Electrical & Computer Engineering Internship: Real-World Impact

MITRE; Lincoln (MA); On-site; USD 47,000 - 70,000; Full time

Job summary

MITRE in Massachusetts is offering an internship for students pursuing degrees in Electrical Engineering or Computer Engineering. You will apply foundational engineering knowledge to real-world national security and technology challenges, with opportunities to work on signals, sensors, and embedded systems.

Candidates must stay enrolled after the internship, maintain strong academic performance, and demonstrate the ability to work independently.

Qualifications

• Must be a full-time student pursuing an accredited degree program in Electrical Engineering, Computer Engineering, or related disciplines.
• Must continue to be enrolled the semester following the internship.
• Foundational knowledge in electrical and/or computer engineering including relevant tools, methodologies, and programming languages.
• Must have sustained excellence in academic performance.

Responsibilities

• Electronic Warfare and Signal Processing: Antennas, electromagnetics, sensors, radar, photonics, and advanced signal processing.
• Communications and Spectrum Operations: Wireless communications, SIGINT, spectrum management, and PNT.
• Embedded Systems and Security: Electronics design, embedded security, and cryptographic systems.
• Prototyping and Advanced Manufacturing: Rapid hardware prototyping, mechanical design, reliability analysis, and advanced manufacturing techniques.
• Maritime Systems Development: Acoustic and ocean modeling, SONAR system analysis, and transducer design.

Skills

Foundational knowledge in electrical/

Programming languages

Tools & methodologies

Education

Pursuing accredited degree in Electrical Engineering or Computer Engineering

Job description

MITRE in Massachusetts is offering an internship for students pursuing degrees in Electrical Engineering or Computer Engineering. You will apply foundational engineering knowledge to real-world national security and technology challenges, with opportunities to work on signals, sensors, and embedded systems.

Candidates must stay enrolled after the internship, maintain strong academic performance, and demonstrate the ability to work independently.