Innovative Microwave Filter R&D Engineer

Engineering Resource Group; Wayne (NJ); On-site; USD 90,000 - 140,000; Full time

Job summary

Engineering Resource Group is seeking a Microwave Filter R&D Engineer to research, design and develop high-performance passive RF components for commercial and defense applications. You will design pseudo-elliptic filters, diplexers, multiplexers and switched filter banks using lumped, planar, cavity and dielectric resonator technologies.

You will perform 3D full-wave EM and RF circuit simulations to synthesize, optimize and validate designs, and lay out RF and DC boards for switched filter

Qualifications

• PhD in EE or Physics required.
• Experience with microwave filters, diplexers, multiplexers and related topologies.
• Proficiency with 3D full-wave EM and RF circuit simulation tools.

Responsibilities

• Research, design and develop high-performance passive RF components and assemblies.
• Design advanced pseudo-elliptic filters, diplexers, multiplexers and switched filter banks.
• Perform 3D full-wave EM and RF circuit simulations to synthesize, optimize and validate designs.
• Lay out RF and DC boards for switched filter banks, including bias/control circuitry.
• Develop filter synthesis and test automation software for engineers.
• Support lab technicians with analysis of measured results and recommended changes.
• Provide electrical design guidance to the mechanical team on new products.
• Present at technical conferences and contribute to new product development.

Skills

Microwave filter design

3D EM simulation

RF circuit synthesis

Programming for synthesis

RF PCB layout (RF boards)

Education

PhD in Electrical Engineering or Physics

Tools

HFSS

Job description

Engineering Resource Group is seeking a Microwave Filter R&D Engineer to research, design and develop high-performance passive RF components for commercial and defense applications. You will design pseudo-elliptic filters, diplexers, multiplexers and switched filter banks using lumped, planar, cavity and dielectric resonator technologies.

You will perform 3D full-wave EM and RF circuit simulations to synthesize, optimize and validate designs, and lay out RF and DC boards for switched filter