AI, deep learning design and implementation consultant, and technology management consulting.
Semi retired adjunct professor 45 years of IC design experience in mixed signal with over 100 patents. Presently entrepreneur working on PhD at ASU Have facilities and equipment to design and characterize chips at home lab and at 2 universities.
Zhiyang Ong is a globetrotting, venturesome cultural chameleon tackling challenges related to U.N. Sustainable Development Goals, using a skill set that spans electrical engineering and computer science. He is a Ph.D. student at Texas A&M University's electrical & computer engineering department. He is currently working on noise-based logic and embedded deep learning, and had worked on problems in electronic design automation, VLSI formal verification, satisfiability modulo theories, network science (or complex systems), evolutionary computation, network optimization, and multi-objective optimization. He has also designed multiple VLSI circuits and systems, from SRAMs and processors to a Viterbi decoder and a tree adder. In his free time, he was recently working on solving the Quadratic Travelling Salesman Problem (QTSP) with his research collaborators, using an adiabatic quantum computer from D-Wave Systems.
Professional frontend developer with a passion for AI and neural networks. Committed to merging cutting-edge technologies with user-centric design to create intuitive and intelligent web experiences. Seeking opportunities to contribute my expertise in AI to drive innovation and enhance user engagement.
Hi! I'm a senior student at the National University of Sciences and Technolog (NUST), and majoring in Electrical Engineering. My focus is Digital Design and FPGA fabrics.
holding a Doctorate in Electronics and Telecommunication Engineering, with a robust background in research and innovation. Throughout my academic and professional journey, I have successfully completed four significant research proposals, contributing to over 60 publications in esteemed journals and conferences within the field. My dedication to advancing technology and fostering innovation led to the granting of a patent, underscoring my commitment to pushing the boundaries of knowledge. Additionally, I have secured copyrights for 10 original works, further cementing my contributions to intellectual property. In addition to my research endeavors, I have also ventured into the realm of academia, having published seven books and serving as the editor of Scrivener Wiley, a prestigious platform in the academic community. These publications not only showcase my expertise but also reflect my passion for sharing knowledge and nurturing the next generation of professionals in the field. With a multidisciplinary approach and a drive for excellence, I am poised to continue making significant strides in electronics and telecommunication engineering, leveraging my expertise to address pressing challenges and drive impactful innovation.
I love to learn and make things. RF, power electronics and AI/ML get me really wondering, what could we do with all of them.