Analog IC Design Engineer with considerable expertise in mid- to high-frequency transistor-level design in the semiconductor industry, including clock synthesis, radio frequency circuitry (RF), and memory circuitry design. Experience also includes testing at board- and wafer-level, test automation, and simulation scripting.
Analog Designer
I've been worked as an Electrical Engineer for more than 20 years. I'd like to bring Artificial Intelligence to the EE design so that it can be "Self-driving".
working as a analog design engineer in Cadence Benguluru(India)
Physical design engineer
Experienced leader of industry and academia focusing on developing customized hardware accelerators for low power mobile, AI and IoT devices. Over 20-years hands-on experience in all aspects of SOC and processor design. Specialties: memory design (SRAM, regfile, CAM), VLSI design for best Power, Performance, and Area (PPA) design point. Power management and power conversion including dc/dc and ac/dc. Computer Architecture and Hardware accelerator using In-Memory-Computing and Emerging Technologies (RRAM)
MSC in Electrical Engineering BSC in Electronics Two patents in mathematical software in Engineering design and digital signal processing utility box Undergo private research for commercial use in the areas of very high frequency analog and digital circuits
ASIC architect and designer. Specialize in deep learning, video, image and signal processing, and compression. Professor of Electrical and Computer Engineering at The College of New Jersey.
Assistant Professor (IISc) | Ph.D. & S.M. (MIT) | B.Tech. (IIT-KGP)
Still an entry-level electronic engineer. Absorbing and practising information and knowledge. Just for curiosity and fun.
Professor of CSE at UC Santa Cruz
BS EE from Stanford University and Digital Designer. Areas of focus are computer architecture, VLSI, and Analog IC. I am interested in making chips to test myself.
Ph.D. scholar in electrical engineering department at IIT Indore
30+ years in IC design, completed several NOR/NAND flash projects, and running in production.
I am professor at Dept of EEE, BUET, Passionate to teach students IC Design and Fabrication Skill.
I am a Graduate student pursuing my master's in Computer Engineering. I am interested in VLSI projects.
ASIC and FPGA design and verification Engineer with a sideline in bring devops to Hardware projects
Received B.S. degree from Electrical and Electronics Engineering in Middle East Technical University, Turkey, in 2019. Currently, pursuing M.S. degree from Electronics Engineering in Bogazici University, Turkey. Research interests are computer architecture, hardware security and secure memory architecture
I am hager mohamad diff allh, from faculty of engineering-MINIA university (Electrical engineering department).
Hon-Piu Lam, is a Ph.D. candidate in the Department of Electronic and Computer Engineering of the Hong Kong University of Science and Technology (HKUST). He was an analog IC designer engineer in Valence Semiconductor from 2004 to 2007. From 2007 to 2015, he joined Fujitsu Semiconductor focusing on the embedded NOR flash design. He has been a researcher in HKUST focusing on the integrated power electronic and data converter. His research interests include readout electronics, integrated power electronics and radiation hardened electronics for experimental physics.
A graduating IC design student with lots of passion and interest for electronics design!
I am a professor in the department of electrical and computer engineering at University of Cincinnati. My areas of expertise are: CMOS, Beyond-CMOS devices such as RRAM, FeFETs, gated-RRAM, TFTs, novel device design, fabrication, and testing, neuromorphic computing, and hardware security.
Analog & Memory IC design Engineer
Technology development in intergrated analog circuits. I'm available to design analog and mixed-signal circuits as an external contractor.
electronic system designer / software and hardware engineer, embeded system expert, signal expert, proccess designer, researcher, Developer of complexity and reversal wantings. Reverse engineer. i addopt my whole life to this science. thank you for presentings of quantum, psych
I am Dr. Naushad Alam working as an Associate Professor in the Department of Electronics Engineering, Z H College of Engineering & Technology, Aligarh Muslim University, Aligarh, India. I received B. Tech. degree in Electronics & Communication Engineering from Jamia Millia Islamia, New Delhi in 2003, and M. Tech. Degree in Electronic Circuits & Systems Design from Aligarh Muslim University, Aligarh in 2009. I earned Ph.D. degree in Microelectronics from Indian Institute of Technology Roorkee, India in 2013. My doctoral work was on nanoscale circuit design considering the impact of process-induced mechanical stress. He has published 29 papers in SCI indexed journals that include 10 IEEE Transactions and 33 papers in reputed conferences. I have supervised two PhD thesis in the area of device-circuit co-design and presently supervising two more PhD students. I have also successfully executed a UGC funded research project on TFET based SRAM cell design for IoT Applications. My research interests include device-circuit co-design, robust nanoscale circuit design, low power circuit design, PVT tolerant circuit design, Near-Threshold/Sub-Threshold circuit design etc.
