Lead, Electrical Engineer

As a Lead Electrical Engineer, the candidate must have experience with L band RF systems, able to work from customer requirements to derive additional requirements, define the architecture of a possible solution based on requirements, setup a requirements schema & link requirements to documents (systems/subsystem specification, hardware/RF architecture description document, etc.) and flow down applicable requirements to other groups (software, ASIC, & test) so that they can contribute to realize the end solution based on the proposed architecture.

The Lead EE will also oversee the development a qualification test plan that will ensure that the architecture and solution satisfy the customers’ requirements. The Lead EE will also work with subject matter experts in the areas of GPS signal processing, anti-jam signal processing, other hardware design team members, control software, and government qualification standards.

As a Lead EE, the candidate is expected to understand each aspect of the technology used in the proposed solution. The Lead EE also must work with the cost account manager, program management, and project management to develop the solution within the program’s budget and schedule. Essential Functions: Requires comprehensive level knowledge of Electrical Engineering low frequency and high frequency (RF) Analog and Digital circuit design.

Experience with RF systems, ideally GPS receivers Able to contribute to providing innovative Electrical Engineering solutions consistent with business development plans. Ability to develop circuit designs, requirements, design descriptions, verification plans/procedures, customer CDRLs to meet program schedules. Ability to support cross functional teams for cross functional conflict resolution, Root Cause Analysis, blank page architecture developments and design Ability to contribute to algorithm development, analysis, implementation, system architecture, verification, and Test with emphasis on military GPS electronics.