Asif is an RF engineer focused on mmWave/THz systems, antennas, phased arrays, RF interconnects, and 6G systems. He introduced Moore's Law for RF, a scaling framework for RF technology. In 2025, one of his patents was awarded a Gold Medal at the International Exhibition of Inventions Geneva.
Asif Alam is an RF engineer focused on RF/mmWave–THz antennas, phased arrays, RF interconnects, and integration. His work emphasizes taking concepts from EM simulation to prototype to measurement, with applications in 6G, satcom, and high-frequency sensing — and shipping products that create real-world impact.
Across GHz-to-THz, he has contributed to beamforming and multi-beam array architectures, alongside the high-frequency integration challenges that make performance hold in real builds — waveguide, SIW/AFSIW, transitions, low-loss RF interconnects, and RFIC-to-antenna integration. He designed a 250–350 GHz SiGe BiCMOS slot antenna and developed multi-tilted-beam AFSIW satellite arrays (rigid & flexible) targeting state-of-the-art gain and coverage.
A signature theme in his work is scaling: Asif developed an RF scaling framework — "Moore's Law for RF" — to benchmark progress and guide RF technology roadmaps as frequency, bandwidth, and integration demands rise. This work spans KHz to THz and is published in IEEE Access and IEEE Microwave Magazine.
He held an IEEE EPS RF Packaging Fellowship proposing new 6G antenna classes in collaboration with Fraunhofer HHI, Berlin, and was an OURS-FIU Research Scholar sponsored by 3M & Lockheed Martin. He is a Presidential Scholar at Florida International University and is also interested in financial markets, teaching, and building organizations and businesses.
From early-stage R&D at IMSL Lab to an IEEE EPS Fellowship at FIU, in collaboration with Fraunhofer HHI, I've focused on shipping innovations that create real impact — turning ideas into products, patents, IEEE publications, and talks at the field's top venues.
My work has been published in IEEE Access and IEEE Microwave Magazine and has led to two granted U.S. patents. I have also presented it at IMS in San Diego, the IEEE Phased Array Conference in Boston, IEEE VTC in Washington, DC, and the IEEE Texas Symposium in Waco, TX.
Beyond research, I have founded organizations that create lasting infrastructure for engineers and researchers — locally and globally.
Founded to build a hands-on research culture at FIU. Programming guides students from idea → literature → experiment → publishable results. Organized FIU's first interdisciplinary hackathon. Runs a global Workshop Series on R&D fundamentals, open worldwide.
Launched FIU's first student engineering research journal. Built the full editorial infrastructure: submission pipeline, reviewer workflows, and contributor onboarding. Global submissions accepted — structured peer-review feedback for early-stage researchers worldwide.
Built and led a global STEM–finance education initiative. Coordinated 40+ nonprofit partnerships across five continents, published educational content, and ran international student competitions. Operated without external funding; responsibly sunset when the core team transitioned to university.
If you're building phased arrays, mmWave/THz systems, 6G, satcom, RF packaging, or advanced RF front ends — Asif welcomes conversations and collaborations.