5G-Enabled IoT: Smart Devices and Connectivity

Course Introduction

The advent of 5G technology is revolutionizing the Internet of Things (IoT), enabling ultra-fast, low-latency, and high-capacity connectivity that is essential for the next generation of smart devices and systems. This course explores how 5G enhances IoT connectivity, making possible real-time, scalable, and efficient communication between devices in a variety of industries such as manufacturing, healthcare, transportation, and smart cities. Participants will gain hands-on experience with 5G-enabled IoT technologies, learning how to design, implement, and manage connected solutions that leverage 5G’s capabilities to improve device performance, data throughput, and user experience.

The course will cover the technical foundations of 5G, its integration with IoT, and how to deploy and optimize IoT networks with 5G for applications such as autonomous vehicles, remote healthcare, smart homes, and industrial automation.

After Study Job Opportunities

• 5G IoT Solutions Architect
• IoT Systems Engineer
• Smart Device Developer
• Network Engineer (5G/IoT)
• IoT Connectivity Specialist
• Wireless Communication Engineer
• Smart City Solutions Engineer

List of Required Documents

• Resume
• Passport or ID Photo

Admission Tests

• Study of the school file
• Tests: general knowledge, English, logic and practical case study
• Individual motivational interview

Professional Training

This course provides professional training in:

• The fundamentals of 5G technology, including key features like low latency, high throughput, and massive device connectivity
• How 5G and IoT interact to create scalable, real-time solutions across various industries
• Designing and deploying 5G-enabled IoT networks with smart devices
• Key IoT protocols and standards for seamless communication in 5G environments
• Use cases and applications of 5G IoT in industries such as autonomous driving, healthcare, and smart cities
• How to optimize performance and security of 5G IoT systems
• Practical experience with 5G testbeds and devices, as well as network simulation tools for 5G IoT deployment

Objectives and Context of Certification

Upon successful completion, learners will understand the technical aspects of 5G and IoT integration, be able to design and deploy 5G-enabled IoT solutions for diverse applications, learn to implement 5G network configurations for smart devices and IoT sensors, gain skills in optimizing the performance of IoT networks using 5G technologies, understand the challenges and solutions for maintaining security and privacy in 5G-enabled IoT systems, and receive a certification that demonstrates the ability to develop and implement 5G IoT solutions. This certification will position you as an expert in leveraging 5G technology to create innovative, high-performance IoT applications.

Graduate Responsibilities

After completing the training, participants will be able to:

• Design and implement 5G-enabled IoT systems, ensuring that smart devices are connected and optimized for real-time communication
• Work with telecommunications engineers to configure and deploy 5G networks for IoT devices in various industries
• Ensure the security, privacy, and integrity of 5G-enabled IoT applications
• Collaborate with cross-functional teams to build and scale IoT solutions using 5G networks
• Apply 5G IoT technologies to specific industry use cases such as autonomous vehicles, smart cities, remote healthcare, and industrial automation
• Monitor and maintain the performance of IoT networks while troubleshooting connectivity issues
• Keep up-to-date with the latest advancements in 5G technology and IoT applications

Post-Study Job Opportunities

Graduates can work in industries such as Telecommunications, Automotive, Healthcare, Smart Cities, Manufacturing, and Logistics. Roles include IoT Solutions Architect, 5G Network Engineer, IoT Systems Engineer, Smart Device Developer, and Connectivity Specialist in domains like 5G Networks, IoT Connectivity, Smart Cities, Wireless Communication, and Automated Systems.

Evaluation Methodology

• Weekly Quizzes (20%) – Understanding of key concepts
• Hands-on Assignments (30%) – Application to practical scenarios
• Final Project / Mini Capstone (30%) – Cumulative understanding project
• Participation & Interaction (10%)
• Final Assessment Test (10%) – Summary of key takeaways

Course Summary

• Duration: 2 weeks (60 hours) or part-time: 80 hours over 8 weeks
• Format: Online / In-person / Hybrid (ILT)
• Modules Include: 5G Technology, IoT Integration, Network Architecture, Real-Time Applications, Optimization, Security
• Assessment: Capstone project designing and implementing a 5G IoT solution for a specific use case
• Outcome: Professional certification in 5G-Enabled IoT

This course explores how 5G enhances IoT connectivity, enabling next-generation smart devices and systems across various industries.

Starting intake: According to customer request

Tuition Fees:

• €3,000 per participant (60 hours)
• Inhouse corporate training: €30,000 per cohort (10-15 participants)