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.
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.
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.
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.
I am Assistant Professor in Bio-Electronics. My research interests include analog mixed-signal ICs for medical applications, RFIC, and ultra-low power circuits.
Expert in embedded and mobile applications since 2003. Has many years of experience in software and hardware development, effective team management. Excellent in the research and development, technology findings and implementations.
Passionate about engineering and electronics. Love teaching and mentoring. Highly experience in analogue and RF electronics and enjoy managing projects.
An experienced mixed-signal IC design engineer / design manager with over 25 years experience. Has design and led the design of multiple mixed-signal ICs through to tapeout and silicon verification. Also experienced with the delivery of IP blocks. Worked across multiple market sectors.
I am an experienced semiconductor expert with twenty years of experience both in top semiconductor companies such as Sony, National Semiconductor, Analog Devices, and Cambridge Silicon Radio and much smaller companies such as Pericom and Theta Microelectronics. I designed high-volume products for customers including Quantum, Western Digital, Hewlett-Packard and Nokia. I also acted as an expert evaluator for European Union H2020 framework project calls and EURIPIDES research frameworks. Specialities: CMOS/BiCMOS, SOI CMOS analogue and radio-frequency integrated circuit design: Millimetre-wave phase shifters, vector modulators, attenuators, Phased-array transceivers, LNA (Bluetooth, FM, 802.11n) Mixer (100MHz to 4GHz) Limiting Amplifiers for optical communication circuits, Transimpedance Amplifiers, Low-power RF Amplifiers Hard-disk preamplifiers, Clock and Data Recovery (CDR) circuits, High-speed output drivers (CML), Sigma-delta converters. Xtal Oscillators, Ultra-low power CMOS circuits for RFID transponders CMOS RF-DC Energy Harvesting circuits
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
I am enthuastic engineer who has been doing software engineering (Linux kernel), electronics, and now chip designs. My day job is leading teams (senior director) focusing on virtualization and security.
Masters in "Integrated Circuits & Systems" focused on Analog / Mixed Signal System/ IC design
Adjunct professor at Federal University of Itajuba in Itabira, Brazil. Experience in the design of Analog and RF integrated circuits.
Doctoral student at the Tokyo Institute of Technology.
Current iOS Programmer, EE with decade of physical design experience in mixed signal - worked on POWER architecture PLLS.
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.
My area of interest is Analog and Mixed signal circuit design. I teach Electronic Circuit, VLSI design and Signals & Systems for under graduate students and Analog Integrated Circuit Design, Data Converters and Clock & power management circuit courses for Masters students. I also teach VLSI lab courses for both both undergraduate and masters students. Every year I supervise both undergraduate and masters students in analog circuit design projects. Presently I am involved in SRC project as Co-task leader in Analog and Mixed Signal circuit verification project using Machine learning techniques.
High Performance, High Frequency Analog, Microwave, RF and Optical Chip and Package Test Software and Hardware, Multi-Chip System Integration and Reliability
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.
RF/Analog IC design and SOC
Graduate Student and Research Assistant at the MM-Wave, THZ and Photonics Lab (MTP), Arizona State University
Technology development in intergrated analog circuits. I'm available to design analog and mixed-signal circuits as an external contractor.
Hello, I'm an IC Designer Analog/RF with digital skills. I worked mainly on PLL for mobile tranceivers. I used to work on Cadence Design flow for 20 years.
Electronic Engineer with experience in RF/AMS IC Design and other electronics and telecommunications projects. Served in working groups and also as leader. Has also experience in entrepreneurship. PhD in Microelectronics. Currently Adjunct Professor at Federal University of Semi-Árid Region - UFERSA and Head of LIEB/LAMERF Research Labs where develop R&D projects in the areas of instrumentation, biomedical engineering, RF/MW circuits and microelectronics.
Founder of e-td55 Desing House for analog circuit and sensors
President and CEO
Analog/MS/RF IC designer
An analog mixed-signal circuit designer for low-power precision sensor interfaces. See https://staff.aist.go.jp/ippei.akita/
IC designer with more than 25 years post Ph.D. experience. Specialising in RF, RFIC, analog and mixed-signal. Wide experience in Architecture, system and circuit design. RF front-end module design for cellular with CMOS PA. Over 40 patents issued.
Ph.D. in electrical engineering, 25 years experience in mixed-signal IC design
PhD Student, School of Electrical and Computer Engineering, Purdue University, USA. Research interests include Mixed Signal Circuits, High Speed Circuits and Digital System Design
Digital Systems and Software Engineer (formerly in management VP and Director of engineering).
Analog mixed signal Asic design
RF/Analog IC Designer. Experience in design of transmitter and receiver lineups and circuit design in the RF, analog and mixed-signal domains. Background includes LNA and PA driver design in CMOS up to 30 GHz, CTSDM ADC and wide-BW OTA design. Experienced in sampled and continuous-time filter synthesis. Proficient in CMOS design in the moderate-inversion regime. More recent work includes design of Feedback Receivers for cellular handset TX linearization and power control, and most recently a 28 GHz wideband, tuned TX driver block.