Mohamed Ibrahim, Ph.D. Email and Phone Number
I am a Senior Research Engineer and Research Faculty Member at the Georgia Institute of Technology, advised by Prof. Arijit Raychowdhury. Before joining Georgia Tech, I was a Postdoctoral Researcher at the University of California, Berkeley, advised by Prof. Jan M. Rabaey. My research interests are broadly in energy-efficient AI, brain-inspired computing, and human-centered interactive systems. My goal is to design reliable, trustworthy, and explainable hardware and systems aimed to improve the efficiency of cyber-physical healthcare and embodied cognition.I received my Ph.D. and M.Sc. degrees in 2018 and 2017, respectively, both in Electrical and Computer Engineering from Duke University. Following my PhD studies, I worked for three years in the semiconductor industry, where I gained extensive experience in hardware-software co-design for a variety of SoC designs. I have also been on the technical program committees for multiple conferences, including ICCAD, DATE, and ASP-DAC. Additionally, I serve as an expert reviewer for a large number of conferences and journals.My research has resulted in two co-authored books and over 45 papers published in premier journals and refereed conference proceedings. It has been recognized with prestigious awards, including the Council of Graduate Schools/ProQuest Distinguished Dissertation Award in Mathematics, Physical Sciences, and Engineering, and an Outstanding Dissertation award from the department of Electrical and Computer Engineering at Duke University. I also received a Best Paper Award at the 2017 DATE Conference.Visit my website: https://mohamed-s-ibrahim.github.io/
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Assistant ProfessorThe University Of Texas At DallasRichardson, Tx, Us
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Senior Research StaffGeorgia Institute Of Technology Oct 2023 - PresentAtlanta, Georgia , UsPI: Prof. Arijit Raychowdhury, Integrated Circuits and Systems Research LabA member of the Center for the Co-Design of Cognitive Systems (COCOSYS) -
Visiting ResearcherUniversity Of California, Berkeley Oct 2023 - May 2024Berkeley, Ca, Us -
Postdoctoral Research ScientistUniversity Of California, Berkeley May 2021 - Sep 2023Berkeley, Ca, UsPI: Prof. Jan Rabaey, Berkeley Wireless Research Center (BWRC)Major roles: leading research, I- Tapeout of 28-nm CMOS ASIC of Programmable AI Processor -- leading scientist:- Led research on conceptualizing and developing energy-efficient, programmable AI processor with advanced learning and optimization capabilities (based on brain-inspired hyperdimensional computing) that are needed by next-generation assistive technologies- Technical contributions: defined processor microarchitecture & ISA; developed system-level models in Python, developing RTL, assertion-based verification, synthesis & STA, PnR, PTPX power analysis, and performance/design-space explorationII- RISCV SoC Integration of Hyperdimensional AI Subsystem:- Initiated research effort to integrate AI subsystem into a RISCV SOC, as a co-processor, under UC Berkeley's Chipyard framework- Guided graduate students through phases of project execution: from defining primitives of co-processor custom interface (ROCC) and RTL design toward SOC integration and performance analysis under ChipyardIII- Others: - Gave an invited lecture on hardware implementations of brain-inspired AI systems at Redwood Center for Theoretical Neuroscience (Fall 2021)
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Sr. Soc Design EngineerIntel Corporation Jun 2018 - May 2021Santa Clara, California, Us* Managed a DFT IP insertion flow for gate-level blocks, covering MBIST, Scan, IJTAG, Boundary Scan, test clock/reset, auto-fixing, and in-test/extest ATPG for hierarchical SoCs.* Implemented a testability data analytics software flow that helped design teams refocus coverage enhancement efforts.* Developed a methodology for multi-modal STA and timing closure in DFT IPs. -
Graduate Research AssistantDuke University Sep 2013 - May 2018Durham, North Carolina, Us* Built a cyber-physical hardware control system for programmable electrowetting-on-dielectric (EWOD) biochips.* System enables automated and resilient control of biochemical reactions and provides dynamic error recoverability.* Developed CAD and optimization methodology to streamline the transfer of real-life quantitative-analysis protocols onto EWOD chips, in collaboration with the Department of Molecular Genetics and Microbiology at Duke. * Introduced engineering-level security schemes for biochips and DNA-analysis flows to detect potential attacks on biomolecular applications, in collaboration with New York University - work featured on media inside and outside Duke. -
