Developer of open source EDA tools on Open Circuit Design
Longtime innovator in analog and mixed signal design. US Patents US2773120A and US2560234A.
Passionate about engineering and electronics. Love teaching and mentoring. Highly experience in analogue and RF electronics and enjoy managing projects.
Electrical Engineering PhD student at Northwestern studying Spintronics and Probabilistic Computing.
I am a sophomore BSc student. My major is EEE. I am studying at Bangladesh University of Engineering Technology. I want to use my academic skill to contribute to the fundamental field of particle physics.
I am a visual artist . Iam working on digitizing my art and seeking different platforms to accept jobs as a graphic designer.
I am an entrepreneur by mind. KINCHIT Technologies, aims to develop circular digital technology solutions and services for Industries, governments and global companies that help to solve the root cause problems. Our current economic system is not holistic but devastating and fragile. Resource intensity and population growths of countries are increasingly becoming burden. Therefore there is a need for fundamental and systemic change order, moving away from the current ‘linear’ system to a more pragmatic ‘circular’ model - regenerative and resilient.
Kamala J. received her B.E. degree in Electronics and Communication Engineering from Madurai Kamaraj University in 1989, M.E. degree in VLSI Design from Bharathidasan University, in 2002 and Ph.D from Anna University, Chennai, Tamil Nadu, India in 2011. She is currently working as Associate Professor in the Department of Electronics and Communication Engineering, Anna University, Chennai, India.
Hi, I'm a student at UACJ and I like integrated circuit designs.
From Mining Gems in the field to mining data about gems and developing bleeding edge Gemological/Geological/Geophysical/Geochemical/Geospatial/Spectroscopic and other Survey, Testing, Measuring, Databasing, Retrieval, and Analytical Devices/Software/Tradecraft as well as beyond crystal unit level precision automated faceting/cutting/polishing/cabbing/carving/lapidary instruments and even 500 picometer diameter diamond polish... I do it all. Anyone in the industry wanting to spice up and drastically increase the efficiency and ROI on their wafer lapping/polishing capabilities: help me...help you...get ahead of the EUV/DUV/3nm and finer processes (my system has an RI value of less than 500pm... THAT is smaller than 8 carbon atoms in a cubic formation...carbon...not silicon...
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.