Experience

Grenoble INP GIPSA-lab

• Research Services
• 1 - 100 Employee

• Ph.D candidate

  • Sep 2009 - Present

  Millimeter-wave front-end design using slow-wave transmission lines in advanced CMOS processes

• Ph.D candidate

  • Sep 2009 - Present

  Millimeter-wave front-end design using slow-wave transmission lines in advanced CMOS processes



IMEP-LAHC lab

• Grenoble, France

• Ph.D candidate

  • Sep 2009 - Present

  Millimeter-wave front-end design using slow-wave transmission lines in advanced CMOS processes · Development and optimization of slow-wave transmission lines S-CPW. · Methodology of analogue millimetre-wave circuits design, including power amplifier, low noise amplifier and SPDT switch. · Performance enhancement of 60-GHz analogue circuits by using the slow-wave transmission lines. · Familiarity with advanced CMOS process integration Millimeter-wave front-end design using slow-wave transmission lines in advanced CMOS processes · Development and optimization of slow-wave transmission lines S-CPW. · Methodology of analogue millimetre-wave circuits design, including power amplifier, low noise amplifier and SPDT switch. · Performance enhancement of 60-GHz analogue circuits by using the slow-wave transmission lines. · Familiarity with advanced CMOS process integration



IRCICA (Institut de Recherche sur les Composants pour l'Information et la Communication Avancée)

• Lille, France

• student

  • Jan 2009 - Jul 2009

  Study of UWB systems transposed to 60-GHz band in CMOS SOI 65 nm technology · Design of 60-GHz power amplifiers with Agilent ADS · Basic knowledge of UWB systems Study of UWB systems transposed to 60-GHz band in CMOS SOI 65 nm technology · Design of 60-GHz power amplifiers with Agilent ADS · Basic knowledge of UWB systems