DSP Communications Research Scientist TS/SCI

Cyrad Solutions LLC; Monterey (CA); On-site; USD 100,000 - 140,000; Full time

Benefits offered by this job

Full relocation provided

Job summary

A leading technology solutions provider in California is seeking a DSP Communications Research Scientist to innovate in signal processing applications critical to national security. The ideal candidate will have expertise in signal processing, proficiency in C/C++ and Python, and a solid understanding of RF systems. This role offers opportunities for impactful work in a collaborative environment, with full relocation provided for suitable candidates. U.S. citizenship and security clearance are required.

Qualifications

• Outstanding background in signal processing or related fields.
• Proven programming expertise in C/C++ and Python.
• Experience with Software Defined Radio (SDR) and RF systems.

Responsibilities

• Research, design, and implement advanced signal processing algorithms.
• Work collaboratively on RF signal and data analysis.
• Articulate complex technical subjects to stakeholders.

Skills

Signal processing

Digital communications

C/C++ programming

Python programming

Radio frequency (RF) analysis

Software Defined Radio (SDR)

Communication protocols

Education

M.S. in a related field

Ph.D. in a related field (preferred)

Tools

Linux

Open-source toolchains

Job description

DSP Communications Research Scientist TS/SCI

About the job DSP Communications Research Scientist TS/SCI

Are You Ready to Redefine What\'s Possible in Signal Processing for National Security?

We are seeking exceptional Research Engineers and Scientists the kind who thrive on cracking the toughest technical challenges. If you\'re a brilliant mind in signal processing, digital communications, detection and estimation theory, remote sensing, radar signal processing, adaptive antenna array processing, or navigation/geolocation, and you\'re looking for a role where your expertise directly impacts national security, this is your opportunity.

Why This Role?

Our organization holds a national reputation for delivering uniquely capable solutions to highly complex problems. We\'ve built a long track record of consistent innovation and success by tackling the most difficult scenarios our customers face. This often involves pushing the boundaries of signal processing in extremely demanding RF conditions think low signal-to-noise ratios, intense interference, and rapidly changing environments.

This isn\'t just about applying existing knowledge; it\'s about pioneering new approaches and seeing your groundbreaking work transition from concept to real-world impact. We offer a stimulating environment where you\'ll be empowered to:

• Lead the charge: Research, design, and implement advanced signal processing algorithms in software for a diverse range of critical RF applications.
• Innovate and collaborate: Work as a principal investigator or as part of a small, elite team of engineers, diving deep into RF signal and data analysis, reverse engineering, simulation, and modeling.
• Build the future: Implement novel algorithms primarily in C/C++ and Python, and support their seamless transition into high-performance, real-time production computing environments.
• Influence and communicate: Articulate complex technical subjects clearly and persuasively to customers, end-users, and partners, shaping project objectives and delivering impactful solutions.

Who We\'re Looking For

You're likely an individual with:

• An outstanding background in one or more of our core areas: signal processing, digital communications, detection and estimation theory, remote sensing, radar signal processing, adaptive antenna array processing, or navigation/geolocation.
• Proven programming prowess, particularly with scientific programming. Hands-on experience implementing signal processing algorithms in C/C++ and Python is highly desired. Familiarity with Linux and open-source toolchains is a plus.
• Valuable experience with concepts like Software Defined Radio (SDR), baseband architecture, RF architecture, and/or wireless propagation and modeling.
• Exposure to modern communications protocols (e.g., LTE, WCDMA, GSM, 802.11, 802.16) is beneficial.
• Exceptional communication and presentation skills, both written and verbal, are essential for engaging with stakeholders at all levels.

Ready to Make an Impact?

We require an M.S. in a related field, with a Ph.D. being highly desirable. A minimum of two years of relevant work experience is required, though five or more years are preferred.

U.S. Citizenship with an in-scope Top Secret/SSBI clearance is a must.

We understand that brilliant talent can come from anywhere, which is why full relocation is provided for the right candidate.

If you\'re a top-tier research engineer or scientist who is driven by complex problems and the opportunity to make a tangible difference in national security, we invite you to explore this unique career path.

Intrigued? Let\'s connect to discuss how your expertise can help us solve tomorrow\'s challenges.