Teaching | Zheng Chu's Homepage

Teaching Modules

(2023 Autumn @ UNNC) EEEE 3102 Analogue Electronics
- Part 1: Amplifier Design
- Part 2: RF Engineering
- Assessment: two-hour exam (60 %) and two courseworks (20 % + 20 %)
(2023 Autumn @ UNNC) EEEE 2075 Electronic System Design Project
- One lecturing session for project and two days lab work supervising students' progression.
(2023 Autumn @ UNNC) EEEE 2068 Contemporary Engineering Themes B (CET-B)
- One lecturing session delivering my research work to Year-3 UG students.

Teaching Assistant

Electrical Engineering (Digital Electronics)
Digital Signal Processing/Signal processing and estimation
Advanced modulation and coding techniques
Simulation of wireless communications
Implementation of wireless receiver algorithms
Sensor Network Group Project
Digital Transmission Systems

Project Supervision

PhD Supervision

(2021 - 2022 @ Surrey) Topic: Reconfigurable intelligent surface (RIS) (Graduated)

Research output: three peer-review journal papers have been accepted for publications, i.e., IEEE Trans. Communications (IEEE TCOM), IEEE Trans. Vehicular Technology (IEEE TVT), and IEEE Wireless Communications Letters (IEEE WCL).

Msc Project Supervision

(2022 - 2023 @ Surrey) Topic: Joint Communications and Computing of RIS-Assisted Wireless Networks
(2022 - 2023 @ Surrey) Topic: Intelligent Transmissive Surface (ITS)-Assisted Wireless Networks
(2021 - 2022 @ Surrey) Topic: Self-Sustainable IRS-Assisted Wireless Powered IoT Networks
(2021 - 2022 @ Surrey) Topic: IRS-Assisted Wireless Networks for Integrated Communications and Computing
(2020 - 2021 @ Surrey) Topic: Self-Sustainability of Intelligent Reflecting Surface Empowered Future Internet of Things (IoT) Networks
(2020 - 2021 @ Surrey) Topic: Resource Allocations for Intelligent Reflecting Surface Empowered Future Wireless Networks
(2019 - 2020 @ Surrey) Topic: Intelligent Reflecting Surface Enabled Future Wireless Network

EEEE 3056 Final-Year Project (FYP)

(2023 - 2024 @ UNNC) Topic: Exploiting Self-Sustainability of Reconfigurable Intelligent Surface (RIS) in Next-Generation Internet of Things (NG-IoT) Networks
(2023 - 2024 @ UNNC) Topic: Reconfigurable Intelligent Surface (RIS)-assisted Beyond 5G (B5G) Networks
(2023 - 2024 @ UNNC) Topic: Reconfigurable Intelligent Surface (RIS)-Assisted Integrated Sensing and Communications (ISAC)
(2023 - 2024 @ UNNC) Topic: Joint Communications and Computing of RIS-Assisted Next-Generation Internet of Things (NG-IoT) Networks