Yan Wang

About Yan Wang

Ph.D. degree in Electrical Engineering (University of Toronto, Canada); 12 years of experience in electromagnetic modeling, design and analysis, with applications in antenna, IC packaging/interconnect design and RF hardware development for wireless connectivity, RF imaging and automotive radars. Her technical skills include:1) Electromagnetic fundamentals: deep understanding of transmission line theory, crosstalk, S-parameter analysis, impedance matching, antenna theory, phased arrays;2) EM simulation tools: highly experienced with HFSS, ADS, COMSOL and MATLAB scripting; experienced with FEM and FDTD numerical methods for time/frequency domain simulation;3) PCB/Package co-design (Altium): stack-up definition, routing constraints, via/wirebond modeling, and interconnect transition optimization4) High-frequency measurements: experienced with VNA, spectrum analyzer, oscilloscope; antenna measurements in anechoic chamber; high-frequency dielectric material property extraction5) System integration: antenna, phased array, radar, and packaging development for complex RF systems (interconnect optimization, impedance control, isolation and SNR improvement), including various types of structures and materials (BGA, flip chip, LTCC, PCB, injection molded plastic) 6) Collaboration and leadership: cross-functional experience with PCB/IC designers, vendors, test labs and manufacturing partners to deliver validated hardware solutions

Experience

1. Principal Antenna Rf Engineer

   Array Labs

   Oct 2025 — Present · Redwood City, CA, US

   Antenna/RF design for LEO satellite payloads

Education

• University of Toronto

  Master of Applied Science (MASc), Electrical Engineering

  2004 — 2006

• University of Toronto

  Bachelor of Applied Science (BASc) with Dean's Honors, Electrical Engineering

  1999 — 2004

• University of Toronto

  Doctor of Philosophy (PhD), Electrical Engineering

  2006 — 2013

Skills

• Simulations
• Antennas
• Microwave Engineering
• Matlab
• Metamaterials
• Electromagnetics
• Plasmonics
• Optics
• Nanophotonics
• Super-Resolution Microscopy
• Near-Field Optics
• Characterization
• Testing
• Comsol
• Photonics
• Microwave
• Afm
• Scanning Near-Field Optical Microscopy (Snom/Nsom)
• Microwave Antenna and Device Characterization
• Comsol Simulation
• Wet-Etching (Microwave Fab)
• Ansys
• Nanomaterials
• Numerical Analysis
• Atomic Force Microscopy (Afm)
• Fdtd Simulation
• Hfss Simulation
• Ads Momentum Simulation
• Far-Field Anechoic Chamber Operation (Antenna Measurement)
• Near-Field Antenna Measurement