Study with Justin P. Coon from University of Oxford
Digital and Wireless Communications
Prof. Dr. Justin P. Coon
Programme Background
In today’s highly connected world, digital and wireless communication systems form the backbone of modern society, enabling everything from mobile communications and internet connectivity to emerging technologies such as the Internet of Things (IoT) and smart infrastructure. The rapid evolution from 4G to next-generation communication systems has significantly increased the demand for efficient, secure, and high-capacity data transmission.
Understanding the principles behind digital and wireless communications is essential for addressing challenges such as spectrum efficiency, network scalability, and data privacy. Advances in areas such as signal processing, network modelling, and graph-based data representation are reshaping how information is transmitted and managed across complex communication systems.
This programme, guided by a leading expert in the field, introduces students to the theoretical foundations and practical applications of modern communication systems. It aims to equip students with analytical skills and technical knowledge necessary for further study and careers in engineering, telecommunications, and data science.
40
Advanced Research & Lectures
Hours
10
Neuroeconomics & Decision Science Topics Covered
95%
Previous Students Satisfaction Rate
100%
Programme Description
In this programme, students will explore the core principles of digital and wireless communications, from fundamental concepts to advanced topics in modern network design. The course combines theoretical instruction with real-world applications, enabling students to understand how communication systems operate and evolve.
Students will also develop problem-solving and analytical skills through case studies and practical exercises.
At the end of the programme, students will apply their knowledge to analyze a real-world communication problem, complete a project report, and present their findings. This helps strengthen their ability to bridge theory and practice.
Suggested Future Research Fields:
Advanced wireless communication systems (5G/6G and beyond)
Graph-based data compression and network optimization
Secure and privacy-preserving communication systems
Signal processing for next-generation networks
Communication networks for IoT and smart cities

Who can join the programme?
- High school students
- University students
- Students interested in Electrical Engineering, Communication Engineering, Computer Science, or related fields


Syllabus
Programme Schedule
| Date | Time | |
| Lesson 1 | 25 July 2026 | 10am - 12pm London time |
| Lesson 2 | 01 August 2026 | 10am - 12pm London time |
| Lesson 3 | 08 August 2026 | 10am - 12pm London time |
| Lesson 4 | 15 August 2026 | 10am - 12pm London time |
| Lesson 5 | 22 August 2026 | 10am - 12pm London time |
| Lesson 6 | 29 August 2026 | 10am - 12pm London time |
| Lesson 7 | 05 September 2026 | 10am - 12pm London time |
| Lesson 8 | 12 September 2026 | 10am - 12pm London time |
| Lesson 9 | 19 September 2026 | 10am - 12pm London time |
| Lesson 10 | 26 September 2026 | 10am - 12pm London time |
Published Research Paper Option
Once students have completed the final draft of their papers, they may choose to submit their work to international academic journals indexed by CPCI or EI. We provide guidance and support throughout the submission process for these indexed publications.
The publication fee is £690 per research article, as determined by the journal. Once an article is accepted, it typically becomes searchable on Google and on the journal’s platform approximately seven months after the publication offer is made.







