Wireless communication is the transmission of information over distances without the use of physical connections like wires or cables. It enables devices to exchange data through electromagnetic waves, using various frequencies and technologies like radio, microwave, and infrared. From cell phones and Wi-Fi networks to satellite and Bluetooth systems, wireless communication forms the backbone of modern connectivity, powering everything from personal devices to global communication networks. This field is central to the development of 5G, IoT, and emerging 6G technologies, shaping how we connect and interact in an increasingly digital world.

Core information

• Credits: 7.5 ECTS

• Period: January - March 2025

• Prerequisites: SSY125 Digital Communications or equivalent. A background in signal processing, probability, and MATLAB programming.

• Primary Textbook: Wireless Communications by Andrea Goldsmith (available at the Chalmers library), complemented by recent research papers.

For More Details

• Explore our YouTube playlist for sample lectures and course insights.

How to Enroll

To join this course: 

• https://www.student.ladok.se/student/app/studentwebb/

• or contact henkw@chalmers.se.

Master Essential Concepts in Wireless Communications

This course provides a technical understanding of wireless systems, covering fundamental components like path loss, shadowing, and fading, along with 5G and emerging 6G trends. You’ll gain critical skills in designing and analyzing wireless communication systems, setting a strong foundation for careers in telecommunications, IoT, and network engineering. You will rely on modern AI tools to help guide you and solve problems. 

Learn from Experienced Faculty

With a teaching team led by Professor Henk Wymeersch, and hands-on support from skilled teaching assistants, you’ll have access to rich academic and practical insights.

Engage in Hands-On Projects

Participate in two comprehensive projects designed to solidify your understanding through real-world applications. Working with peers, you’ll address complex challenges in channel modeling, system design, and algorithm development, preparing you for advanced research or industry roles.

Boost Problem-Solving and Analytical Skills

The course combines theory with practical tutorials focused on problem-solving and critical thinking. Each tutorial and quiz reinforces key topics, giving you a competitive edge in understanding and solving wireless communication problems.