Electrical Engineer, Rotational Engineering Program

Mercury Systems•Phoenix, AZ

20h•Onsite

About The Position

Mercury Systems is seeking a recent college graduate to join our Rotational Engineering Program, a dynamic opportunity to develop cutting-edge technology that supports the American Warfighter. As an Electrical REP Engineer, you'll join a collaborative Electrical Engineering design team focused on Microelectronics and Space applications. This role offers hands-on experience on architectural, schematic, layout design for high reliability ruggedized and such as System in Package flip chip applications and radiation tolerant Space Drive products. In addition to a competitive salary, comprehensive health and wellness benefits, and continuous skill development, you'll join a talented, innovative team where your contributions are recognized and rewarded.

Requirements

Bachelor's or master's degree in electrical engineering obtained between May 2026 and June 2027
A minimum GPA of 3.1 is required. You will be asked to submit your transcripts during the application process
Prior Co-Op or internship experience in an engineering or electronics-focused environment
Foundational understanding of analog and digital circuit design principles
Experience using schematic capture and PCB design tools (Altium, Cadence, Mentor Graphics, etc.)
Familiarity with SPICE-based circuit simulation tools such as PSpice or LTspice
Hands-on electronics lab experience, including use of oscilloscopes, power supplies, and logic analyzers
Ability to interpret and work with engineering documentation (schematics, specifications, test results)
Strong analytical and problem-solving skills supported by academic or project work
Effective written and verbal communication skills for technical and cross-functional collaboration
Ability to manage multiple tasks independently and collaboratively in a deadline-driven environment
Demonstrated initiative and ability to quickly learn new tools, technologies, and engineering concepts
This position requires you to access information that is subject to U.S. export regulations. You may only access such information if you are a U.S. citizen, lawful permanent resident of the U.S., protected individual as defined by 8 U.S.C. 1324b(a)(3), or eligible to obtain the required authorizations from the U.S. government.

Nice To Haves

Coursework or project experience in RF, high-speed digital, or power electronics
Exposure to radiation-tolerant or space-grade component selection and design practices
Experience with Python or MATLAB for data analysis, automation, or test scripting
Familiarity with reliability engineering concepts such as derating, thermal analysis, or failure modes
Knowledge of embedded systems or firmware fundamentals
Experience using version control systems such as Git
Prior experience working with DoD or aerospace hardware (even through school projects)
Understanding of manufacturing processes for electronics (SMT, inspection, packaging)

Responsibilities

Support the design and development of microelectronics modules, including schematic capture, PCB layout review, and component selection
Perform hands-on lab testing, including board bring-up, debugging, and verification of high-reliability electronics
Assist in developing System-in-Package (SiP) and flip-chip solutions through collaboration with packaging, mechanical, and manufacturing engineering teams
Analyze circuit performance using simulation tools and document results for design reviews
Contribute to radiation-tolerant electronics development for Space Drives and other aerospace applications
Participate in peer design reviews and provide constructive technical feedback
Create and maintain engineering documentation, including test procedures, test reports, and design artifacts
Work closely with cross-functional engineering groups to understand requirements, constraints, and program objectives
Support prototype builds, troubleshooting, and root-cause analysis to improve design robustness
Learn Mercury engineering processes, tools, and high-reliability design methodologies through structured development activities