Jobs at Silvus Technologies

The Principal Embedded Software Engineer will lead design and development of firmware for MANET radios, focusing on low-latency applications, encryption, network management, and implementing security protocols.

Lead strategy, roadmap, and lifecycle for Electronic Warfare (EW) and RF sensing products. Translate mission requirements into scalable product capabilities, drive productization from prototype to operational systems, and coordinate cross-functional teams. Engage customers, primes, and military users, run field tests/pilots, and own market and mission success. Support business development and align EW/sensing capabilities with platform architecture and DoD priorities.

The role involves system design, algorithm development, simulation, testing, and leading a team for wireless technology projects. It requires extensive experience in RF systems and signal processing.

Develop embedded software for MANET/MIMO radios including MAC and routing protocols, device drivers and BSPs for ARM and RISC-V, networking, encryption/security features, audio streaming and push-to-talk, Linux customization and testing software, and work to meet regulatory security standards.

Design and implement embedded software for MANET radios, including MAC and routing protocols, device drivers, BSPs for ARM/RISC-V, networking, encryption/security, audio streaming, and test software. Customize Linux, develop kernel drivers and ISRs, improve product security to meet regulatory standards, and support R&D demonstrations and field testing.

Lead and build Silvus' Product Management organization, define market-driven strategies, oversee product lifecycle, and align teams to execute the company's business strategy.

The Wireless Communication Systems Engineer will design, implement, and validate wireless systems, lead a team, and support hardware/software integration.

The Software Test Engineer will execute manual regression tests, lead ad-hoc testing, debug software issues, and collaborate with engineers to enhance software quality.

Lead architecture and development of low-latency embedded firmware and Linux networking stacks for MANET radios. Implement MAC and ad-hoc routing, device drivers and BSPs for ARM/RISC-V, security/encryption (IPsec, FIPS/NIAP compliance), audio/PTT, network management/web interfaces, and testing software to validate performance and reliability.

The Wireless Communication Systems Engineer designs, implements, and tests wireless technology projects, leading multi-disciplinary engineering teams and participating in all project phases.

Lead the development of next-generation Networked Electronic Warfare systems, managing requirements, system architecture, and integration of complex RF and software components.

The Principal Product Line Manager leads strategy and product lifecycle for unmanned systems communications, translating operational needs into scalable solutions.

The Senior FPGA Design Engineer collaborates on designing signal processing algorithms for MIMO wireless systems and supports FPGA-based system development.

The Senior R&D Systems Engineer will design, simulate, and test wireless communication systems, develop algorithms, and collaborate with hardware/software engineers. Responsibilities include system testing, field testing, and technical documentation generation.

The Principal Product Line Manager will lead the strategy and lifecycle of unmanned systems communications solutions, engaging with customers and defining scalable product capabilities in defense and public safety markets.

The Senior Wireless Communication Systems Engineer will design, implement, and verify wireless technology projects, leading a multi-disciplinary team while managing development schedules and tasks.

The Senior FPGA/RTL Design Engineer will design and implement signal processing algorithms, support FPGA-based designs, and collaborate with engineering teams.

Lead architecture and development of low-latency embedded firmware and Linux-based networking stacks for MANET radios. Implement MAC and ad-hoc routing, device drivers and BSPs for ARM and RISC-V, security/encryption protocols, audio/voice streaming, network management/web interfaces, testing tools, and Linux system customization to meet regulatory security requirements.

Select, qualify, and manage electronic and electromechanical components for new products and sustainment. Support NPI, lifecycle/obsolescence mitigation, supplier coordination, failure analysis, regulatory compliance (RoHS/REACH), and component documentation and databases.

Support engineering and manufacturing by sourcing electronic/mechanical components, managing BOMs and PLM/ERP data, tracking lifecycle events (EOL/PCN), executing component qualification, coordinating vendors for quotes/lead times/datasheets, and maintaining documentation to prevent supply disruptions.