Orion Edge is looking for an RF Design IPT Lead to manage the technical execution and hardware delivery of high-frequency subsystems, focusing on transitioning theoretical designs to physical reality and ensuring mission-critical defense specifications are met.
Requirements
- 5-8 years in RF/Microwave engineering, with at least 3 years leading physical hardware testing or prototyping efforts.
- Expert level knowledge of RF PCB layout requirements (stack-ups, controlled impedance, isolation) and experience with various materials.
- Advanced proficiency in calibrating and operating VNAs, Signal Generators, and Real-time Spectrum Analyzers.
- Experience with automated test software is highly preferred.
- Proven ability to perform and lead component-level troubleshooting on micro-strip and stripline circuits.
- Proficiency in precision soldering and microscope work for prototype tuning is a plus.
- Ability to use HFSS or ADS not just for initial design, but for post-tuning simulations to reconcile lab data with theoretical models.
Responsibilities
- Lead the rapid prototyping phase for RF modules. This includes selecting materials, overseeing PCB fabrication/assembly vendors, and managing "Quick-Turn" internal builds to validate design assumptions early in the development cycle.
- Develop and oversee Design Verification Test (DVT) plans by defining the success criteria for Gain, Noise, Spurious Emissions, and VSWR across temperature and environmental constraints.
- Act as the lead engineer in the lab during critical integration phases. You will troubleshoot complex failures using VNAs, Spectrum Analyzers, and Power Meters to perform root cause analysis.
- Bridge the gap between RF designers and other engineering specialties to ensure the physical prototype meets SWaP (Size, Weight, and Power) constraints without sacrificing signal performance.
- Ensure that prototypes are "Design for Manufacturing" compliant. You will lead the transition from the Engineering Development Model (EDM) to the final production-ready hardware.
- Ability to use HFSS or ADS not just for initial design, but for post-tuning simulations to reconcile lab data with theoretical models.
- Working knowledge of MIL-PRF-38534 or similar standards for high-reliability electronics.
Other
- Master's Degree in Electrical Engineering or a relevant field.
- Must be a U.S. citizen with the ability to obtain and maintain a DoD Security Clearance (Secret or higher)
