I am a software developer, trying to learn about hardware design
Learner for life
I am researcher with goals of developing high end technologies for the future.
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)
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.
Assistant Professor (IISc) | Ph.D. & S.M. (MIT) | B.Tech. (IIT-KGP)
I am a PhD student at Universiti Kebagsaan Malaysia. My research interests include application-specific hardware design, mainly to accelerate machine learning applications.
A researcher and VLSI guy
Passionate about Digital VLSI and Hardware Accelerators. Experienced in using open-sourced tools for design and verification
I have been a Professor in The Dept. of Electronics and Communication, College of Engineering, Guindy (CEG), Anna University, Chennai, India and I have retired last year after being on the faculty of this University for twenty eight years. I continue to teach courses as a Guest Faculty in the same Dept. at CEG, Anna University in the areas of Analog, Mixed Signal, RF and Communication Systems and IC Design. I have supervised student teams in building Small Satellites (Avionics subsystems) and also CMOS IC Designs. I have also supervised Masters and Doctoral thesis in the areas of GPS (baseband), uP Clock PLLs and CDRs, RF LNAs, and resonant sensors.
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 the founder of Aurifex Labs LLC. I have a degree in EE and have a strong interest in computer architecture, but have been a software developer/entrepreneur professionally. I also have a little audio DSP background. I created Prospero.Live, a collaborative software development platform.
Computer Engineering Student and hardware design enthusiast. Enjoys programming and soldering.
I am a Professor at the University of New Mexico, and participate in two startups, Enthentica and IC-Safety, LLC to build PUF technology
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.
TAKASU Masakazu, Support Maker Faire Shenzhen and Singapore Maker carnival Shanghai and some event, takes us on a journey to his homeland of Japan and their exciting ways of using technology, design and science. He is the most experienced person of Maker Faire in Asia, now based in Shenzhen. He is also connected all around Makers, even in Asia and Japan.His company Switch Science is the most famous maker tool platform in Japan, and also DIY Indie product marketplace. Japanese DIY product grown so rapidly 20 percent per year. His Own book ECOSYSTEM BY MAKERS is well known in Japan, and He also translated 'the Hardware Hacker` book in Japanese and published. That book by Bunnie Huang, who is a world famous Hardware hacker. https://www.linkedin.com/in/takasumasakazu
Hobbiest and Dabbler in all things Electronics
Ali Ahmed is an Assistant Professor of Electrical Engineering at UiT, Karachi. His current broader research interests are in computer architecture, IoT, and Information Security. He is especially interested in micro-architecture, with a major current focus on memory and storage systems. He has 10+ year experience in complete Product development Cycle of CoTs (hardware and software). Involved in product development from scratch, hardware designing, middle ware and application level development. Well versed in hardware platforms like FPGA s and Microcontrollers. He obtained his PhD and MS in ECE from the Hanyang University, South Korea where he designed and Implemented memory architecture of SRAM-based Ternary Content Addressable Memory using Xilinx Kintex-7 FPGA ( http://ieeexplore.ieee.org/document/7797247/) He obtained BE degrees in Electronics Engineering from the NED university of Engineering and Technology, Karachi. His industrial experience spans starting the Product development division at Horizon Tech, Islamabad (2008-2012).
Engineer / VP
I am studying artificial intelligence as my Bachelors at the Institute of Technology Deggendorf. For my further studies I want to specialise in low level chip control and hardware accelerated devices cut out for edge AI devices.
I am currently in my junior year studying computer engineering at the University of Notre Dame. Alongside that, I am pursuing a concentration in cybersecurity and a minor in engineering corporate practice. My curiosity was initially drawn to the puzzle-like nature of security problems, which led me to major in Computer Engineering in an effort to dissect both the hardware and software sides of computer systems and expose their vulnerabilities. The more I learned about cybersecurity, the more I realized its criticality in safeguarding individuals and organizations and its ever-growing prominence in our tech-driven world, especially within software development. Throughout my undergraduate career, I have taken on various leadership positions, from acting as the Vice President of my university's Engineers Without Borders chapter to leading development teams at CS For Good. I expect to graduate in May 2025, and I am currently interested in an internship position for the summer of 2024.
I am currently in my junior year studying computer engineering at the University of Notre Dame. Alongside that, I am pursuing a concentration in cybersecurity and a minor in engineering corporate practice. My curiosity was initially drawn to the puzzle-like nature of security problems, which led me to major in Computer Engineering in an effort to dissect both the hardware and software sides of computer systems and expose their vulnerabilities. The more I learned about cybersecurity, the more I realized its criticality in safeguarding individuals and organizations and its ever-growing prominence in our tech-driven world, especially within software development. Software engineering complements that passion but adds a layer of creativity and ingenuity that fuels my drive to develop programs and systems that help serve people all over the world. I strive to build solutions that are not only resource-efficient but also sustainable, scalable, and adaptable. Achieving this goal requires a relentless passion for learning about available and emerging technologies – a skill I am proud to have. I am fascinated by the ever-evolving landscape of tech innovation, and it is this fascination that motivates me to delve deeper into the world of technology, continuously seeking out new knowledge and skills to ensure I stay at the forefront of this dynamic industry. Throughout my undergraduate career, I have taken on various leadership positions, from acting as the Vice President of my university's Engineers Without Borders chapter to leading development teams at CS For Good. I expect to graduate in May 2025, and I am currently interested in an internship position for the summer of 2024.
As a PhD candidate in Electrical and Computer Engineering at Rowan University, I am passionate about designing domain-specific customized hardware accelerators using Hardware Description Languages. I am currently a Graduate Research and Teaching Fellow, working on projects related to computer hardware architecture, digital design, and VLSI design. I have expertise in VHDL, VERILOG, and Scala, and experience with testing, debugging, simulating, and waveform analysis tools. I also have a strong background in computer architecture, SOC design, and reversible computing, and knowledge of C/C++ programming languages. Additionally, I have secured multiple grants from the National Science Foundation for conducting customer discovery interviews in the domain of scientific computing. I have also published several papers in international journals and received the Young Researcher Award in 2020. I am a team player, a leader, a mentor, and a public speaker, with skills in interviewing, collaborating, and empowering others.
Senior security researcher, compiler/binary hacker, NFC ninja, hardware hacker with a FPGA hammer. Previously Pay Security.
