Courses

MSc Course

  1. Introduction and Course Structure

  2. System Architecture and Constellations

  3. Satellite Spectrum

  4. Satellite Channel and Link Budgets

  5. Digital Communications Primer

  6. Communication Payloads

  7. Standards & Security

  8. SatComs and 5G

  9. Satellite IoT

  10. Deep Space and Scientific Missions

MSc Course

Introduction

Part 1 - 5G Verticals

Part 2 - Mobile Systems Spectrum & Architectures

Architectural Issues

Part 3 - CRAN

Part 4 - Femtocells & Hetnets

Part 5 - 5G SatComs

Part 6 - Backhauling & Fronthauling

NET Paradigms

Part 7 - Software Defined Networking

Part 8 - Network Function Virtualization

PHY Paradigms

Part 9 - Multiuser Precoding/Beamforming

Part 10 - Massive MIMO

Part 11 - mmWave

Part 12 - Multicell Cooperation & Coordination

Mathematical Analysis

Part 13 - Multiuser & MIMO capacity regions

Part 14 - Linear Precoding

Part 15 - MassMIMO Pilot Contamination & Energy efficiency

Part 16 - MassMIMO Capacity limits & Random Matrix Theory

Part 17 - mmWave Transceiver Design

Part 18 - Multicast and Symbol-level Precoding

Part 19 - Non-orthogonal Multiple Access

Part 20 - Caching

Part 21 - Sample Exam Questions

PhD Courses

1. Introduction, Ensembles and Basic Laws Codes

2. Transforms and Stieltjes method

3. Free probability theory

4. Deterministic equivalents