Engineer - RF & Antenna

Asks for

• 3D printingThe ad says“Prototype and characterize on-site. Fabricate working prototypes on in-house 3D printing equipment and validate them with VNAs and anechoic-chamber measurements.”
• additive manufacturingThe ad says“Apply additive manufacturing. Use techniques such as Aerosol Jet, LDS, inkjet, DIW, and polymer/metal PBF to create lightweight, conformal RF geometries that conventional processes can't achieve.”
• Aerosol JetThe ad says“Apply additive manufacturing. Use techniques such as Aerosol Jet, LDS, inkjet, DIW, and polymer/metal PBF to create lightweight, conformal RF geometries that conventional processes can't achieve.”
• anechoic-chamber measurementsThe ad says“Prototype and characterize on-site. Fabricate working prototypes on in-house 3D printing equipment and validate them with VNAs and anechoic-chamber measurements.”
• Ansys HFSSThe ad says“Simulation: Expert-level proficiency with Ansys HFSS or CST Studio Suite.”
• antenna designThe ad says“Design antennas and RF circuits. Model, simulate, and design compact antennas (MIMO, array structures) and RF front-ends for sub-6 GHz and mmWave applications.”
• CST Studio SuiteThe ad says“Simulation: Expert-level proficiency with Ansys HFSS or CST Studio Suite.”
• Design for manufacturingThe ad says“Design for manufacturing (DFM). Mature printed RF concepts toward high-volume production, assessing material reliability, thermal performance, and yield.”
• DIWThe ad says“Apply additive manufacturing. Use techniques such as Aerosol Jet, LDS, inkjet, DIW, and polymer/metal PBF to create lightweight, conformal RF geometries that conventional processes can't achieve.”
• EM simulationThe ad says“Automate the design flow. Build scripts and toolboxes to drive EM simulation workflows, optimize antenna geometries, and process large spatial-layout datasets.”
• impedance matchingThe ad says“EM fundamentals: Solid grasp of RF circuit layout, impedance matching, Smith charts, and wave propagation.”
• inkjetThe ad says“Apply additive manufacturing. Use techniques such as Aerosol Jet, LDS, inkjet, DIW, and polymer/metal PBF to create lightweight, conformal RF geometries that conventional processes can't achieve.”
• LDSThe ad says“Apply additive manufacturing. Use techniques such as Aerosol Jet, LDS, inkjet, DIW, and polymer/metal PBF to create lightweight, conformal RF geometries that conventional processes can't achieve.”
• MATLABThe ad says“Programming: Strong Python and MATLAB for simulation control, test automation, and data analysis.”
• MIMOThe ad says“Design antennas and RF circuits. Model, simulate, and design compact antennas (MIMO, array structures) and RF front-ends for sub-6 GHz and mmWave applications.”
• polymer/metal PBFThe ad says“Apply additive manufacturing. Use techniques such as Aerosol Jet, LDS, inkjet, DIW, and polymer/metal PBF to create lightweight, conformal RF geometries that conventional processes can't achieve.”
• PythonThe ad says“Programming: Strong Python and MATLAB for simulation control, test automation, and data analysis.”
• RF circuit designThe ad says“Design antennas and RF circuits. Model, simulate, and design compact antennas (MIMO, array structures) and RF front-ends for sub-6 GHz and mmWave applications.”
• RF circuit layoutThe ad says“EM fundamentals: Solid grasp of RF circuit layout, impedance matching, Smith charts, and wave propagation.”
• Smith chartsThe ad says“EM fundamentals: Solid grasp of RF circuit layout, impedance matching, Smith charts, and wave propagation.”
• VNAThe ad says“Prototype and characterize on-site. Fabricate working prototypes on in-house 3D printing equipment and validate them with VNAs and anechoic-chamber measurements.”
• wave propagationThe ad says“EM fundamentals: Solid grasp of RF circuit layout, impedance matching, Smith charts, and wave propagation.”