Trained as a Software Engineer, i am an advocate for Libre Ethical Technology in business.
HW development engineer
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".
Digital designer experienced in high-speed ASICs for optical/copper transceivers, including DSPs, error correction and SoC support.
MS IC Designer, focusing on imager design in deep submicron technologies
Paulo Roberto B. de Carvalho is a Hardware and Digital IC Design Engineer with 6-years experience in microelectronic area in Digital IC Design, with specialization in RTL design optimization for area and power reduction, Verification and Physical Implementation flow. He has 10-years experience in Application Engineering, technical consultant and semiconductors manufacture processes. He received his bachelor degree in materials, processes and electronic components technology at Faculdade de Tecnologia de Sao Paulo (FATEC-SP) in 2006. In 2011, he joined the Brazillian Federal Government IC Brazil Program of the Ministry of Science, Technology and Innovation (MCTI), trained in Digital Systems Design area. He received his Master of Science degree in Electric Engineering with specialization in Microelectronic area on Integrated Systems Laboratory at Electrical Engineering Department of Polytechnic School of University of Sao Paulo in 2016.
35 years mixed signal SoC, ASIC, and FPGA design and management experience. Concertal provides rapid functional IP integration using proprietary System Design Automation technology that includes delivery of RTOS capable fabric that supports loosely coupled HW operation including IP NbC (Network beyond the Chip). IP areas of expertise include common interfaces, data converters, modulators, digital filters, DSP, processors, FSM, and other custom specified functionality.
Semiconductor professional with 40 years experience. I act as a technical consultant, design consultant, or architect for SoCs, embedded systems etc.
Mixed background in computer science, applied mathematics and electrical engineering. Expert in algorithms to custom core development, system architecture, integration and functional verification.
Trained in ASIC verification from Maven silicon Bengaluru Also having experience in embedded domain (PCB layout design)
Electronics Engineer with 10 years experience in microelectronics and research. Familiar with CMOS integrated circuits design, wireless communication systems, programming and lab environment, I am comfortable working for worldwide semiconductors firms. Passionate for high-tech and music, advocate for teamwork and collective intelligence to support a strong problem-solving methodology, I am curious, self-motivated, addicted to learning and re-shaping the new technologies I am exposed to. During my workday I aspire to address "real-life problems", hopefully continuing to develop my multi-disciplinary skills as a means for technical and personal enrichment.
An experimental physicist through sensor and instrumentation development.
Umer Imran is eager to work in the field of Computer Architecture and Memory Consistency. He is currently working as a Design Verification Engineer at Lampro Mellon, a training firm with the vision to transform Pakistan’s talent pool into leaders of RISC-V based SoC design. He constantly aims to gain expertise in the various domains of SoC Design including IP Design, ASICs, and low power architectures.
Interested in Design, Verification, and Hand-off of Analog IPs. Worked on the definition, modeling, design, verification of DC-DC converters, Chargers, Ideal-Diodes, LDOs, Regulators, Bandgap references, Current limiting and sensing architectures. Excited for challenges in Analog Design, Layout and Post-silicon verification.
I am currently an Associate Professor in the Electrical and Computer Engineering Department at North Carolina Agricultural and Technical State University (NC A&T). As director of the Automated Design for Emerging Process Technologies (ADEPT) laboratory at NC A&T, I research the following questions: (1) how can we make computers more reliable in harsh environments (i.e., ionizing particles, malicious fault injection) and (2) how can we extend Moore’s law (e.g., 3D IC)? To answer these questions, he interrogates the traditional abstraction layers of integrated circuit design (i.e., functional description, circuit design, physical design) to discover design methodologies that are more relevant to these goals.
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)
I am working as Co-founder & CTO of Upplysning Robotics, which is focused on the development of biomedical devices like digital stethoscopes with built-in ECG and PCG, auto-detect heart irregular arrhythmias, and its flagship project is the design of artificial hearts and implants inside the human body and also Cardiac Robotics medicals devices
Kashif Inayat currently working as a doctorate fellow researcher at System-on-Chips (SoC) Laboratory, Electronics Engineering Department of Incheon National University, South Korea. He considers himself fortunate to have the opportunity to work under Prof. Jaeyong Chung at Incheon National University. Prior to starting his Ph.D., he completed his Master of Science in Electronics and Computer Engineering (ECE) from graduate school, Hongik University in 2019 under the supervision of Prof. Seong Oun Hwang. Moreover, during MS studies he worked at Information Security and Machine Learning Lab, Hongik University, South Korea as a graduate researcher for 2.5 years. Furthermore, he chaired the special sessions at International Conference on Green and Human Information Technology (ICGHIT 2019), held in Kuala Lumpur, Malaysia (Jan, 16-18, 2019). Moreover, he is a registered member of the Pakistan Engineering Council and a reviewer for the IEEE Access Journal.
