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Tech Stack
Tools & technologiesSwitching
About the role
Key responsibilities & impact- Own architecture, integration, development, and validation of sophisticated multi-radio systems for mission-critical connected hardware
- Define how multiple wireless technologies coexist within highly integrated, battery-powered devices
- Own radio hardware decisions from chipset and component selection through schematic design, PCB implementation, bring-up, RF validation, certification, and mass production
- Own board-level implementation and integration of radio chipsets and associated circuitry across LMR, LTE/cellular, and broadband wireless technologies
- Translate system and product requirements into radio hardware architectures and evaluate system-level tradeoffs
- Develop and review schematics and PCB implementations for RF transceivers, modems, front-end components, power circuitry, control interfaces, and supporting digital electronics
- Design and validate multi-radio systems addressing coexistence, desense, interference, isolation, harmonics, spurious emissions, grounding, shielding, and EMI/EMC
- Solve hardware challenges integrating regulated LMR frequencies with cellular and other wireless technologies
- Partner with RF, antenna, mechanical, industrial design, firmware, systems, and manufacturing teams
- Lead radio hardware bring-up, characterization, and root-cause analysis
- Drive radio hardware through verification, regulatory and carrier certification, EVT/DVT/PVT, manufacturing ramp, and mass production
- Provide technical direction while working with chipset vendors, external design partners, ODMs/JDMs, and internal engineering teams
Requirements
What you’ll need- 7+ years of electrical, radio hardware, or RF electronics design experience
- Bachelor's degree in Electrical Engineering or a related discipline
- Experience with chip-down radio design or board-level integration of wireless transceivers/modems
- Experience with LMR, LTE/cellular, broadband wireless, Wi-Fi, Bluetooth, GNSS, or similar wireless systems
- Experience designing and debugging RF circuitry, including transceivers, RF front ends, filtering, matching, switching, amplification, clocks, power delivery, and digital control interfaces
- Understanding of RF coexistence, interference, desense, isolation, harmonics, spurious emissions, grounding, shielding, and EMI/EMC
- Experience integrating multiple radios into compact, battery-powered hardware
- Schematic and PCB design experience using Cadence OrCAD and Allegro or comparable tools
- Hardware bring-up and debugging with spectrum analyzers, oscilloscopes, network analyzers, signal generators, power supplies, and related RF/electrical test equipment
- Experience partnering with antenna, mechanical, firmware, and systems engineers
- Experience taking radio hardware from concept through validation, certification, manufacturing ramp, and mass production
- Experience with U.S. and international wireless, EMC, regulatory, carrier, or safety certification requirements
- Experience working with silicon/chipset vendors, ODMs, JDMs, CMs, and external engineering partners
- Flexibility to travel domestically up to 50% of the time
- Relocation candidates must be currently based in the U.S. and authorized to work for a U.S. employer
Benefits
Comp & perks- 401k with employer match
- Discretionary paid time off
- Paid parental leave for all
- Medical, dental, and vision plans
- Fitness Programs
- Emotional & Mental Wellness support
- Learning & Development programs
- Snacks in offices
- Relocation support for qualified candidates currently based in the U.S., authorized to work for a U.S. employer, and open to relocating closer to a regional hub
- Fully remote eligibility evaluated case-by-case