Telecom & Spectrum Management

Explore our comprehensive Telecom & Spectrum Management training programs in Courses for Government, Regulatory & Public Sector Technology Programs.

RF Planning, Optimization & Coverage Analysis (Policy & Operations View)

Efficient RF planning and optimization are critical for nationwide coverage, quality of service, and spectrum efficiency. This course provides a policy- and operations-oriented understanding of RF planning, optimization, and coverage analysis, enabling non-R&D stakeholders to interpret RF performance data, assess rollout proposals, and monitor operator compliance. Participants will gain clarity on how coverage is planned, measured, optimized, and regulated across 2G–5G networks, with emphasis on public interest goals such as rural connectivity, QoS benchmarks, and interference mitigation.

5 Days

Private 5G Networks for Government & Critical Infrastructure

Private 5G networks are emerging as a strategic communications platform for mission-critical, secure, and high-reliability operations across government and critical infrastructure sectors such as power, transport, ports, airports, defense, public safety, and smart cities. This course provides an end-to-end understanding of Private 5G, covering architecture, spectrum models, deployment options, security, operations, and regulatory aspects. The program enables participants to evaluate, plan, procure, and govern Private 5G networks while ensuring resilience, data sovereignty, and interoperability.

5 Days

Modern Telecom Networks (2G–5G Overview for Government Stakeholders)

This course provides a comprehensive, high-level understanding of modern telecom networks from 2G to 5G, focusing on architecture, spectrum usage, regulatory considerations, and policy implications. Designed for government stakeholders, the program demystifies complex telecom concepts and explains how spectrum management, licensing, and emerging technologies impact national digital infrastructure, public services, and economic growth. The course emphasizes practical understanding over deep engineering, enabling participants to make informed decisions related to spectrum allocation, policy formulation, and telecom governance.

5 Days

Telecom KPIs, QoS/QoE Monitoring & Compliance Frameworks

Telecom networks are regulated not only by technology standards but by measurable service quality outcomes that directly impact citizens, enterprises, and critical services. This course provides an end-to-end understanding of telecom Key Performance Indicators (KPIs), Quality of Service (QoS), Quality of Experience (QoE), and regulatory compliance frameworks across 2G–5G networks. Participants will learn how KPIs are defined, measured, audited, and enforced, how QoE differs from network-centric QoS, and how regulators and operators monitor compliance, handle complaints, and ensure service accountability.

5 Days

Spectrum Management, Monitoring & Interference Analysis

Radio spectrum is a critical and finite national resource requiring efficient planning, continuous monitoring, and rapid interference resolution. This course provides participants with end-to-end knowledge of spectrum management, covering allocation, licensing, monitoring systems, interference detection, and mitigation techniques. The program integrates regulatory perspectives with practical engineering methods, enabling participants to analyze real-world interference cases, operate spectrum monitoring tools, and support policy-driven spectrum decisions for mobile, broadcasting, satellite, and emerging wireless technologies.

5 Days

Satellite Communications, Non-Terrestrial Networks (NTN) & Future Spectrum Challenges

Satellite communications and Non-Terrestrial Networks (NTN) are becoming integral to global connectivity, national security, and digital inclusion, complementing terrestrial 4G/5G networks. With the rise of LEO constellations, integrated 5G-NTN architectures, and dynamic spectrum sharing, governments face new regulatory, coordination, and spectrum management challenges. This course provides an end-to-end understanding of satellite systems, NTN integration with 5G, and future spectrum challenges, enabling participants to make informed policy, planning, and regulatory decisions for next-generation connectivity.

5 Days

Advanced 4G/5G Architecture, Core Networks & Network Slicing

This advanced course provides an in-depth understanding of LTE and 5G network architecture, focusing on core network evolution, virtualization, cloud-native design, and network slicing. Participants will explore how 4G EPC transitions into 5G Core (5GC), including service-based architecture (SBA), control/user plane separation, and slicing for diverse enterprise and vertical use cases. The program combines theoretical depth with hands-on labs, enabling learners to design, analyze, and troubleshoot modern mobile networks supporting eMBB, URLLC, and mMTC services.

5 Days