Wireless Communication Systems Engineer

Responsibilities

• Perform system design and requirement specification
• Execute algorithmic development, simulation, implementation, and testing
• Conduct system performance simulation, benchmarking, and testing
• Provide fixed point modeling and FPGA design and verification support
• Support FPGA and Software development teams with hardware/software implementation and troubleshooting
• Lead multi-disciplinary engineering teams for product and feature development
• Manage development schedules and tasks
• Design and participate in lab and field testing and troubleshooting
• Prepare technical documentation and participate in R&D business development efforts

Requirements

• MS or Ph.D. in wireless communications, signal processing, electrical engineering, or related field
• Minimum 3 years of experience in wireless systems design and development
• Experience across the complete wireless technology development cycle
• Knowledge of RF propagation and channel modeling
• Expertise in digital communication systems (RF subsystems, synchronization, channel estimation, etc.)
• Expertise in signal processing algorithms, MIMO, and OFDM
• Understanding of modeling and mitigating RF impairments (AGC, phase noise, etc.)
• Experience with fixed point modeling and verification
• Expert proficiency in MATLAB programming and simulation
• Must be a U.S. Citizen

Preferred Qualifications

• Knowledge of wireless mobile ad-hoc networking, medium access, and routing algorithms
• Experience with cognitive radio and interference mitigation
• Skills in RF sensing, signal detection, and classification
• Strong technical writing and presentation skills

About the Company

Silvus Technologies is a leading provider of advanced MANET and MIMO communications systems, reshaping mesh network technology for mission-critical applications in defense, law enforcement, and public safety. A wholly owned subsidiary of Motorola Solutions, Inc., Silvus develops world-class technologies for secure and reliable connectivity in the toughest operational environments.