Flight Sciences: Loads & Dynamics Intern (Summer 2027)

Gulfstream Aerospace Corporation; Savannah (GA); On-site; USD 2,755,000 - 4,133,000; Part time

Benefits offered by this job

Company-provided housing

Competitive pay

Medical coverage

Paid Time Off

401(k) match

Collegiate networking events

Job summary

Gulfstream Aerospace Corporation in Savannah, GA invites motivated students for the Summer 2027 IEF - Flight Sciences/Loads and Dynamics College Intern program. You will work with the Loads and Dynamics team on static and dynamic analyses, flutter assessments, and tool development under senior mentorship.

Participants will rotate through two sessions for juniors and one for seniors/graduate students, gaining real-world experience in aeroelasticity, structural dynamics, and aerospace engineering

Qualifications

• Must be enrolled in an accredited university pursuing a bachelor’s degree or higher in Mechanical Engineering with coursework in Aerodynamics or an Aerospace concentration/certificate.
• Available to work on-site in Savannah, GA during Summer 2027 (May 2027 start).
• Cumulative GPA of 3.0 (no rounding); must be listed on resume.

Responsibilities

• Perform static and dynamic ground/landing gear loads analyses, including formula and landing conditions.
• Generate and analyze aircraft structural dynamic responses and load distributions for gust conditions.
• Perform flutter analysis for nominal, parametric, failure, and repair scenarios.
• Assess repairs and modifications for flutter impacts.
• Assist in developing new tools and methods for loads analyses.

Skills

MATLAB

Education

Bachelor's in Mechanical Engineering (Aero/Aero Dynamics)

Tools

Finite Element Analysis

Computational Fluid Dynamics

MATLAB

Job description

Gulfstream Aerospace Corporation in Savannah, GA invites motivated students for the Summer 2027 IEF - Flight Sciences/Loads and Dynamics College Intern program. You will work with the Loads and Dynamics team on static and dynamic analyses, flutter assessments, and tool development under senior mentorship.

Participants will rotate through two sessions for juniors and one for seniors/graduate students, gaining real-world experience in aeroelasticity, structural dynamics, and aerospace engineering