Certified 6G D2D/NTN Engineer (C6G-D2D-NTN) Certification Program by Tonex
The Certified 6G D2D/NTN Engineer program by Tonex prepares professionals to design, deploy, and optimize next generation 6G systems that blend terrestrial, device to device, and non terrestrial networks into a single intelligent fabric. Participants explore reconfigurable intelligent surfaces, 3D integrated networks, and ubiquitous NTN connectivity to support extreme reliability, ultra low latency, and massive machine type communication.
The program stresses end to end engineering, from radio interface and protocols to orchestration, analytics, and service assurance for demanding use cases. Cybersecurity is embedded throughout the curriculum so that secure by design practices are applied to D2D links, NTN gateways, and control planes. Learners examine how reconfigurable surfaces and dense 3D topologies change the threat landscape and how to harden architectures against evolving attacks. By completion, participants are ready to translate 6G vision into practical blueprints that balance performance, resilience, and cybersecurity for critical sectors.
Learning Objectives
- Understand foundational concepts of 6G D2D communication, NTN architectures, and their integration with terrestrial 5G evolution.
- Explain how reconfigurable intelligent surfaces and 3D integrated networks enhance coverage, capacity, localization, and reliability.
- Analyze link budgets, propagation characteristics, and mobility challenges for 6G D2D and NTN scenarios on ground, air, and space segments.
- Design end to end architectures that integrate core network functions, edge intelligence, and service orchestration for advanced 6G use cases.
- Apply cybersecurity principles to secure D2D links, NTN payloads, and orchestration platforms across the 6G ecosystem.
- Evaluate performance, resilience, and quality of service using key performance indicators tailored for 6G D2D and NTN deployments.
- Map regulatory, spectrum, and standardization trends to practical engineering and deployment decisions for future ready networks.
Audience
- Wireless and mobile network engineers
- Radio access network planners and architects
- Satellite and non terrestrial network engineers
- Systems and solutions architects in telecom and aerospace
- Cybersecurity Professionals
- Network operations and performance engineers
- Technology managers and technical decision makers
Program Modules
Module 1 – 6G D2D and NTN Foundations
- 6G vision and key design drivers
- D2D communication models and use cases
- NTN categories and orbital architecture options
- Integration of terrestrial, aerial, and space segments
- 6G spectrum, waveform, and channel considerations
- Standards landscape and roadmap overview
Module 2 – Reconfigurable Intelligent Surfaces Engineering
- Fundamentals of reconfigurable intelligent surfaces
- Channel shaping, beam steering, and reflection control
- RIS assisted coverage and capacity enhancement
- Placement strategies for indoor and outdoor scenarios
- Control, signaling, and configuration approaches for RIS
- Implementation constraints, hardware tradeoffs, and testing
Module 3 – 3D Integrated Network Architectures and Orchestration
- Concepts of 3D integrated network topologies
- Multi layer terrestrial, aerial, and satellite overlays
- Control plane, user plane, and management plane design
- Network slicing and service orchestration for 6G services
- Edge computing and AI driven policy enforcement
- Reliability, availability, and resilience engineering
Module 4 – Device to Device Protocols and Optimization
- D2D discovery, pairing, and link establishment methods
- Resource allocation and interference management schemes
- Mobility, handover, and multi hop routing strategies
- Power control, energy efficiency, and battery aware design
- Quality of service and quality of experience handling
- Testing and optimization of dense D2D deployments
Module 5 – 6G NTN Service Assurance and Analytics
- Service models for NTN enabled broadband and IoT
- Telemetry, observability, and data collection frameworks
- AI based performance analytics and anomaly detection
- Traffic engineering across terrestrial and space segments
- Fault management, incident handling, and escalation flows
- Capacity planning and long term network evolution analysis
Module 6 – Security and Resilience in 6G Ecosystems
- Threat landscape for D2D and NTN environments
- Secure identity, authentication, and authorization models
- Protection of control planes and management interfaces
- Encryption, key management, and data integrity safeguards
- Resilience strategies, redundancy, and graceful degradation
- Security monitoring, incident response, and compliance alignment
Exam Domains
- Principles of 6G Network Engineering
- D2D Communication Theory and Application
- Non Terrestrial Networking Architectures and Design
- 3D Network Planning and Optimization Strategies
- 6G Security Threats and Protective Measures
- Operations Monitoring and Incident Readiness
Course Delivery
The course is delivered through expert led lectures, interactive discussions, and structured case based exercises tailored to 6G D2D and NTN scenarios. Participants engage with real world inspired design problems, architecture walkthroughs, and guided whiteboard sessions that connect theory with practice. Curated online resources, readings, and technical references support self paced study and reinforce learning between sessions.
Assessment and Certification
Participants are assessed through quizzes, design assignments, and an integrative capstone style project that reflects realistic 6G D2D and NTN challenges. Upon successful completion of all required components, participants receive the Certified 6G D2D/NTN Engineer certificate from Tonex, validating their specialized expertise in future ready 6G architectures and security aware design.
Question Types
- Multiple Choice Questions (MCQs)
- Scenario based Questions
Passing Criteria
To pass the Certified 6G D2D/NTN Engineer Certification Program exam, candidates must achieve a score of 70 percent or higher on the combined assessments and demonstrate satisfactory completion of the capstone style project.
Position yourself at the forefront of 6G innovation by mastering D2D and NTN engineering with a strong cybersecurity foundation. Enroll in the Certified 6G D2D/NTN Engineer Certification Program by Tonex and gain the skills to design, secure, and optimize the next wave of intelligent, integrated networks for mission critical applications.