Deployable Electrical Engineer
Aberdeen Proving Ground, Maryland, United States of America
Contract
1 week ago
Key skills
MATLABCommunication
About this role
CCS Global Tech is a rapidly growing Information Technology company with a diverse portfolio of technology products and services and a large network of industry partnerships. With over 22 years of being a successful business with a global talent pool and presence, CCS is a certified Microsoft Gold Partner and specializes in delivering expert Microsoft based solutions for technical and business needs. We have been recognized by Inc. 500 Magazine as one of the fastest growing small companies in the Unites States.
we are a Tier 1 vendor for the City and County of San Francisco for Cloud Services, Staffing Services and Training Services. For this multi-year opportunity with a diverse set of needs to address, we are currently focusing on establishing partnerships with individuals as well as companies who can help us enhance our overall service portfolio, cut lead times, and ultimately help us deliver successfully. We currently hold sizable Government accounts in the San Francisco bay area including City and County of San Francisco, San Mateo County, and Santa Clara County.
We take great pride in our global reach and local influence. Your experience alongside our highly skilled and talented internal team who guide you along the way, offers key insights into what helps you stand out in a competitive job market.
If you are a partner company, please submit resumes with contact information of your own W2 Consultants only. Submitted consultants are expected to have excellent communication skills.
Deployable Electrical Engineer
Aberdeen Proving Grounds, Maryland
Top-Secret Clearance
$130K-$140K
Client Note - "This role is for a deployable Electrical Engineer. While not deployed, the employee would report onsite to APG daily. The salary range for this position is approximately $130K $140K. In addition to the base salary, the position includes significant earning potential through deployment-related hazard and danger pay, as well as EWW (Extended Work Week) compensation, which is paid on top of regular salary."
This successful candidate will be responsible for the following:
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
Qualifications Required:
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.
Qualifications Desired:
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