Recruiter's Glossary

Examples: Shear Wall • Deflection • Dead Load

Deflection

Term from Civil Engineering industry explained for recruiters

Deflection is a basic concept in building and structure design that refers to how much a structure bends or moves under weight or pressure. Think of it like checking how much a diving board bends when someone stands on it. Engineers need to calculate and control deflection to make sure buildings, bridges, and other structures are safe and comfortable to use. When reviewing resumes, you might see this term used when candidates talk about their experience in structural analysis, building design, or safety inspections. It's similar to concepts like "structural movement" or "deformation" that you might also see in job applications.

Examples in Resumes

Calculated deflection limits for multi-story commercial buildings to ensure safety standards

Performed deflection analysis on bridge structures using computer modeling software

Reduced deflection issues in floor systems through innovative design solutions

Typical job title: "Structural Engineers"

Also try searching for:

Civil Engineer Structural Designer Building Engineer Construction Engineer Structural Analysis Engineer Building Structure Engineer

Where to Find Structural Engineers

Professional Organizations

Job Boards

Online Communities

Example Interview Questions

Senior Level Questions

Q: How do you approach deflection problems in large-scale structures?

Expected Answer: A senior engineer should discuss their experience managing complex projects, explaining how they consider multiple factors like building materials, load distribution, and safety regulations. They should mention experience leading teams and making key decisions about structural design.

Q: Can you describe a challenging deflection-related problem you solved?

Expected Answer: Look for answers that demonstrate leadership, problem-solving abilities, and experience with complex structures. They should explain how they identified the issue, developed solutions, and implemented fixes while managing budget and time constraints.

Mid Level Questions

Q: What factors do you consider when calculating deflection limits?

Expected Answer: They should be able to explain basic concepts like building loads, material properties, and safety standards in simple terms. Look for practical experience in using design software and applying building codes.

Q: How do you ensure deflection requirements are met in your designs?

Expected Answer: The candidate should discuss their experience with design calculations, computer modeling, and following building codes. They should mention coordination with other team members and contractors.

Junior Level Questions

Q: What is deflection and why is it important in structural design?

Expected Answer: They should be able to explain deflection in simple terms as movement in structures under load, and why controlling it matters for safety and comfort. Basic understanding of building codes should be demonstrated.

Q: What tools do you use to calculate deflection?

Expected Answer: Look for familiarity with basic engineering software and understanding of fundamental calculation methods. They should show awareness of when to seek guidance from senior engineers.