Job Description

Own antenna/array designs from topology selection and modeling to prototyping, tuning, chamber validation, and release to production. Translate system-level targets (coverage, link budget, EIRP/ERP limits, form-factor/cost) into antenna specifications. Build parametric EM models and correlate simulation to measurement; maintain analysis scripts and golden test procedures. Partner with ME/EE/NPI to drive manufacturability, yield, and root-cause investigations.



Requirements:


B.Sc. in Electrical Engineering (EM/RF focus);

MSc/PhD preferred

.
5+ years end-to-end antenna design (concept EM simulation prototype validationmanufacturing handoff). Hands-on experience with

two or more

: patch arrays, horn arrays, parabolic reflectors, dipole/monopole arrays. Proficiency with full-wave EM solvers (

CST preferred

; HFSS/FEKO or similar acceptable). Strong MATLAB and/or Python for array synthesis, optimization, and data reduction. Lab proficiency: VNA (SOLT/TRL), OTA/anechoic measurements (gain/efficiency/patterns/ECC), fixture de-embedding. Solid grasp of array fundamentals: mutual coupling, scan loss, grating-lobe control, polarization/isolation. Practical RF PCB layout literacy (stack-up, feeds/matching, grounding/shielding) and

DFM/tolerance

awareness. Clear documentation and effective cross-functional communication.

Nice to have-

Phased-array design (active/passive networks, phase shifters, codebooks; Butler/Blass feeds). Wideband and dual-polarized elements; radome & mechanical co-design. RF test automation (Python/PyVISA/LabVIEW/C#) and data/report pipelines. Regulatory/OTA familiarity (FCC/CE, CTIA-style OTA), basic EMC considerations. Familiarity with wireless communication standards, especially Wi-Fi 6/7 (802.11ax/be) and implications on antenna design * Understanding of MIMO systems, beamforming principles and implications on antenna design