Electrical Engineer

Responsibilities

• Assist in engineering discipline activities for conducting system, subsystem and component level, reverse engineering, replications, and validation.
• Provide hands‑on RF collection, characterization, and reverse engineering of Commercial Off The Shelf (COTS) equipment and components.
• Provide hands‑on technical forensic exploitation support for technical intelligence (TECHINT), media exploitation (MEDEX), cell phone exploitation (CELLEX), electronic exploitation (ELEX), and other unique exploitation missions.
• Write draft characterization reports and information tables based on requirements.

• Active Top-Secret Clearance with the ability to obtain SCI.
• BA/BS in Electrical Engineering and 3 years of experience (OR) Associates degree and 6 years of experience (OR) High School and 8 years of experience.
• Experience in Schematic capture and Printed Circuit Board (PCB) layout.
• Electronic and/or RF experience with testing with related equipment.
• Understanding of RF communications, with emphasis on characterization of electronic circuits.
• Experience using benchtop RF equipment including Signal Generators, Spectrum Analyzers, Oscilloscopes, and other equipment.
• Perform standard RF measurements (e.g., occupied bandwidth, average power, pulse width) using the previously listed test equipment.
• Experience synthesizing and generating various types of RF waveforms using arbitrary waveform generators.

• Experience in reverse engineering electronic devices from start to finish.
• Experience in reverse engineering electronic components and circuit boards.
• Experience with soldering and re-working (e.g. through-hole, surface mount, cable assemblies, wire harnesses).
• General RF or electronic domain design or test experience.
• Basic MATLAB (and other basic programming / scripting) skills should be able to apply digital processing techniques to communication signals. Techniques include digital filtering, sample rate conversion, frequency/phase estimation, demodulation, carrier recovery, timing recovery, channel equalization, pulse shaping, and forward error correction.
• Experience working with embedded systems such as Arduino and writing programs leveraging the SPI bus to configure and analyze various chipsets.