About Haoran Zhang Haoran Zhang Ph.D., Electrical and Computer Engineering Radio Frequency Integrated Circuits on-chip antennas 5G antennas Haoran Zhang is a Ph.D. student in the Electrical Engineering department at Integrated Microwaves Packaging Antennas & Circuit Technology Research Group under the supervision of Professor Atif Shamim at King Abdullah University of Science and Technology (KAUST). Research Interests Millimeter-wave on-chip antenna design and Radio Frequency Integrated Circuits (RFIC) design 5G Array Antenna in Package design Education Profile Bachelor of Engineering in Electrical Engineering, University of Electronics of Science and Technology, China (2013 - 2017). Articles Related News March 2022 IMPACTians Clean Sweep the top two prizes in the Poster Contest of the KAUST Research Conference 1 min read · Fri, Mar 25 2022 News KAUST Research Conference on Extreme Bandwidth Communication: From mmWave, THz to Optical Bands was held in KAUST Library from March 21st to 23rd. In the conference's poster contest, Haoran and Yiyang won the first and second prizes among 16 strong competitors. Haoran's poster title is Wideband and Wide Beam-scanning Dual-Polarized Phased Array Antenna for 5G Applications. Yiyang's poster title is Antenna-on-Chip with Ultra-Thin AMC for mm-Wave System-on-Chip Application. Congratulations on IMAPCTian's achievements! November 2021 Haoran receives 2020/21 CEMSE Research Excellence Award 1 min read · Wed, Nov 17 2021 News Haoran Zhang has been selected to receive the CEMSE Research Excellence Award for the academic year 21/22. The award honors students with outstanding research impact and international recognition of their academic accomplishments. Only a few students are selected in CEMSE every year for this award and winning this is the testimony of the high-quality work done during Haoran’s graduate studies. Congratulations Haoran! February 2021 Haoran's IEEE TAP paper made it to the final of the R. W. P. King Award Competition 1 min read · Sun, Feb 21 2021 News Haoran's IEEE TAP paper “Gain Enhancement of Millimeter-Wave on-Chip Antenna through an Additively Manufactured Functional Package” has been shortlisted as a finalist for R. W. P. King IEEE Award out of 990 papers published in IEEE TAP in 2020. This Award is given to an author under 36 years of age for the best paper published in the IEEE Transactions on Antennas and Propagation during the previous year. February 2020 Our Team “Blindsee” has made it to the finals of the 2020 APS Student Design Contest 1 min read · Thu, Feb 27 2020 News FMCW radar IEEE APS is organizing the 11thAnnual Student Design Competition this year in Montreal. The topic for this year is “Radar applications in everyday life”. Out of 30 submissions, only 6 teams have been selected as finalists in the competition. KAUST IMPACT Lab team, in collaboration with UESTC, has qualified for the finals. IMPACT Lab’s students, Haoran Zhang, Heng Wang, and Yiming Yang, and UESTC student Jiahao Zhou, are part of the team. The team's name is Blindseewith a title of A “Light” Beam for the Blind, which investigates the design of a unique wearable radar system that will help the May 2019 Haoran's Master Thesis Defense 1 min read · Thu, May 2 2019 News inkjet printing RFIC design Masters student of IMPACT Lab, Haoran Zhang has successfully defended his thesis. His thesis is entitled "Gain Enhancement Techniques for mm-wave On-chip Antenna on Lossy CMOS Platform".
IMPACTians Clean Sweep the top two prizes in the Poster Contest of the KAUST Research Conference 1 min read · Fri, Mar 25 2022 News KAUST Research Conference on Extreme Bandwidth Communication: From mmWave, THz to Optical Bands was held in KAUST Library from March 21st to 23rd. In the conference's poster contest, Haoran and Yiyang won the first and second prizes among 16 strong competitors. Haoran's poster title is Wideband and Wide Beam-scanning Dual-Polarized Phased Array Antenna for 5G Applications. Yiyang's poster title is Antenna-on-Chip with Ultra-Thin AMC for mm-Wave System-on-Chip Application. Congratulations on IMAPCTian's achievements!
Haoran receives 2020/21 CEMSE Research Excellence Award 1 min read · Wed, Nov 17 2021 News Haoran Zhang has been selected to receive the CEMSE Research Excellence Award for the academic year 21/22. The award honors students with outstanding research impact and international recognition of their academic accomplishments. Only a few students are selected in CEMSE every year for this award and winning this is the testimony of the high-quality work done during Haoran’s graduate studies. Congratulations Haoran!
Haoran's IEEE TAP paper made it to the final of the R. W. P. King Award Competition 1 min read · Sun, Feb 21 2021 News Haoran's IEEE TAP paper “Gain Enhancement of Millimeter-Wave on-Chip Antenna through an Additively Manufactured Functional Package” has been shortlisted as a finalist for R. W. P. King IEEE Award out of 990 papers published in IEEE TAP in 2020. This Award is given to an author under 36 years of age for the best paper published in the IEEE Transactions on Antennas and Propagation during the previous year.
Our Team “Blindsee” has made it to the finals of the 2020 APS Student Design Contest 1 min read · Thu, Feb 27 2020 News FMCW radar IEEE APS is organizing the 11thAnnual Student Design Competition this year in Montreal. The topic for this year is “Radar applications in everyday life”. Out of 30 submissions, only 6 teams have been selected as finalists in the competition. KAUST IMPACT Lab team, in collaboration with UESTC, has qualified for the finals. IMPACT Lab’s students, Haoran Zhang, Heng Wang, and Yiming Yang, and UESTC student Jiahao Zhou, are part of the team. The team's name is Blindseewith a title of A “Light” Beam for the Blind, which investigates the design of a unique wearable radar system that will help the
Haoran's Master Thesis Defense 1 min read · Thu, May 2 2019 News inkjet printing RFIC design Masters student of IMPACT Lab, Haoran Zhang has successfully defended his thesis. His thesis is entitled "Gain Enhancement Techniques for mm-wave On-chip Antenna on Lossy CMOS Platform".
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