Associate, Electrical Engineering - AMES

L3Harris•Camden, NJ

2d•Onsite

About The Position

The Electrical Engineer (EE) will be part of the key engineering team and responsible for the end-to-end design and development of high-speed digital electronic modules and circuit boards. The Electrical Engineer will review and derive hardware requirements, develop design concepts that meet these requirements, and perform detailed electrical design of circuitry, which may include microprocessors, program and data memories, FPGAs, voltage regulators, power reset sequencers, analog circuitry, and interface transceiver circuits. Designs are captured as schematic diagrams in our CAD tool, reviewed through design reviews, and then handed off to our ECAD department for layout and routing on a printed wiring board (PWB). The fabricated PWB is populated with components by our on-campus assembly facility. The EE will then test and verify the electronics assembly, followed by support for firmware and software integration. Our rigorous design review and documentation process includes requirements specifications, design documents, and test plans and procedures. Support troubleshooting and debugging of high-speed CCAs to ensure optimal performance and reliability. Responsible for interface with all disciplines to ensure design is compliant to all requirements, prepare and present the EE design at all internal and external design reviews. Support the Electrical Engineering team in capturing the electrical design, while learning and applying "best practices" and techniques to develop and enhance your skills. Minimal travel required.

Requirements

Pursuing a Bachelor’s Degree in Electrical Engineering or have completed within the last 12 months.
Ability to review and derive hardware requirements.
Ability to develop design concepts.
Ability to perform detailed electrical design of circuitry.
Proficiency in capturing designs as schematic diagrams in CAD tools.
Ability to test and verify electronics assembly.
Ability to support firmware and software integration.
Ability to support troubleshooting and debugging of high-speed CCAs.
Ability to interface with all disciplines.
Ability to prepare and present designs at design reviews.
Ability to learn and apply "best practices" and techniques.

Responsibilities

End-to-end design and development of high-speed digital electronic modules and circuit boards.
Review and derive hardware requirements.
Develop design concepts that meet requirements.
Perform detailed electrical design of circuitry (microprocessors, memories, FPGAs, voltage regulators, power reset sequencers, analog circuitry, interface transceiver circuits).
Capture designs as schematic diagrams in CAD tool.
Participate in design reviews.
Test and verify electronics assembly.
Support firmware and software integration.
Support troubleshooting and debugging of high-speed CCAs.
Interface with all disciplines to ensure design compliance.
Prepare and present EE design at internal and external design reviews.
Support the Electrical Engineering team in capturing electrical design.
Learn and apply "best practices" and techniques.