Wireless Communication Systems Engineer

Silvus Technologies

Silvus Technologies is dedicated to one mission: connecting those who keep us safe. We do so by delivering the most advanced Mobile Ad‑hoc Network (MANET) radios powered by our custom and ever‑evolving Mobile‑Networked MIMO waveform. Together, our radios and waveform provide the vital communications for mission critical applications in the harshest environments from underground tunnels to high altitude balloons.

Silvus Stream Caster® radios are being rapidly adopted by customers all over the world ranging from the U.S. Departments of Defense, to International, Federal, State and Local Law Enforcement agencies, all the way to the Super Bowl, Grammys and industry‑leading drone, robot, and other unmanned systems manufacturers.

Wouldn’t you like to join an incredibly talented group of people, doing very challenging work, with the prime directive of “Keeping Our Heroes Connected”? Following its acquisition by Motorola Solutions, Silvus Technologies is entering a new phase of scale and strategic impact. We are expanding our Strategic Growth organization to shape demand early, influence requirements, and embed Silvus Technologies into future programs of record across the U.S. Department of Defense.

Silvus is seeking a Wireless Communication Systems Engineer who will report to the R&D Director, Communications Systems on the Research & Development (R&D) team. The successful individual in this role will participate in all phases of wireless technology projects including planning, design, implementation, prototyping, verification, and validation.

This position is based at Silvus Technologies’ headquarters in the heart of vibrant West Los Angeles, CA, and is on a hybrid schedule; a minimum of 3 days onsite per week is expected. On‑site days are Mondays, Wednesdays, and Thursdays.

The following is a list of at least some of the current essential job functions of the position. Management may assign or reassign duties and responsibilities at any time at its discretion.

• System design and requirement specification.
• Algorithmic development, simulation, implementation, and testing.
• System performance simulation, benchmarking, and testing.
• Fixed point modeling and FPGA design and verification support.
• Support FPGA and Software development teams for hardware/software implementation and troubleshooting.
• Lead a team of multi‑disciplinary engineers for product and feature development as needed.
• Setting, tracking, and driving development schedules and tasks.
• Design and participate in lab and field testing and troubleshooting.
• Technical material preparation and documentation.
• Participate in R&D business development and capture efforts as needed.
• Understand current products and technologies and brainstorm with other teams for future enhancements and strategies.
• Infrequent travel to support customer interactions or test and demonstration events.

• MS. degree or Ph.D. degree in the field of wireless communications and signal processing, electrical engineering, computer engineering, systems engineering, or relevant engineering fields.
• Minimum of 3 years of experience in the design and development of wireless systems.
• Participation in the complete wireless technology development cycle: from design to field testing.
• Demonstrated knowledge and experience in RF propagation and channel modeling.
• Comprehensive expertise in all parts of digital communication systems such as RF subsystems, synchronizations, channel estimation, channel coding, etc.
• Extensive knowledge and expertise in signal processing algorithms, MIMO, OFDM, etc.
• Strong understanding of modeling and mitigating RF impairments to signals such as AGC, phase noise, frequency/clock offset, etc.
• Experience with fixed point modeling, implementation, and verification.
• Expert in MATLAB programming and simulation.
• Must be a U.S. Citizen due to clients under U.S. government contracts.
• Employment is contingent upon the successful clearance of a background check.

• Wireless mobile ad‑hoc networking, medium access, and routing algorithms.
• Cognitive radio congested and contested spectrum and interference…