Salt Lake City
At Raytheon Applied Signal Technology, the dynamic and diverse develop demanding, trusted, superior solutions to make the world a safer place, and we are looking for a senior level field programmable gate array engineer for our Salt Lake City, UT locations, to design, build and maintain advanced high-capacity systems that process modern high-speed communications for the U.S. intelligence community.
You will work as a task lead and technical contributor on cutting-edge technology for RAST, which develops systems to provide integrated sensor and signal processing products in support of intelligence, surveillance and reconnaissance that protect your family, your nation and enhance global security, while in your free time you can explore the many wonders of Utah. Raytheon offers robust reward and recognition programs in compensation, career development, health care, educational assistance, maternal and paternal leave, flexible work schedules, child/adult backup care, 401(k), paid holidays and paid time off.
You must have a solid understanding of FPGA development processes and digital design practices; have background knowledge in signal processing and/or network communications; have experience with implementation of signal processing and/or communications algorithms in FPGA environments; be capable of translating functional requirements into efficient working designs; apply strong task planning and management skills to lead a team of engineers to execute development efforts to meet technical, schedule, budget and quality requirements; have strong communication skills; and use technical expertise to provide imaginative, thorough, practicable and organizationally aligned solutions to a wide range of difficult developmental challenges.
Raytheon is an Equal Opportunity/Affirmative Action employer. All qualified applicants will receive consideration for employment without regard to race, color, religion, creed, sex, sexual orientation, gender identity, national origin, disability, or protected Veteran status.