Mayank Kumar Singh is a doctoral researcher in the Department of Electrical Engineering at the Indian Institute of Technology (IIT) Ropar, specializing in analog and digital integrated circuit (IC) design with a strong focus on high-speed communication circuits, wireline/wireless SerDes systems, and frequency synthesizers. His work blends innovation in low-power circuit techniques, high-performance VCO/PLL design, and robust mixed-signal architectures aimed at next-generation communication and computing hardware.

Mayank holds an M.Tech. from Pondicherry University and a B.Tech. from Invertis University, Bareilly. His doctoral research has led to impactful contributions across high-frequency circuit design, particularly in ring and LC VCO architectures, phase-locked loops, charge pumps, phase detectors, and bandgap reference circuits. He has co-authored multiple peer-reviewed journal papers and has presented his work at leading international conferences, including IEEE ISCAS, APCCAS, MWSCAS, PRIME, and VDAT.

Mayank is the inventor or co-inventor of numerous international and national patents, including U.S. patents on PRBS generators, frequency-power optimization circuits, and advanced bandgap and VCO architectures. Several of his patent works have also been granted in India and US.

His research excellence has been recognized through multiple honours, including the Best Paper Award at IEEE PRIME 2023, travel grants from the IEEE Circuits and Systems Society, and the ANRF-ITS travel award from the Government of India for presenting at IEEE ISCAS 2025 in London. Beyond research, he actively contributes to the academic community as a reviewer for IEEE TCAS-I, various IEEE conferences, and as a member of technical committees such as VDAT 2025. He is an active member of IEEE, including the Circuits and Systems Society, TCVLSI, and IEEE Young Professionals.

Driven by curiosity and a passion for future semiconductor technologies, Mayank strives to design high-performance, energy-efficient circuits that enable faster, more reliable communication systems and advanced AI-hardware platforms.