Building Structural Engineering Internship Summer 2026

Building Structural Engineering Internship - Summer 2026 at Farnsworth Group — Research Report

Introduction

The Building Structural Engineering Internship - Summer 2026 offers students a practical entry point into structural design within a multidisciplinary architecture, engineering, and surveying firm. Interns can expect exposure to real projects, experienced engineers, technical documentation, and the coordination required to turn a concept into a buildable facility.

The available listing does not state an application deadline, so candidates should monitor Farnsworth Group’s careers site and apply as early as possible. Summer engineering internships often fill before the formal start of the season, making early preparation especially valuable.

This Farnsworth Group internship is particularly useful for students who want to test building structural engineering as a career. The experience can strengthen a résumé, produce meaningful portfolio material, and create a path toward a full-time structural engineering position after graduation.

Overview of Farnsworth Group

Farnsworth Group is a U.S. architecture, engineering, surveying, and commissioning firm serving public- and private-sector clients. Its work spans civil, transportation, structural, mechanical, electrical, environmental, telecommunications, planning, asset management, and building commissioning services.

The firm operates in a multidisciplinary environment rather than focusing on a single niche. That model places structural engineers alongside architects, civil engineers, mechanical and electrical designers, surveyors, environmental specialists, and project managers. For an intern, this creates opportunities to understand how structural decisions affect an entire building project.

Farnsworth Group supports projects for municipalities, universities, utilities, government agencies, renewable-energy organizations, industrial clients, and other commercial stakeholders. Its current hiring presence includes structural engineering, structural design, and Revit-related positions across multiple U.S. markets.

The company emphasizes community-focused work and positions early-career employees as contributors rather than passive observers. Farnsworth’s student program includes orientation, goal-setting with managers, feedback conversations, team integration, and an end-of-internship performance review.

That structure helps explain why students pursue a Farnsworth Group internship: the experience combines technical learning with exposure to a broad professional network. The firm has also highlighted repeated Great Place to Work certification as part of its employee experience.

Building Structural Engineering Internship

Role Overview

A building structural engineering intern supports engineers who design and document the systems that allow buildings to carry gravity, lateral, and environmental loads. Depending on the project and office, the work may involve steel frames, reinforced concrete, masonry, timber, foundations, roof systems, and building renovations.

The intern’s work directly supports project delivery. Accurate calculations, drawings, details, markups, and field observations help senior engineers produce safe, coordinated, and construction-ready documents. A strong intern learns to connect engineering theory with practical constraints such as constructability, cost, material availability, and architectural intent.

Detailed Responsibilities

• Assist with structural calculations for beams, columns, slabs, walls, foundations, and connections.
• Develop or revise structural plans, elevations, sections, schedules, and construction details.
• Use Revit and AutoCAD to support building information modeling and technical documentation.
• Review architectural backgrounds and coordinate structural elements with other disciplines.
• Help prepare design narratives, calculation packages, specifications, and project correspondence.
• Perform quantity checks, drawing reviews, and quality-control markups.
• Research applicable building codes, design standards, and material requirements.
• Participate in site visits, existing-condition surveys, or construction observations when available.
• Attend project meetings and document decisions, action items, and design changes.
• Support senior engineers with revisions during design development and construction documentation.

Day-to-Day Workflow

A typical day may begin with a team check-in covering deadlines, drawing updates, and priority tasks. The intern might then update a Revit framing plan, calculate a member under a specified load, or compare an architectural revision against the current structural model.

Afternoons may include coordination with an architect or civil engineer, a review session with a project engineer, or a site visit. Interns are rarely expected to make unsupervised final design decisions; instead, they are expected to produce organized work, ask thoughtful questions, and respond quickly to feedback.

The workflow usually changes throughout the summer. Early weeks focus on onboarding, software standards, and smaller assignments. Later weeks may involve larger drawing packages, design alternatives, field documentation, or a presentation summarizing the intern’s project experience.

Tools and Technologies

Revit is likely to be central to building structural documentation, particularly for coordinated three-dimensional models and drawing production. AutoCAD may also appear in legacy files, details, survey backgrounds, and specialized drafting workflows.

