Lead Transportation Structural Engineer – Bridges & Rehab

GAI Consultants, Inc.; City of Syracuse (NY); On-site; USD 68,000 - 85,000; Full time

Benefits offered by this job

Market-based compensation

Industry-leading benefits

Job summary

Creighton Manning, a GAI company, is seeking an Engineer 2 to deliver bridge design and structural analysis for transportation projects in NY. You will guide junior staff, develop plans, and ensure compliance with NYSDOT standards while coordinating with clients and team members.

The role emphasizes strong organization, communication, and the ability to manage multiple assignments and meet deadlines. Office-based positions in Albany or Syracuse offer a path for professional growth within an

Qualifications

• Bachelor's degree in engineering from ABET/EAC accredited program.
• 5-10 years of experience in a similar engineering role.
• P.E. licensure in NY or ability to obtain reciprocal licensure.

Responsibilities

• Prepare design reports, specifications, plans, studies, permits, and designs for bridge projects.
• Perform structural analysis and stability review of bridges/structures.
• Develop plan details for bridge replacement/rehabilitation per NYSDOT standards.
• Coordinate with client and team to develop effective solutions.
• Provide project leadership and client liaison for multiple projects.

Skills

Transportation design experience

Organizational skills

Multitasking

Communication skills

Client relations

Education

ABET/EAC Accredited engineering degree

P.E. licensure in NY

Job description

Creighton Manning, a GAI company, is seeking an Engineer 2 to deliver bridge design and structural analysis for transportation projects in NY. You will guide junior staff, develop plans, and ensure compliance with NYSDOT standards while coordinating with clients and team members.

The role emphasizes strong organization, communication, and the ability to manage multiple assignments and meet deadlines. Office-based positions in Albany or Syracuse offer a path for professional growth within an