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.
Innovative developer with recognized success at designing, testing, implementing and maintaining computer hardware and software. Critical thinking and forward-focused professional coding in various programming languages. Delivers clear and engaging communications to colleagues and customers and inspires enthusiasm for engineered products and systems.
A digital design engineer, interested in memory hierarchies and high speed interfaces.
Rock head Design Engineer
President and CEO
Amel is an Digital IC designer interested , used to work on HDL based Design for testability, Formal verification of Semi custom and IP based SOC DFT. Currently, working on IC design for Reliability. She designed a Test structures chip for Bias Temperature Instability characterization and analysis using TSMC 180nm Technology.
Known since I was 12 years old that I wanted to be an electrical engineer, by the time I was like 14 or 16 years I knew that I specifically wanted to design microprocessors. I officially became an electrical engineer by graduating with a B.S.E.E. along with a minor in Business from N.C. State University. With more than 30 years of industry experience, I look forward to bringing some of my own original ideas and visions into reality and I am very much tapped in the entrepreneurial spirit while also be an advocate for Open Source projects, both Software and hardware based, along with being a super advocate for the Agile movement for all engineering disciplines, i.e. beyond it just being a thing software folks do!
Graduate student in MIT EECS trying to combine stochastic MTJ devices to silicon
Berna Örs Yalçın received the Electronics & Communication Engineering degree and the MSc degree in 1995 and 1998, respectively, both from the Istanbul Technical University (ITU), Turkey. She received the Electrical Engineering degree in applied sciences from the Katholieke Universiteit Leuven, Belgium, in 2005. Currently, she is a Professor at ITU. Her main research interests include cryptography, embedded systems, and side-channel attacks.
Sr. Electrical Engineer with 40 years of experience, doing R&D, circuit design from concept through layout and to production in Aerospace, Automotive, Industrial and Gas and Oil down-hole business sectors.
Analog-RF IC circuit and system design engineer.
Junior (3rd Year) Electrical Engineering Undergraduate at the University of Notre Dame and Cornell SUPREME Microelectronics Fellow Previous work experience includes an extensive research background in nanomaterial synthesis and novel semiconductor-based memory devices, and coursework in digital integrated circuit design. Includes over 350 hours of cleanroom experience and proficiency with various analytical and scientific instrumentation and software. Published 1 first-author IEEE conference paper. Co-authored a conference paper accepted to IEDM 2024 and one journal paper submitted to ACS Nano. Club experience includes holding an officer position (Secretary) and Electrical Team Lead in the Robotic Football Club (RFC), with a focus on robotics and hardware engineering. Plays the Tuba with the University of Notre Dame Band of the Fighting Irish at various sporting events and other performances. Holds 4X consecutive Dean's List standings and membership in IEEE HKN and TBP, demonstrating consistent academic excellence.
Graduated as electronic engineer in '93. Think it could be nice and fun to try out this part of the electronic life/world :). I have worked a lot with digital designs over the years, everything from small LED controllers to larger computer boards. And then I am a PCB geek.
Microwave/RF Electrical Engineer. Love learning new things.
I am a researcher in VLSI domain and Assistant Professor at DIAT India
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...
I am a research scholar at IET-DAVV Indore working on " Secure and reliable SRAM memory design for sensitive data protection". I am also a project associate under chip2startup project scheme under MeitY government of India.
I am a professor in computer engineering at the Faculty of Computer and Information Science, University of Ljubljana, Slovenia. My research interests include computer architecture and organization, parallel processing, computer arithmetic, embedded systems, and VLSI design.
Since 2001 I have worked for a small IC Layout design firm located in Wilsonville, Oregon called Coast-to-Coast Layout Design Inc. We provide full-custom mask design services to big semiconductor partners, both digital and analog/mixed-signal. I began my career as a part-time Linux systems administrator, and was taught mask design by my mentor and boss, then over the past couple decades I moved up the ranks to my current GM position where I am responsible for most day-to-day operations and management of multiple mask design teams who are very highly valued by our customers that rely on our services to meet tough tapeout schedule and quality requirements. I'm here because I'm planning to use open-source EDA tools to help train new mask designers to help grow my company.
I am a Professor at BITS Pilani. I teach courses on VLSI Design, Semiconductor device and process and Analog Design. My area of research includes neuromorphic computing, embedded memories and biosensors.
