineering degree, structural engineering certificationsEngineering degree, civil engineering licenses
Work EnvironmentResearch labs, academic institutions, remote collaborationDesign firms, consulting companies, remote project sites
Industry UsageAcademic research, structural analysis, material testingProject planning, infrastructure design, site development

Remote Structural Engineering Research focuses on analyzing and testing structural systems, often within academic or research settings, requiring specialized certifications. In contrast, Remote Civil Engineering Design involves creating infrastructure plans and designs, typically for construction projects. Both roles may be performed remotely but serve different industry needs and require distinct skill sets.

What are popular job titles related to Remote Structural Engineering Research jobs in North Dakota?

For Remote Structural Engineering Research jobs in North Dakota, the most frequently searched job titles are:

What job categories do people searching Remote Structural Engineering Research jobs in North Dakota look for?

The top searched job categories for Remote Structural Engineering Research jobs in North Dakota are:

What cities in North Dakota are hiring for Remote Structural Engineering Research jobs?

Cities in North Dakota with the most Remote Structural Engineering Research job openings:

Remote Structural Engineering Research jobs near you
Infographic showing various Remote Structural Engineering Research job openings in North Dakota as of August 2026, with employment types broken down into 6% Internship, 71% Full Time, 16% Part Time, and 7% Contract. Highlights an 22% In-person, and 78% Remote job distribution.

Remote Industrial Estimator

ICS, Inc (Industrial Contract Services)

Grand Forks, ND • On-site, Remote

Full-time

Re-posted 18 days ago

Job description

Industrial Estimator Location: Remote: Estimating / Project Management Reports To: Estimating Manager or Director of Operations.
Summary This is a high-impact role at the front end of every major decision we make. As an Industrial Estimator focused on food processing/manufacturing/industrial projects, you don't just "run numbers" - you shape which projects we pursue, how we price them, and how we build them. Your work helps bring new production lines, safer plants, and innovative food and manufacturing products to life.
If you enjoy solving complex problems, understanding how things are built, and having your work directly influence real-world projects, this is a powerful seat to be in.
Why This Role Is a Great Opportunity
  • You sit at the center of strategy: Your estimates directly influence which projects we chase and how we win them.
  • You see the full picture: You work with engineering, project management, operations, vendors, and clients - not in a narrow silo.
  • Your work becomes real: You'll visit facilities, see your projects in the field, and watch your estimates turn into steel, pipe, and equipment.
  • You're in a growth lane: This role is an ideal platform for future paths in senior estimating, project management, operations leadership, or business development.

Role Mission Your mission is to turn drawings, ideas, and early conversations into clear, trusted cost models that give leadership the confidence to say "yes" to the right projects. You do this by deeply understanding scopes, carefully quantifying equipment and materials, and realistically forecasting the labor and logistics needed to install complex systems in a variety of demanding environments.
How You Create Value You look at a set of plans and immediately start visualizing the finished line or facility: where the conveyors run, how the tanks are supported, how the trades move through the space, and what it really takes to install everything safely in an operating plant. You convert that understanding into accurate, well-structured estimates that:
  • Help the company win profitable work
  • Give project teams realistic budgets and targets
  • Build trust with clients who depend on solid cost information
  • Reduce surprises in the field by aligning expectations early

What You'll Do
  • Dive into projects early: Review engineering drawings, P&IDs, layouts, scopes, and RFQs to fully understand project intent and constraints.
  • Turn plans into quantities: Quantify equipment and materials across mechanical, manufacturing process, and structural scopes - conveyors, tanks, mixers, pumps, platforms, utilities, piping, supports, and more.
  • Forecast the labor to build it: Determine the hours and trades needed to install all equipment, considering sequencing, productivity, shutdown windows, access, and safety/food-safety/MFG constraints.
  • Collaborate across the business: Work closely with project managers, engineers, vendors, and subcontractors to clarify scope, confirm technical details, and develop competitive pricing.
  • Build complete cost pictures: Develop full estimates that include materials, equipment, labor, subcontractors, indirect costs, and allowances where appropriate.
  • Support early-stage decisions: Prepare conceptual and budgetary estimates when information is limited, helping clients and internal teams understand options and tradeoffs.
  • Add value, not just cost: Identify value-engineering ideas - alternate equipment, smarter installation methods, or phasing approaches - that reduce cost or risk while maintaining performance and sanitary design.
  • Strengthen our "cost intelligence": Maintain and refine estimating databases, unit rates, and historical cost records so we get sharper on every project.
  • Communicate clearly: Present your assumptions, risks, and recommendations in ways that non-estimators can understand and act on.

Your Work in Context You'll be involved from the first "could we do this?" conversation through to the final proposal. You'll help shape bid strategies, influence project planning, and support the handoff to project management once a job is awarded. When projects are in the field, your work will be the benchmark that teams use to measure performance and success.
Qualifications
  • Experience as an Industrial Estimator, Mechanical Estimator, or in a closely related industrial/MFG or food-processing role.
  • Strong ability to read and interpret mechanical, structural, and process drawings (P&IDs, layouts, isometrics, etc.).
  • Proven experience quantifying equipment takeoffs and realistically calculating labor for installation.
  • Familiarity with food-processing/MFG equipment and systems such as conveyors, tanks, mixers, pumps, packaging equipment, and process lines.
  • Understanding of construction means and methods, jobsite logistics, and safety requirements in industrial facilities.
  • Proficiency with estimating software and spreadsheets (Excel) and comfort working with digital plan review tools.
  • Strong analytical, numerical, and communication skills; able to explain your logic and defend your numbers.

Preferred Background
  • Experience in Manufacturing/ food processing, industrial construction, or process engineering.
  • Knowledge of sanitary design and regulatory expectations (e.g., 3-A, USDA, FDA).
  • Experience preparing conceptual/budget estimates with incomplete design information.
  • Exposure to field work (construction, maintenance, start-up, or commissioning) that informs your understanding of real-world installation.

Who Thrives in This Role
  • You like building a story behind the numbers and understanding "how it really gets built."
  • You enjoy working with smart technical people and being the one who pulls the cost picture together.
  • You're detail-oriented and careful, but also pragmatic and solution-focused.
  • You're comfortable owning your work, meeting deadlines, and having your estimates reviewed and dissected by leadership.
  • You get genuine satisfaction from walking a completed project and knowing, "I helped make this happen."

Equal Opportunity Employer, including disabled and veterans.

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