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MAK PUI IN PROFESSOR
Title : DEPUTY DIRECTOR OF INSTITUTE OF MICROELECTRONICS
PROFESSOR
Institute: INSTITUTE OF MICROELECTRONICS
Research Fields: RF, analog and mixed-signal CMOS integrated circuits, Hybrid-domain circuits and systems (wireless, biomedical, physical chemistry), Engineering education
Contact email: pimak@um.edu.mo
Notes: --
MAK PUI IN

Research Contents

  • RF, analog and mixed-signal CMOS integrated circuits
  • Hybrid-domain circuits and systems (wireless, biomedical, physical chemistry)
  • Engineering education

Honors & Rewards

2017-01-01 IEEE/CEDA Outstanding Service Award
2013-01-01 Best Associate Editor
2013-01-01 Best Paper Award
2010-01-01 Silver-Leaf Certificate
2010-01-01 IEEE CASS Outstanding Young Author Award (for the Best Journal Paper)
2009-01-01 IEEE MGA GOLD Achievement Award
2009-01-01 IEEE CASS Service Appreciation
2009-01-01 Gold-Leaf Certificate
2009-01-01 IEEE CAS Chapter-of-the-Year Award (Co-Recipient as Secretary of the Chapter)
2009-01-01 Visiting Fellowship
2008-01-01 Merit Student Paper Award
2007-01-01 IEEE Xplore® 100 Top Accessed Documents of the Month (twice)
2005-01-01 Silver-Leaf Certificate
2005-01-01 Paper Contest Award, 2nd Place
2004-01-01 Best Paper Award
2004-01-01 Paper Contest Award, 2nd Place
2003-01-01 Outstanding Student Paper Award

Project

2015-01_2019-12 Multi-ISM-Band Ultra-Low-Power Wireless Transmitter With an All-Digital Phase-Locked Loop for Internet of Things Applications
2015-01_2018-12 Energy Efficient Miniaturized Multi-Sensing Platform in CMOS
2015-01_2018-12 High-Performance CMOS Millimeter Wave FMCW Radar Transmitter for Distance and Velocity Detection
2015-01_2018-12 Electronic-Automated Digital Microfluidics System for Disease Diagnostics
2014-01_2016-12 Wireless Research Line –Fund for the State-Key Laboratory of Analog and Mixed-Signal VLS
2014-01_2016-12 Biomedical Research Line – for the State-Key Laboratory of Analog and Mixed-Signal VLSI
2014-01_2016-12 Miniaturized Wireless Electronic Platform to Stimulate, to Inhibit and to Record Neural Activities for Freely Moving Rodents
2014-01_2016-12 Computational Modeling of Electric Field in Digital Microfluidic Technologies and its Application on Simulating Droplets and Protein Adsorption on Device Surfaces
2014-01_2015-12 Miniaturized and Automatic Controlled Circuitry for Rapid Early Detection System for AMI Using Fluorescence Immuochromatography Assay Technique
2013-01_2015-12 Energy Management IC Design with Temperature Monitoring for Biomedical Implants
2013-01_2015-12 Towards a Single-Chip CMOS Cognitive Radio (Phase I) – Wideband Receiver and Transmitter Circuit Techniques
2012-01_2014-12 Ultra-low-Power Solar-Powered CMOS Biomedical Implantable Sensing Chip Capable of Bi-directional Communication
2012-01_2014-12 Towards High Resolution Image-Based Retinal Prosthesis (Phase I) – Multiple Energy Source Retinal Prosthesis Chip with Controlled Optical Stimulus and Closed-Loop Temperature Monitoring
2012-01_2014-12 Investigation on CMOS Based Digital Microfluidics
2011-01_2013-12 Wireless Research Line – Establishment Fund for State-Key Laboratory of Analog and Mixed-Signal VLSI
2011-01_2013-12 Biomedical Research Line – Establishment Fund for State-Key Laboratory of Analog and Mixed-Signal VLSI
2009-01_2012-12 Wireless Circuits and Systems for Mobile TV Applications in Nanoscale CMOS
2010-01_2012-12 General Purpose Intelligent Adaptive Biosignal Acquisition System (Phase VI) – Toward SoC
2009-01_2010-12 General Purpose Intelligent Adaptive Biosignal Acquisition System (Phase V) – Final Preparation toward SoC
2007-01_2009-12 Low-Voltage Multi-standard-Compliant CMOS Wireless-Transceiver Analog-Baseband Platform

Research Outputs

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