Spring 2027 - IEF - Electronic System Engineering (Cyber Security) Collegiate Intern

Spring 2027 - IEF - Electronic System Engineering (Cyber Security) Collegiate Intern in GAC Savannah

Unique Skills

Your Future Takes Flight at Gulfstream: Spring 2027 At Gulfstream, a proud division of General Dynamics, interns don’t just observe; they contribute from day one. As part of a world-class team building the most advanced business jets, you’ll take on meaningful work in your area of focus, whether engineering, manufacturing, business operations, or beyond, within a culture grounded in integrity, pride, and excellence. Our corporate headquarters in Savannah, Georgia provides the ideal setting for your intern experience by combining professional opportunity with the charm of a historic coastal city.

What You’ll Experience

Real-world projects that make an impact Exposure to innovative practices Opportunities to grow skills and professional connections

Program Structure

Juniors: Two rotations required Seniors & Graduate Students: One semester required

About the Position - Aviation Cyber Security Join the Electronic Systems Engineering (ESE) organization as a Collegiate Intern focused on Aviation Cyber Security. This position offers an opportunity to work alongside Gulfstream engineers responsible for securing aircraft systems throughout the product development lifecycle.

Modern Gulfstream aircraft rely on highly integrated avionics, communications networks, software applications, and connected technologies. Engineers within the Aviation Cyber Security team work closely with systems, software, avionics, and certification organizations to identify cybersecurity risks, develop mitigations, and help ensure aircraft systems are designed with security as a foundational element.

As a Collegiate Intern, you will contribute to engineering activities supporting cyber risk assessments, threat modeling, security requirements development, security architecture evaluations, and verification activities. You may assist with analysis of aircraft networks,