Junior Structural Engineer — Hybrid, Federal Buildings

Jacobs; Orlando (FL); Hybrid; USD 65,000 - 95,000; Full time

Benefits offered by this job

Health insurance

401(k) plan

Stock purchase program

Unlimited PPTO

Seven paid holidays

Caregiver leave

Job summary

Jacobs is seeking an Entry Level Structural Engineer to join our Federal Buildings team with opportunities in Atlanta, GA, Orlando, FL, or Knoxville, TN. You will contribute to designing new multi-building complexes and performing renovations of historic structures, under mentorship from Professional Engineers.

The role focuses on learning structural analysis, collaborating across disciplines, and understanding code-compliant design of vertical and lateral systems while managing workload and

Qualifications

• Bachelor's Degree in Civil or Architectural Engineering with emphasis on Structural Engineering from ABET-accredited program.
• Engineer in Training (EIT) Certification.
• 0-2 years relevant work experience.
• Hybrid work model requiring 2 days per week in local office or project site.
• Internet speed requirements 25Mbps down / 10Mbps up.

Responsibilities

• Perform increasingly complex calculations and analysis as the structural design develops.
• Communicate structural requirements on paper and in the model with Designers.
• Develop understanding of principles of analysis and design of vertical and lateral structural systems per codes.

Skills

Structural analysis

Communication

Team collaboration

Education

Master's degree in Civil or Structural Engineering

Tools

STAAD

Navisworks

Bluebeam

Job description

Jacobs is seeking an Entry Level Structural Engineer to join our Federal Buildings team with opportunities in Atlanta, GA, Orlando, FL, or Knoxville, TN. You will contribute to designing new multi-building complexes and performing renovations of historic structures, under mentorship from Professional Engineers.

The role focuses on learning structural analysis, collaborating across disciplines, and understanding code-compliant design of vertical and lateral systems while managing workload and