Assistant Professor
Contact Information:
Address: School of Electrical and Electronic Engineering,
Nanyang Technological University
Phone: +65-6790-5403
Fax: +65-6793-3318
Email: acyucel@ntu.edu.sg
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I am an Assistant Professor and Principle Investigator of
Applied and Computational ELectromagnetics (ACEL) Group
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Recent News from ACEL
group
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10/2023: Kaixuan Cheng received the "Young
Antenna Scientist Award" in
2023 Singapore Workshop on Antennas
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10/2023: Qiqi Dai successfully
defended her PhD thesis entitled "The deep
learning techniques applied to
electromagnetic imaging via ground
penetrating radar"
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8/2023: We are organizing a special
section in IEEE J-MMCT on deep learning
based forward and inverse EM
characterization (deadline 29/2/2024) [link]
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8/2023: Xiaofan Jia submitted
her PhD thesis entitled "Deep learning and
Tucker decomposition-based fast simulators
for electrostatic and magneto-quasi-static
analyses"
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3/2023: Dr Mingyu Wang and Prof
Yucel were the co-authors of the paper
received "Best Presentation Award" by Prof
Ron Hui, Dr Li Kerui, and Wu Jiayang,
presented in APEC 2023, Orlando, FL
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3/2023: Qiqi Dai was selected
as one of the recipients of 2023 IEEE AP-S
C. J. Reddy Travel Grant
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11/2022: Kaixuan Cheng received the "Excellent Student Award" in
2022 Singapore Workshop on Antennas
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11/2022: Mingyu Wang
successfully defended his thesis entitled
"Fast parameter extraction of voxelized
interconnects and circuits"
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10/2022: Dai Qiqi was awarded
by 2022 Antennas and Propagation Society
(AP-S) Fellowship
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06/2022: Our project on the
development of standoff tree radar was
highlighted in National Supercomputing
Center e-newsletter [link]
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ACEL group's Research AREA
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AI techniques (machine/deep learning)
applied to
(i) Radar detection and imaging and
(ii) Forward and inverse electromagnetic
analysis
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Fast and accurate integral equation solvers
for frequency and time domain analyses
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Fast and accurate uncertainty quantification
and surrogate modelling techniques
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Application of these solvers and techniques
to
(i) Analysis and design of high-speed
circuits and interconnects
(ii) Bio-electromagnetic analysis: magnetic
resonance imaging (MRI), transcranial
magnetic stimulation (TMS), and transcranial
direct current stimulation (tDCS)
(iii) Characterization of fields inside
plasmas and radar cross sections of
electrically large structures
(iv) Electromagnetic compatibility and
interference (EMC/EMI) analysis
(v) Wireless channel characterization in
tunnels
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