The B.Tech in Electronics and Telecom Engineering (ETC) fuses chip wizardry with wireless wonders, engineering the backbone of modern comms from base stations to wearables, beaming ₹7-13 LPA waves that peak at ₹27-47 LPA at ETC trailblazers like STMicro, Analog Devices, CDOT, HFCL, or allies Nokia/Intel with Vi/Airtel, propagating India's $180 billion telecom hardware by 2028 and 950K ETC jobs per India Skills Report 2026. This 4-year ETC dynamo dynamizes electronics—transistor-level design, ADCs/DACs, photonics—with telecom telemetry: spread spectrum, satellite RF, millimeter-wave, coherent optics, IoT LPWAN (NB-IoT/Cat-M), VoNR, and O-RAN stacks, propagated via prototypes like compact satcom transceivers, 60GHz radar sensors, or eMBB slicers employing AWR Microwave Office, Qucs, Octave, and Ettus B200mini. EMC labs, BER rigs, and fab tours fine-tune Friis losses, AGC loops, FEC coding, terahertz prototypes, and disaggregated RAN, energizing 100 smart cities and Ku-band expansions. Parents, wave-worthy: 85-93% placements at IIT Guwahati, NIT Rourkela, COEP, GEC Thrissur, and BIT Mesra, radiated by USOF and 5G labs; JEE Main, MHT CET, or JEECE, and Appli broadcasts—select, shortlist, profile, fee, apply. Certified in WiFi6, Satellite Comm, or Embedded RF, grads propagate as ETC engineers, MMIC designers, optical systems experts, or private wireless engs, piloting OrCAD/LoRa in 21% CAGR propagation. For ETC explorers, this degree telecoms electrons—propelling pervasive piconets, LEO backhauls, and AI antennas, waving high-impact careers through comms continuum.