I am passionate about all areas of VLSI Design and trying my level best to be an expert in the entire flow, analog, digital and mixed signal. Beyond chips, I like poetry, skating, skydiving, late night swimming and trekking in no particular order.
Experienced SW developer (C/C++/C#) and digital HW designer (SoC/FPGA)
Currently working as a Graduate Instructor in the department of Electrical and Computer Engineering and pursuing my Ph.D. in Electrical Engineering at the University of Missouri-Columbia. My research focuses on the development and design of low power decision-making Integrated Circuit (IC) using different type of Ai/Machine-Learning techniques. Besides researching on developing future technology, I'm also a professionally trained Vocalist in traditional South-Asian music majoring in Tagore and have experience in freelancing of 5 years in Digital Art and Graphics.
PhD student working on a superconducting FPGA design aiming to work on neuromorphic computing in the future.
SoC Architect.Technologist. Hands-on experience in complex low power SoC designs, from concept to production. Excellent track record in successful development and production of ASICs, Technologies: Bluetooth, WLAN, IoT, Gigabit Ethernet, EPON networks, Interface ICs, Broadcast TV and Communication controllers. Demonstrated consistent track record of first-pass silicon success. PhD in Low power VLSI. Recipient of US and Indian patents. Core Competency: Chip Architecture, Micro Architecture, logic design, RTL Verilog coding, Chip level verification, Static Timing analysis, Formal Verification, design rule checking, AXI, AHB and APB bus protocols, Digital ASIC methodology, DFT methodology, Low Power ASIC design, Interfacing with backend teams, Timing closure, Post silicon bring up and validation, Project Planning, Scheduling and Management, FPGA Prototyping. Author of Book "A Practical Approach to VLSI System on Chip (SoC) Design" published by Springer Nature. Domain experience: Communications, EPON, WLAN, Bluetooth, IoT, Healthcare, Nextgen TV, Automotive. Managed dynamic, cross cultural teams of size 40 to 100. Standards worked on IEEE802.3, IEEE802.11b, ac, ad. ATSE 3.0, Automotive ethernet, Bluetooth Quality standards: ISO 9002, ISO 13485, IEC 60601-2 Funded Research: Derivative Low power standard cell library development PhD Guidance: 2 one in Asynchronous VLSI design methodology and second in Sub 1V power supply for complex SoCs. Co-founded healthcare company:Sensesemi Technologies Pvt. Ltd. Academic research head and taught engineering students for their undergrad, Post grad and PhD courses Chair, IEEE NanoTechnology Council, Bangalore Section as a founder Chairperson, Current Senior IEEE member.
I am a PhD student at National University of Sciences and Technology, Islamabad
I am professor at Dept of EEE, BUET, Passionate to teach students IC Design and Fabrication Skill.
Master's research student in IC design has hands-on experience on Cadence tools like Virtuoso, Genus, Innovus, Calibre. Motivated to learn more in the field of IC design
I am a Senior Undergraduate in Electrical Engineering Department at IIT Gandhinagar, India. VLSI Design and the ability to tweak at the hardware level interest me a lot!
Cryptography and security researcher at Seagate Technology
ASIC and FPGA design and verification Engineer with a sideline in bring devops to Hardware projects
I am a student in my final year of B.tech in electronics. I am eager to learn about vlsi and its technology. I want to take part in openMPW program
Just another big dreaming engineer with a desire to learn silicon microfab
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 a novice, building a Test chip for the first time
I am interested in new things. I've designed chips from definition to polygons, mostly in the pursuit of new capabilities.
Dad. Partner. Scientist. Activist. Maker. — He/Him
I am an Electronics Engineer now continuing my MS in electronics from COMSATS Abbottabad in Analogue Chip Design.
IC design Engineer
Electrical Engineering student at UFMG, scheduled to graduate in Dec/2022. Experience in the automotive sector by the Formula Tesla UFMG team, designing electrical and electronic systems. Exchange experience in South Africa for 3 months studying English and working voluntarily in needy settlements. Currently, work as Software Engineer at Cadence Design Systems.
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.
I am a Masters fellow student of RFCS2 Lab in IC Designing.
Automation enthusiast (likes to code in Perl). At this time, Doing Master's in VLSI Design and working as an intern @intel. Great learning experience doing both simultaneously. Have experience designing in both circuit (Low power & timing) & device level (high performance designs for digital applications). Obtained honor of 3rd position in concept design competition by ISRO for designing temperature & radiation resistant Tunnel FET. Would love to work with all device technology enthusiasts as opportunities arise.
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.