Cybersecurity Engineer

Applied Network Solutions Inc•San Antonio, TX

14h•$150,000 - $200,000

About The Position

Applied Network Solutions (ANS) is seeking a Cybersecurity Engineer (Reverse Engineer) to join its team in San Antonio, Texas. ANS provides expertise in networking, systems engineering, and offensive and defensive cybersecurity operations, delivering technical solutions to address challenging customer needs. The role supports malware reverse engineering and analysis, reverse engineering of electrical, communication, and computer systems, software analysis, laboratory testing, and modeling and simulation. The engineer will help customers develop analysis and test plans, document findings in technical reports, and present results to technical audiences. The position requires an active TS/SCI clearance with polygraph and relevant education and experience.

Requirements

Active TS/SCI clearance and polygraph.
One of the following experience and education combinations: at least 7 years of experience and a doctoral degree; 9 years of relevant experience and a master's degree; 11 years of relevant experience and a bachelor's degree; or 13 years of relevant experience and an associate degree.
Degree in Computer Science, Computer Engineering, Information Systems, or a related discipline from an accredited college or university.
Relevant experience in malware reverse engineering.
Working knowledge of IDApro.
CISSP, GIAC GREM, or CREA certification.
Debugger knowledge is mandatory.
Willingness to learn about the various disciplines that encompass reverse engineering.

Nice To Haves

Ghidra.

Responsibilities

Provide information and documentation that enables malware detection, signature creation, and mitigation.
Aid in reverse engineering electrical, communication, and computer systems to determine the function of each system and its subsystems.
Provide direct client support in developing analysis and test plans.
Support reverse engineering of electrical systems, including power generation, conversion, and distribution, and guidance systems, including circuits, instruments, physical, and structural elements.
Support software analysis, including identifying and determining the function of guidance algorithms, data tables, and input and output signals.
Support laboratory testing of subsystems, including developing test plans and conducting post-test data analysis.
Support modeling and simulation efforts to translate reverse-engineering findings into meaningful results.
Document results in final technical reports, including physical and functional descriptions of subsystems.
Support technical discussions and briefings for the technical community, including developing and presenting summaries of in-depth analysis and test results.