Senior Electrical Engineer — RF/FPGA & Systems Design

Transmission & Distribution World; City of Rochester (NY); Hybrid; USD 62,000 - 115,000; Full time

Benefits offered by this job

Health and disability insurance

401(k) match

Education assistance

Paid time off

Company-paid holidays

Job summary

L3Harris Technologies is seeking a Senior Associate, Electrical Engineer in Rochester, NY. You will contribute to solving complex defense technology challenges, with an emphasis on engineering rigor, testing, and design optimization.

Employment offers a comprehensive benefits package and a salary range aligned with state transparency guidelines. The role requires a Master's degree or imminent completion, and involves collaborations across disciplines to deliver end-to-end solutions for national

Qualifications

• Pursuing a Master's degree in electrical engineering or related field or completed within past 12 months.
• Candidates should have strong knowledge of design analysis, modeling and verification.
• Familiarity with RF, antennas, photonics, or aerospace applications is a plus.

Responsibilities

• Determine design approaches and parameters.
• Perform system analysis to assess feasibility within time and cost constraints.
• Use modeling tools to establish operating data, run tests and evaluate results.
• Select components and equipment based on specifications and reliability.
• Perform simulations and present design reviews to peers.
• Write scripts to control synthesis and build tools.

Skills

VHDL

HFSS

MATLAB

RF

Antenna

FPGA

Education

Master's degree in Electrical Engineering

Tools

Code V

Zemax

Job description

L3Harris Technologies is seeking a Senior Associate, Electrical Engineer in Rochester, NY. You will contribute to solving complex defense technology challenges, with an emphasis on engineering rigor, testing, and design optimization.

Employment offers a comprehensive benefits package and a salary range aligned with state transparency guidelines. The role requires a Master's degree or imminent completion, and involves collaborations across disciplines to deliver end-to-end solutions for national