Fully 3-D-Printed Antennas for Wi-Fi Range Extension Using Recycled Plastics

Project description

A connected lifestyle requires reliable Wi-Fi networks. To support the growing Wi-Fi network demands, there is a need for more quality. The modern philosophy is to recycle and reuse old materials. Old materials includes a vast amount of plastic. In this project, the student will investigate methods to recycle plastic waste to design and construct high performance Wi-Fi antennas. The student will use a combination of recycled plastic extrusion, 3D printing, industry-standard CAD tools to build Wi-Fi and antennas and evaluate their performance. The project will show how common household waste can be used to produce a green solution to Wif-Fi connectivity problems. Tests will be performed in the anechoic chamber and as a range and throughput test on a real outdoor Wi-Fi setup. Through this project, the students will consolidate their knowledge in microwave and RF engineering, especially in antenna engineering and techniques. They will gain experience in full-wave electromagnetic (EM) simulations, theoretical EM analyses and measurements. The project is ideal for students who wants to build their career (or to prepare for PhD studies) in RF engineering and antenna technology.

Co-supervisors

Porf. Sam Drake

Assumed knowledge

Electromagnetics and electronics.

Supervisors research focus

Dr. Chen's current research interests include antenna design and engineering, wearable technology, microwave absorbers, and electromagnetic structures using advanced materials.

Note: You need to register interest in projects from different supervisors (not a number of projects with the one supervisor).
You must also contact each supervisor directly to discuss both the project details and your suitability to undertake the project.