Other commonly relevant tools include Microsoft Excel for calculations and quantity checks, PDF review software such as Bluebeam, and structural analysis programs such as RISA-3D, RAM Structural System, ETABS, or similar platforms. The exact software mix depends on the office, project type, and team standards.

Students should also understand that software proficiency is only part of the job. Engineers must interpret drawings, document assumptions, follow file-management procedures, and communicate design changes clearly.

Skills and Requirements

Technical Skills

• Enrollment in civil, architectural, or structural engineering coursework.
• Understanding of statics, mechanics of materials, structural analysis, and engineering mathematics.
• Basic familiarity with steel, reinforced concrete, timber, masonry, and foundation systems.
• Ability to read architectural, structural, and construction drawings.
• Exposure to Revit, AutoCAD, Excel, or structural-analysis software.
• Awareness of building-code concepts and load paths.
• Careful use of units, assumptions, calculations, and revision control.

Knowledge of the International Building Code, ASCE 7, AISC, ACI, NDS, or related standards can strengthen an application, but an intern is not expected to master every code provision. Demonstrated curiosity and disciplined problem-solving matter more than memorizing technical references.

Soft Skills

Structural engineering is highly collaborative. Successful interns explain their reasoning, accept corrections without defensiveness, and understand when a question should be raised before work continues.

• Clear written and verbal communication.
• Attention to detail without losing sight of deadlines.
• Comfort working with architects and engineers from other disciplines.
• Willingness to request clarification and document decisions.
• Organization across multiple projects or assignments.
• Practical judgment and a safety-first mindset.

Experience Expectations

Most applicants will be students with coursework in structural analysis and design, often at the sophomore, junior, or senior level. A prior engineering internship is helpful but not essential. Class projects involving a steel building, concrete frame, wood structure, bridge, or foundation design can provide credible evidence of readiness.

A high GPA may help, particularly for technically demanding assignments, but candidates should not assume that grades alone determine selection. A concise portfolio showing calculations, drawings, modeling, or design decisions can make an applicant easier to evaluate.

Salary and Benefits

The available internship information does not publish compensation. A realistic market estimate for a U.S. building structural engineering internship is approximately $20 to $29 per hour, with the exact rate influenced by location, academic standing, prior experience, and local competition. Candidates should confirm the actual rate directly in the offer.

Potential benefits may include paid professional development, company orientation, mentoring, exposure to multiple disciplines, and structured performance feedback. Farnsworth’s early-career program specifically describes manager-set goals, ongoing feedback, and end-of-internship reviews.

Housing assistance, relocation support, flexible scheduling, or hybrid work may vary by office and project requirements. Structural internships typically include meaningful in-office collaboration because drawing reviews, coordination meetings, and mentoring are easier when interns can work directly with project teams.

Full-time conversion is not guaranteed, but a successful internship can create a strong path to entry-level employment. Interns who show reliability, technical growth, and interest in the firm’s markets are more likely to be remembered when graduate positions open.

Farnsworth Group Hiring Process

Step-by-Step Hiring Stages

1. Application: Submit a résumé, education details, location preferences, and any requested documents through the company’s hiring platform.
2. Screening: A recruiter or hiring manager reviews coursework, availability, software familiarity, and alignment with the office or discipline.
3. Assignment: Some candidates may discuss a class project or complete a modest technical exercise rather than a formal take-home test.
4. Interviews: Expect a conversation with recruiting and one or more structural engineers, often focused on projects, teamwork, and learning goals.
5. Offer: Selected candidates receive details about pay, office location, start dates, schedule, and onboarding requirements.

Application Timeline

Because the deadline is not stated in the available listing, apply as soon as the role is visible and the résumé is ready. A practical timeline is one to three weeks for initial review, followed by interviews and an offer decision within several additional weeks, although timing varies by office and hiring volume.

Students should ideally begin preparing in the fall before a summer internship. Apply before spring recruiting becomes crowded, and remain flexible about posting locations because Farnsworth’s opportunities span multiple U.S. offices.

