RF engineering is rebounding hard after a decade of decline, driven by satellite constellations, 5G/6G, and automotive radar while supply of qualified engineers stays critically constrained.
Key Takeaways
Global spacecraft launches grew 10x from 2015 to 2024 (260 to 2,695); every satellite needs transceivers, filters, amplifiers, and antenna hardware.
5G MIMO base stations require 64-256 TX/RX chains versus 4G’s 2-4, an 8-16x RF component multiplier across 642 operators and 374 commercial network launches.
73% of EE employers can’t fill RF positions within six months, up from 45% five years ago; average comp now exceeds $130K with top design roles above $200K.
The CHIPS Act semiconductor hiring push draws from the same shrinking EE graduate pool, directly competing with RF employers for talent through 2030.
PySDR is a practical free on-ramp for software engineers: Python-first, starts with zero RF assumptions, bridges SDR concepts without heavy math prerequisites.
