One-year Telecom Engineering course designed for engineers and telecom professionals. This course emphasizes practical knowledge, hands-on assignments, industry relevance, and project-based learning.
📘 Course Title:
Telecom Engineering: Fundamentals to Advanced Applications
🎯 Course Objectives:
- Understand the fundamentals of telecom systems and protocols.
- Explore wireless and optical communication technologies.
- Gain hands-on skills in network design, RF planning, 4G/5G architecture.
- Prepare for industry certifications and job readiness.
📅 Course Duration:
1 Year (52 Weeks)
Format: Weekly theoretical, assignments, mini-projects, and capstone project.
📆 Weekly Breakdown (Key Topics)
Semester 1: Foundation (Weeks 1–26)
| Week | Topics Covered |
| 1 | Introduction to Telecom Engineering: History & Scope |
| 2 | Basics of Analog & Digital Communication |
| 3 | Signal Transmission, Modulation, and Demodulation |
| 4 | Multiplexing Techniques: TDM, FDM, CDMA |
| 5 | OSI Model & TCP/IP Stack |
| 6 | Switching Technologies: Circuit vs Packet Switching |
| 7 | PSTN, ISDN, and Evolution to Modern Networks |
| 8 | Cellular Concepts: Frequency Reuse, Handoff, Cell Splitting |
| 9 | GSM Architecture and Protocols |
| 10 | 3G & UMTS Overview |
| 11 | 4G LTE: Architecture, EPC, Interfaces |
| 12 | 5G NR Overview: Use Cases and Deployment Models |
| 13 | RF Basics, Antennas, Propagation Models |
| 14 | RF Planning and Link Budget Calculations |
| 15 | Microwave & Satellite Communication |
| 16 | Optical Fiber Communications: Basics |
| 17 | SDH, SONET: Architecture and Synchronization |
| 18 | WDM, DWDM Technologies |
| 19 | Broadband Access Networks: FTTx, DSL, Cable |
| 20 | IP Networking for Telecom Engineers |
| 21 | VoIP, SIP, and IMS Architecture |
| 22 | Telecom Equipment & Infrastructure |
| 23 | Introduction to Telecom Protocols (SS7, SIP, Diameter) |
| 24 | Network Management and OSS/BSS |
| 25 | Review Week + Practical Assessment |
| 26 | Mid-Term Project: “Design a 4G Network for a Small City” |
Semester 2: Advanced & Applied Learning (Weeks 27–52)
| Week | Topics Covered |
| 27 | 5G RAN and Core in Detail |
| 28 | 5G Use Cases: eMBB, URLLC, mMTC |
| 29 | Internet of Things (IoT) and LPWAN |
| 30 | Private LTE/5G and Enterprise Networks |
| 31 | Telecom Virtualization (NFV, SDN) |
| 32 | Cloud Native Telecom Architecture |
| 33 | Open RAN and Telecom Disaggregation |
| 34 | Network Security in Telecom |
| 35 | Regulatory Frameworks and TRAI Overview |
| 36 | Telecom Billing and CRM Systems |
| 37 | Mobile Number Portability, QoS & SLA |
| 38 | Telecom Project Management Basics |
| 39 | AI/ML in Telecom Use Cases |
| 40 | Big Data in Telecom and Analytics Tools |
| 41 | Network Automation (Python/Shell scripting) |
| 42 | Telecom Testing Tools (Wireshark, RF tools, etc.) |
| 43 | Career Paths in Telecom Industry |
| 44 | Certification Preparation (Cisco, Huawei, Nokia, Juniper, 5G) |
| 45 | Resume Writing + Interview Readiness |
| 46 | Final Capstone Project: “Plan, Simulate and Present a 5G Smart City Network” |
| 47–48 | Project Development & Mentoring |
| 49 | Final Project Presentation & Viva |
| 50 | Review Week + Final Assessments |
| 51–52 | Internship / Industry Collaboration Week |
📚 Assignments (Examples)
- Week 5: Trace a network packet journey across the OSI layers.
- Week 9: Compare GSM vs LTE in terms of capacity and efficiency.
- Week 15: Analyze a microwave link and suggest improvements.
- Week 20: Configure a basic VoIP call using open-source tools.
- Week 41: Automate a daily health check for a network node using Python.
🎓 Mini Project Ideas
- Build a simulation of GSM to LTE evolution using NetSim or GNS3.
- Analyze bandwidth and throughput of a local FTTx network.
- Design a basic OSS dashboard using open-source software.
🚀 Capstone Project
“Plan, Simulate, and Present a 5G Smart City Network”
- RF Planning
- Core Network Design
- Security Framework
- Billing & OSS Integration
📈 Industry Certifications Covered
- Cisco CCNA / CCNP (Enterprise + Security)
- Nokia 5G Foundation / Huawei HCIA-5G
- Juniper Networks Certification
- Certified Fiber Optic Technician (CFOT)
- AWS Cloud Practitioner for Telecom
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One-year practical Telecom Engineering course for graduates and engineers covering 4G/5G, RF planning, fiber optics, SDH/SONET, WDM/DWDM, VoIP, OSS/BSS, cloud-native telecom, and industry certifications. Gain job-ready skills with real-world projects and internship opportunities.
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CONTACT FOR ADMISSION
mail@global-skills-institute.com
