Paid Internship: Software Engineer – Autonomous Sea Systems

Textron; Northern (KY); Hybrid; USD 39,000 - 44,000; Full time

Benefits offered by this job

Prepaid stipend

Mentorship

Hands-on project work

401(k) vesting credit

Job summary

Textron Systems is seeking new and recent graduates to join our Sea Systems team to develop solutions for unmanned surface vehicles programs. Focus areas include autonomous control, advanced payload integration, vision systems, and other emerging technologies to enhance platform capabilities.

Your day may involve designing, simulating, constructing, and field-testing autonomous surface vehicles and subsystems, delivering disruptive autonomy technologies to improve mission capabilities.

Qualifications

• Currently pursuing bachelor’s degree in computer science/computer engineering/CIS/MIS or related field.
• Proficiency in C/C++, C#, Python, and/or Java programming.
• Willingness to work up to 40 hours/week for a summer internship on a 5/8 or 4/10 schedule, with every other Friday off.

Responsibilities

• Providing engineering support on next generation technologies and proven platforms that support deployed warfighters.
• Participating in software development of new products across all phases of the design lifecycle from concept to lab integration.
• Opportunity spanning embedded control systems to operator interfaces and mobile device applications.
• Working cohesively on a multi-functional team with exciting technologies and products.

Skills

C/C++

C#

Python

Java

Education

Bachelor’s degree in CS/CE/CIS/MIS or related field

Job description

Textron Systems is seeking new and recent graduates to join our Sea Systems team to develop solutions for unmanned surface vehicles programs. Focus areas include autonomous control, advanced payload integration, vision systems, and other emerging technologies to enhance platform capabilities.

Your day may involve designing, simulating, constructing, and field-testing autonomous surface vehicles and subsystems, delivering disruptive autonomy technologies to improve mission capabilities.