Wireless Engineering
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The Wireless InnovationS in Engineering (WISE) research group undertakes cutting-edge wireless research at the physical-layer, device-level, and protocol-level. Current research activities are focused on next-generation (B5G/6G) wireless systems, microwave and millimetre-wave radio frequency structures, radio frequency based sensing and energy harvesting, and others.
The research group is made up of academic staff members and postgraduate students from the Department of Electrical and Electronic Engineering (EEE). The staff members are:
Active projects :
| Degree | Student | Project | Supervisors |
|---|---|---|---|
| PhD | Masoto Chiputa | Seamless integration of optical and wireless architectures | Chong & Sabit |
| PhD | Arslan Rasheed | Software-defined vehicular edge networks | Chong & Liu (NSRG) |
| PhD | Shakir Ullah | SDN-based heterogeneous visible light communication network | Chong & Rehman (Flinders) |
| PhD | Anuradha Singh | Wireless sensing for health monitoring | Chong, Yongchareon (CSSE) & Rehman (Flinders) |
| PhD | Md Jahan Ali | IoT-based approach to managing children asthma | Sabit & Al-Jumaily (IBTec) |
| PhD | Shilpa Mehta | Reconfigurable low noise mixer for software defined radios | Li & Moir |
| PhD | Henry Ojukwu | Smart radio systems | Seet & Rehman (Flinders) |
| PhD | Mohammadreza Farashahi | Backscatter radio sensors | Seet & Li |
| PhD | Wasan Althubitat Al Amro | Super wideband antennas for medical imaging | Seet, Parthiban (Honeywell Aerospace) & Wang (SZTU) |
| PhD | Biswash Paudel | Millimetre-wave radar for underground mining | Li & Moir |
Available Projects: Prospective PhD/ME students may approach our group's staff members for available research projects, or develop their own research project in consultation with their potential supervisors.
Alumni (student):
| Name | Graduated | Thesis | Supervisors |
|---|---|---|---|
| Dr. Erfeng Li | 2022 | Flexible electronic structure for radio frequency applications | Li & Seet |
| Dr. Jofina Jijin | 2021 | Fog-based 5G radio access technologies | Seet & Chong |
| Percy Kapadia (ME) | 2021 | Deep learning for multi-access edge computing | Seet |
| Dr. Adnan Ghaffar | 2021 | Reconfigurable antennas for energy harvesting | Li & Seet |
Dr. Aayush Aneja | 2021 | Multiband reconfigurable LNA for software defined radio | Li & Moir |
| Nitin Kathuria (ME) | 2021 | Flexible antenna arrays for radar-based vital signs monitoring | Seet |
| Dr. Minglong Zhang | 2020 | Physical layer network coding over multipath fading channels | Chong & Seet |
| Dr. Prabakar Pathiban | 2020 | Patch antenna arrays using non-conventional RF materials | Seet & Li |
| Dr. Hazim Jarrah | 2020 | System-level fault diagnosis for dynamic networks | Chong & Sakar (NSRG) |
| Dr. Tanveer Ahmad | 2019 | Indoor 3D wireless localisation | Li & Seet |
| Dr. Asim Anwar | 2018 | Non-orthogonal multiple access for next-generation wireless systems | Seet & Li |
| Dr. Xiaoyou Lin | 2018 | High radio frequency applications of soft conductors and flexible dielectrics | Seet & Joseph (TDL) |
| Xin Dong (MPhil) | 2018 | Sparse antenna array with compressive sensing | Li & Moir |
Alumni (staff):
| Name | Role | Period | Current Affliation |
|---|---|---|---|
| Dr. Saeed Rehman | Academic staff | 2017-2019 | Flinders University (Australia) |
| Dr. Chris Rapson | Research Fellow | 2018-2019 | Auckland Transport |
Key research equipment :
Built-in RF detector
For any enquiry, please contact: Boon-Chong Seet (boon-chong.seet@aut.ac.nz)
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