Intern trainee at CM-Port Shenzhen • Trained at Mawan Smart Port, one of the most advanced port facilities globally and the first 5G-enabled container terminal in the Greater Bay Area. • Gained hands-on experience with automated 5G-based remote operations. • Acquired invaluable insights into the application of advanced communication technologies in logistics and port management. • Enhanced understanding of practical implementation of academic knowledge in a real-world setting.

Project research assistant at SUS Shanghai Shanghai • Actively participated in a feasibility study for a new waste-to-energy plant in Capetown, South Africa. • Collaborated with departments including construction, finance, legal, and engineering to determine daily waste tonnage and predict average power output. • Conducted thorough research, analyzed data, and presented findings to the management team for decision-making

IT Intern at Telecel • Worked as an intern at Telcel, a leading mobile telecommunications company in Zimbabwe. Harare • Quickly resolved complex technical issues, sparking a passion for the telecommunications field. • Gained exposure to the vast capabilities of communication engineering in daily life. • Learned the importance of teamwork and adherence to company protocols

Masters projects For my master's thesis, I developed a visualization module to simplify the teaching of complex microwave and electromagnetic wave concepts. This involved designing an interactive, modular system that uses LED lights to visually represent signal states in microwave transmission lines and a hardware setup to demonstrate electromagnetic waves in free space using rectennas. These tools aim to enhance student understanding and engagement by making abstract theories more tangible and comprehensible

For my master's thesis, I developed a visualization module to simplify the teaching of complex microwave and electromagnetic wave concepts. This involved designing an interactive, modular system that uses LED lights to visually represent signal states in microwave transmission lines and a hardware setup to demonstrate electromagnetic waves in free space using rectennas. These tools aim to enhance student understanding and engagement by making abstract theories more tangible and comprehensible

I completed my undergraduate studies at Nanjing University of Posts and Telecommunications, where I pursued a degree in Electronics and Information Engineering from 2018 to June 2022. During this period, I gained substantial insights into the fields of electronics and information technology. For my thesis, I focused on the application of Low-Density Parity-Check (LDPC) codes in error correction. LDPC codes are a type of linear error-correcting code used to detect and correct errors in data transmission over noisy communication channels. In my research, I explored how LDPC codes can be utilized to enhance the reliability of data transmission over the Internet. By employing LDPC codes, it is possible to correct errors that occur when bits are transmitted, ensuring the integrity and accuracy of the received information. This involves constructing LDPC codes using sparse Tanner graphs and decoding them through iterative belief propagation techniques.