Description

Certification Name: Certified 5G/6G Network Application Developer

Global Occupational Skill Standard – GOSS ID: GOSS/CIT/C5G6NAD/V1

Duration: One Month

Eligibility: Graduation or Equivalent is required.

Objective: The Certified 5G/6G Network Application Developer course is designed to equip professionals with the knowledge and skills to design, develop, and deploy applications and services over next-generation mobile networks. The course covers 5G and emerging 6G network architectures, network slicing, edge computing, IoT integration, latency optimization, security, and performance monitoring.

Certification: Within 5 days after Completion of Online Assessment.

Get ready to join the Journey to become a GSDCI Certified Professional  – International Certification and Assessment Body.

Steps to become a GSDCI Certified Professional:

Step 1: Select your certification you want to pursue.

Step 2: Click on get certified tab, new pop up window will open.

Step 3: Click on pay certification fee, you will be redirected to billing details page.

Step 4: Fill your details and click on pay certification fee, you will be redirected to payment gateway, pay fee by any available options like Card (Debit/Credit), Wallet, Paytm, Net banking, UPI and Google pay.

Step 5: You will get Login Credentials of Online E-Books and Online assessment link on your email id, within 48 hrs of payment.

Step 6: After completion of online assessment, you can download your Certificate Immediately.

Assessment Modules:

Module 1 – Next‑Gen Wireless Systems & Evolution: Evolution from 1G‑4G to 5G and emerging 6G, Key use‑cases and service categories of 5G (eMBB, URLLC, mMTC) and envisioned 6G, Standards and release overview (3GPP Releases 15‑19 and beyond), Core enabling technologies (massive MIMO, mmWave/THz, reconfigurable intelligent surfaces), Architecture vision of 6G: sensing, AI‑native networks, integration of communications & computing, Business models, ecosystem, and deployment scenarios for 5G/6G

Module 2 – 5G/6G Network Architecture & Protocol Stack: Radio Access Network (RAN) and Core Network (5GC) architecture for 5G, Service‑Based Architecture (SBA) and network functions (e.g., AMF, SMF, UPF) for 5G/6G, Protocol stacks and interfaces (e.g., N1/N2/N3, NG‑RAN) for 5G/6G, Edge computing, cloud‑native and virtualization aspects (NFV/SDN) in 5G/6G networks, 6G architecture concepts (cell‑free networks, non‑terrestrial networks, mesh networks), Migration and interoperability between 5G and 6G architectures

Module 3 – Application & Service Development for 5G/6G: Designing network‑aware applications leveraging 5G/6G capabilities (low latency, high bandwidth, massive devices), API and service exposure for network applications (REST, network‑CAPIs, service functions), Network slicing and QoS enforcement for differentiated application services, Edge/near‑user workflows (Multi‑access Edge Computing – MEC, Local Data Networks), Application security, privacy and lifecycle management in 5G/6G environments, Integrating AI/ML and analytics into applications for network‑aware optimization and smart services

Module 4 – Connectivity, Edge & Device Ecosystem: Device types and categories in 5G/6G (RedCap, IoT/NTN devices, wearables), Link‑level technologies: mmWave/THz bands, beamforming, channel modelling and propagation challenges, Private/enterprise 5G/6G networks and campus/hybrid deployments, Edge computing design and deployment: application functions closer to user/devices, Connectivity protocols, transport and backhaul design for ultra‑low‑latency and high‑reliability applications, Interoperability, multi‑access, mobility management and roaming in 5G/6G ecosystems

Module 5 – Deployment, Operations & Application Lifecycle in 5G/6G: Application lifecycle on 5G/6G networks: design, deploy, monitor, update, retire, DevOps/DevApp practices for network‑aware application development and deployment, Observability, telemetry, analytics for network and service/application performance, Testing, validation and integration of applications in 5G/6G environments (testbeds, emulators, real networks), Performance tuning for next‑gen apps (latency, throughput, reliability, resource usage) in 5G/6G era, Cost, energy, sustainability, and resource‑management considerations for long‑lived applications

Module 6 – Emerging Trends, Innovation & Future‑Proofing: Fusion of AI/ML with 6G: AI‑native networks, self‑organising networks, predictive resource management, Emerging applications for 5G/6G: holographic communications, metaverse, digital twins, tactile internet, autonomous systems, Governance, regulation, security, privacy, ethical concerns in 5G/6G networks and applications, Future research and innovation domains: quantum communications, terahertz, zero‑trust architecture, business strategy and ecosystem evolution

GSDCI Online Assessment Detail:

• Duration- 60 minutes.
• Number of Questions- 30.
• Number of Questions from each module: 5.
• Language: English.
• Exam Type: Multiple Choice Questions.
• Maximum Marks- 100, Passing Marks- 50%.
• There is no negative marking in any module.

Benefits of Certification:

🌍 1. Global Recognition & Credibility – Stand out worldwide with a certification that opens doors across borders. Trusted by employers, respected by institutions, and recognized in over 100 countries.

📜 2. Quality Assurance through ISO Certification – Certified to global ISO standards, our programs deliver excellence, consistency, and a benchmarked learning experience that speaks for itself.

💼 3. Career Advancement & Employability – Enhances your resume and increases chances of promotions or job offers.

🤝 4. Non-Profit Trust Factor – Certifications from non-profit organizations are mission-driven rather than profit-driven.

📚 5. Access to Verified Learning & Resources – Often includes e-books, mock tests, and online support without hidden costs.

🔍 6. Transparency & Online Verification – Certifications come with a unique Enrolment ID for easy online verification by employers and institutions.

⏳ 7. Lifetime or Long-Term Validity – Certifications usually have lifetime validity or long-term recognition, reducing the need for frequent renewals.