Graduate Teaching Assistant And Guest LecturerDuke University Jan 2014 - Apr 2018Durham, North Carolina, Us* Courses I taught as a Teaching Assistant:- ECE250: Computer Architecture (Spring 2014)- ECE551: Programming, Data Structure, and Algorithms in C++ (Fall 2015)- ECE538: VLSI System Testing (Spring 2018)* Courses I contributed to as a Guest Lecturer:- ECE-539: CMOS VLSI Design Methodologies (Fall 2017) - Delivered a lecture on the fundamentals of design-for-testability (DFT) for CMOS VLSI systems
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Dft EngineerIntel Corporation May 2017 - Nov 2017Santa Clara, California, Us
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Visiting ScholarTechnical University Munich Mar 2017 - Apr 2017Munich, Bavaria, De* Visit partially funded by TUM (through TUM Mobility Award) and Prof. Ulf Schlichtmann (EDA Group)* Collaborated with Prof. Schlichtmann to develop design methods for flow-based microfluidic systems to enable integrated biomolecular analysis* Delivered a plenary talk on my PhD research at the TUM-ECE department -
Soc Dfx Design EngineerIntel Corporation May 2016 - Aug 2016Santa Clara, California, Us
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Visiting ScholarUniversity Of Bremen Apr 2016 - May 2016Bremen, Bremen, De* Visit hosted by Prof. Rolf Drechsler (Computer Architecture Group) in collaboration with Prof. Krishnendu Chakrabarty* Collaborated on research to develop formal methods (using satisfiability modulo theories "SMT") for efficient designs of microfluidic systems (results published through a peer-reviewed conference paper)* Invited to deliver a keynote talk at the research center -
Soc Dfx Design EngineerIntel Corporation May 2015 - Aug 2015Santa Clara, California, Us
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Vlsi Design And Verification EngineerNewport Media Jul 2011 - Aug 2013[ NMI Acquired by Atmel in 2014 ]* Worked on advanced verification of WiFi/Bluetooth/Mobile-TV NMI SoC designs.* Developed chip-level testcases for the verification of AMBA-AHB bus operation and DMA IO-cores (SDIO, I2C, SPI, UART, etc).* Worked on OVM-based subsystem-level verification.
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Teaching Assistant And Research SpecialistFaculty Of Engineering, Ain Shams University Jan 2011 - Aug 2013Eg* Research: Developed a metaheuristics-based method for solving chip-level optimization problems in the design of electrowetting-on-dielectric biochips.*Teaching: Courses I taught as a Teaching Assistant: - CSE211: Computer Organization I (Spring 2011, Spring 2012, Spring 2013)- CSE271: System Dynamics and Control Components (Spring 2011, Spring 2012)- CSE311: Computer Organization II (Fall 2013)- CSE467: System Modeling and Simulation (Fall 2012) -
Vlsi Design EngineerMentor Graphics Sep 2010 - Jan 2011Wilsonville, Or, Us* Worked on building Verilog/hardware simulation environments for PCIE 2.0 solutions. This is one of the protocols adopted inside MED, Mentor Emulation Division.
Mohamed Ibrahim, Ph.D. Education Details
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University Of California, BerkeleyElectrical Engineering And Computer Sciences -
Duke UniversityElectrical And Computer Engineering
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Duke UniversityElectrical And Computer Engineering
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Ain Shams UniversityComputer Engineering
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Ain Shams UniversityComputer Engineering
Frequently Asked Questions about Mohamed Ibrahim, Ph.D.
What company does Mohamed Ibrahim, Ph.D. work for?
Mohamed Ibrahim, Ph.D. works for The University Of Texas At Dallas
What is Mohamed Ibrahim, Ph.D.'s role at the current company?
Mohamed Ibrahim, Ph.D.'s current role is Assistant Professor.
What schools did Mohamed Ibrahim, Ph.D. attend?
Mohamed Ibrahim, Ph.D. attended University Of California, Berkeley, Duke University, Duke University, Ain Shams University, Ain Shams University.
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