Telecommunications and Wireless Network Engineering

What You Will Learn

• 1 Learn the physical foundations of telecommunication systems, including signals, spectrum, and transmission media.
• 2 Understand radio wave propagation and how fading, reflection, and interference shape wireless reliability.
• 3 Analyze cellular network architecture, covering radio access, transport, and cloud-native core functions.
• 4 Apply antenna theory and array design to control coverage and capacity in real deployments.
• 5 Evaluate modulation schemes and forward error correction for spectral efficiency and noise resilience.
• 6 Explore signaling protocols and network interconnects that enable seamless handover and roaming.
• 7 Discover 5G and beyond, including network slicing, mmWave, and dense small cell planning.
• 8 Implement defense-in-depth security strategies for telecom infrastructure and subscriber privacy.
• 9 Design optical and backhaul networks that connect distributed radio sites to core data centers.
• 10 Perform radio network planning and optimization using propagation models and drive test analysis.
• 11 Build IoT and machine-to-machine communication solutions over constrained low-power wireless links.
• 12 Assess emerging industry standards and global regulatory trends shaping the future of wireless engineering.