5G, LTE, IoT & Satellite Communication Fundamentals
1. Training Introduction
Modern communication systems form the backbone of digital transformation across energy, transportation, healthcare, finance, and smart infrastructure. Technologies such as LTE, 5G, Internet of Things (IoT), and Satellite Communications enable high-speed connectivity, real-time data exchange and global coverage.
This programme provides participants with a solid technical foundation in wireless and satellite communication systems, focusing on network architecture, protocols, spectrum usage, and real-world applications. The course bridges theory and practice, preparing learners to understand, manage, and contribute to modern communication networks.
2. Training Objective
By the end of this programme, participants will be able to:
- Understand the fundamentals of wireless and satellite communication systems.
- Explain LTE and 5G network architectures and technologies.
- Analyze IoT communication models and connectivity options.
- Understand satellite communication principles and applications.
- Compare terrestrial and non-terrestrial networks.
- Identify use cases across industries such as energy, smart cities, and transportation.
- Apply foundational knowledge to network planning, operations, and technology evaluation.
3. Targeted Group
This programme is suitable for:
- Telecommunications engineers and technicians
- ICT professionals and network administrators
- Engineers working in utilities, energy, and infrastructure sectors
- IoT solution developers and system integrators
- Government and regulatory professionals
- Graduate students in telecommunications, electronics, or computer engineering
4. Course Duration
- Total Duration: 2 Weeks
- Weekly Commitment: 16 Hours
Total Learning Hours: ~40–45 hours
5. Training Methodology
The programme uses a blended and interactive approach:
- Instructor-led lectures and technical discussions
- Visual simulations and network architecture walkthroughs
- Practical exercises and scenario-based learning
- Industry case studies and global deployment examples
- Quizzes, assignments, and group discussions
- Final capstone project integrating multiple technologies
Assessment is based on quizzes, assignments, participation, and a capstone project.
6. Course Modules & Content
Module 1 — Fundamentals of Communication Systems
- Basics of analog and digital communication
- Spectrum, bandwidth, and modulation concepts
- Multiple access techniques
- Overview of modern communication networks
Exercise: Identify communication technologies for different applications
Module 2 — LTE (4G) Technology Fundamentals
- Evolution of mobile networks (2G–4G)
- LTE architecture (E-UTRAN, EPC)
- Key LTE technologies and protocols
- Performance metrics and use cases
Activity: Analyze LTE network architecture and data flow
Module 3 — 5G Technology Fundamentals
- 5G vision and design principles
- 5G architecture (RAN, Core, Network Slicing)
- Use cases: eMBB, URLLC, mMTC
- Spectrum and deployment scenarios
Workshop: Map 5G use cases to industry applications
Module 4 — Internet of Things (IoT) Fundamentals
- IoT architecture and components
- IoT communication technologies (NB-IoT, LoRaWAN, Wi-Fi, Bluetooth)
- Data acquisition, processing, and security basics
- Industrial and smart infrastructure applications
Exercise: Design a basic IoT communication framework
Module 5 — Satellite Communication Fundamentals
- Principles of satellite communication
- Satellite orbits: GEO, MEO, LEO
- Satellite subsystems and ground stations
- Link budget basics and performance considerations
Activity: Compare satellite and terrestrial communication systems
Module 6 — Integration of Terrestrial & Non-Terrestrial Networks
- Hybrid networks: LTE/5G with satellite
- Backhaul and remote connectivity solutions
- Resilience and coverage enhancement
- Applications in rural, maritime, and emergency communications
Workshop: Design a hybrid communication solution for remote areas
Module 7 — Network Performance, Security & Regulation
- Quality of Service (QoS) and performance metrics
- Basic cybersecurity considerations
- Spectrum management and regulatory frameworks
- Global standards and organizations
Exercise: Evaluate performance and security requirements for a use case
Module 8 — Capstone Project: Integrated Communication System
- Apply concepts to a real or simulated scenario
- Select appropriate LTE, 5G, IoT, and satellite technologies
- Analyze performance, coverage, and feasibility
- Present system design and recommendations
Deliverable: Capstone project report and presentation
7. Expected Outcomes
Participants completing this programme will:
✔ Understand LTE, 5G, IoT, and satellite communication fundamentals
✔ Explain network architectures and communication protocols
✔ Identify suitable technologies for various applications
✔ Understand integration of terrestrial and satellite networks
✔ Evaluate performance, coverage, and basic security needs
✔ Apply knowledge to real-world communication system planning
✔ Communicate technical concepts effectively to stakeholders
8. Certificate of Completion
Participants who:
- Attend at least 80% of sessions
- Complete all module assignments and assessments
- Submit and present the capstone project
will receive a Certificate of Completion issued by:
FOTADE Training, Research and Resource Development Centre
Certificate Includes:
- Participant’s Full Name
- Programme Title: 5G, LTE, IoT & Satellite Communication Fundamentals
- Programme Duration and Completion Date
- Summary of Competencies Acquired
- Official Seal and Signature of the Programme Director