Screening Methods

Applicant-tracking systems may identify terms such as structural engineering, Revit, AutoCAD, steel design, concrete design, building codes, structural analysis, BIM, and construction documents. Place these terms naturally in a skills section and connect them to actual coursework or projects.

Recruiters also look for practical signals: graduation date, work authorization, geographic availability, relevant coursework, and evidence that the candidate understands building design rather than only general engineering.

Interview Preparation

Example Interview Questions

• Tell us about a structural design or analysis project you completed in class.
• How would you begin evaluating the load path for a small building?
• Describe a time you found an error in your work and corrected it.
• Why are you interested in building structural engineering and Farnsworth Group?

How to Answer

Use the STAR method for behavioral questions: describe the situation, explain the task, detail the action you took, and finish with the result. For technical questions, state assumptions before calculating, identify the governing concept, and explain how you would verify the answer.

For a project discussion, cover the building type, your individual contribution, the software or standards used, the main design challenge, and what you would improve. Interviewers are usually more interested in your reasoning and ownership than in a flawless student project.

What Recruiters Evaluate

• Technical fundamentals and ability to learn.
• Interest in building structures rather than a vague interest in engineering.
• Accuracy, organization, and respect for review procedures.
• Communication with project teams and nontechnical stakeholders.
• Professional maturity, reliability, and willingness to work collaboratively.
• Availability for the stated summer schedule and preferred location.

How to Get Selected

Practical Tips

• Tailor the résumé to structural engineering, not general engineering.
• List relevant courses such as structural analysis, reinforced concrete, steel design, and mechanics.
• Describe Revit or analysis software with a project-based example.
• Prepare a one-page project sheet showing a model, plan, calculation, or structural concept.
• Research Farnsworth’s multidisciplinary services before the interview.
• Ask engineers how interns are mentored and how project assignments are selected.
• Apply to appropriate locations rather than limiting the search to one office.

Common Mistakes to Avoid

• Submitting a generic résumé with no structural keywords.
• Claiming software expertise without being able to explain a project using it.
• Ignoring drawing quality, file organization, or units in a portfolio.
• Focusing only on individual calculations and not mentioning coordination.
• Failing to confirm summer availability or location flexibility.
• Giving vague answers about why building structures are appealing.

How to Stand Out

The strongest candidates make their learning visible. A compact portfolio can show a framing plan, a load-path sketch, a calculation excerpt, and a short explanation of design tradeoffs. Remove confidential or proprietary material, and keep the document clean enough for a busy engineer to review in two minutes.

Networking can also help. Contact a Farnsworth engineer, recruiter, professor, or alumni connection with a specific question about building structural work. A thoughtful message followed by a tailored application is more effective than sending a generic request for a job.

Final Thoughts

The Building Structural Engineering Internship - Summer 2026 is a strong opportunity for students who want practical exposure to building design, multidisciplinary coordination, and professional engineering standards. Farnsworth Group’s early-career structure emphasizes orientation, goal-setting, feedback, and team integration, giving interns a clearer development path than an informal summer placement.

Prepare a focused résumé, assemble one or two polished project examples, and apply early because no deadline is stated. The best way to get hired at Farnsworth Group is to show both technical readiness and the habits that make project teams trust an intern: careful work, clear questions, dependable follow-through, and genuine interest in the built environment.

Frequently Asked Questions

What Is The Salary?

The listing does not publish a rate. A reasonable market estimate is approximately $20 to $29 per hour for a U.S. structural engineering internship, but the final offer will depend on office location, qualifications, and company policy.

How Competitive Is Hiring?

Competition is likely strongest in offices with major engineering programs and limited summer openings. Candidates improve their odds by applying early, matching the résumé to structural work, demonstrating software familiarity, and showing flexibility about posting locations.

Which Skills Matter Most?

Structural fundamentals, drawing interpretation, Revit or AutoCAD exposure, Excel proficiency, and careful problem-solving are especially valuable. Communication and responsiveness matter just as much because interns work within multidisciplinary project teams.