5G Network and IT Integration Specialist
Course title: RF Fundamentals for Wireless Networks
Target group: Junior (Fresh Employee)
Level: Foundations
RF Fundamentals for Wireless Networks
Provider
Pluralsight
Description
Wireless technology is here to stay and is growing faster than ever. This course will teach you the basics of radio frequencies, standards, how to handle interference, and how to choose appropriate antennas. Wireless technology is pervasive and growing at an ever-increasing rate. In this course, RF Fundamentals for Wireless Networks, you’ll learn foundational knowledge of wireless technology. First, you’ll learn about radio signals and modulation. Next, you’ll explore radio frequency standards and how to handle interference. Finally, you’ll discover how to choose the proper antenna for a certain requirement. When you’re finished with this course, you should feel comfortable reviewing wireless device specification documents, and diving into the rest of our courses on wireless technologies.
Target
- Early-career IT professionals, network technicians, and aspiring wireless engineers
- Students or hobbyists seeking foundational knowledge in wireless networking
- Professionals needing a refresher on RF concepts for wireless deployments
Sector
- Information Technology and Telecommunications
- Networking, data communications, and wireless service providers
- Academia and research labs focusing on wireless technologies
Area
- RF fundamentals, radio signals and modulation
- RF standards overview and interference management
- Antenna selection and practical considerations for wireless deployments
Learning outcomes
- Explain the fundamentals of radio frequency (RF) concepts, including signals, spectrum, and modulation techniques.
- Identify and compare key wireless standards and their applications in modern networks.
- Analyze common sources of interference in wireless environments and apply effective mitigation strategies.
- Evaluate antenna types and characteristics to select the most suitable option for specific deployment requirements.
- Interpret wireless device specifications with confidence to support configuration and troubleshooting tasks.
- Apply foundational RF knowledge as a stepping stone toward advanced studies in wireless networking and telecommunication
Learning content
- Course Overview
- Radio Signals and Modulation
- RF Standards
- RF Interference
- Antennas
Approach/method
Online
Duration
Approximately 2 h
Assessment
No
Certification
No
Date
Always available
Location
Online
Website
Course title: 5G Networking
Target group: Mid Level Employee
Level: Extended Know-How
5G Networking
Provider
Nokia
Description
This 5G Networking Course will go much deeper in the Access, Core and Transport topics, which are the three domains of 5G Networking. While this is the central part of the course, we’ll also link some topics with Cloud and Slicing, in addition, we deal with Use Cases and network deployment, to better understand the end to end nature of 5G.
Target
- Business analysts, product managers, network planners, and executives
- Network engineers, field technicians, and network planners
- Core network engineers, cloud architects, and systems integrators
- Network transport engineers, IP/MPLS specialists, and backbone planners
- Deployment planners, project managers, and field engineers
- Network architects, engineers, and technical project leads
- Access planners, field technicians, and product managers
- Core network engineers, cloud-native developers, and platform architects
- Performance engineers, test teams, and product owners
Sector
- Telecommunications, enterprise IT, and vertical industries (health, manufacturing, transportation)
Area
- Access
- Core
- Transport
- Use Case Realization
- Network Deployment for Use Case Realization
- RAN (Radio Access Network)
- Cloud/NFV integration
- Edge connectivity
- Service-based architecture
- Fixed and wireless access strategies
- 5G core architecture
- Fronthaul/backhaul
- Data center/interconnect
- Deployment planning
- Use cases alignment
- Business governance and ROI planning
Learning outcomes
- Unit 1: Use Cases Requirements
- Unit 2: Access
- Unit 3: Core
- Unit 4: Transport
- Unit 5: Network Deployment for Use Case Realization
Learning content
- Enabling technologies and approaches driving 5G transport networks
- Multiple fixed and wireless access strategies for 5G
- Adaptable, scalable and universal nature of the 5G core
- New, emerging 5G performance requirements
- Strategizing and planning 5G in business environments
Approach/method
Online
Duration
8 hours
Assessment
Yes
Certification
Yes
Date
Always available
Location
Online
Website
Course title: Mastering Infrastructure and Network Monitoring
Target group: Expert
Level: Foundations
Mastering Infrastructure and Network Monitoring
Provider
Udemy
Description
In this comprehensive course, you will embark on a journey to explore the essential concepts, tools, and techniques needed to effectively monitor and manage your network infrastructure using Network Monitoring tools.
As networks become increasingly complex and critical to business operations, the ability to monitor performance and detect issues proactively is vital. This course is designed for IT professionals, network engineers, and anyone interested in improving their understanding of network monitoring.
Starting with the basics, you will learn about the significance of network monitoring and the difference between proactive and reactive approaches. You will then dive into the hands-on installation and configuration of PRTG, mastering how to set up sensors, customize dashboards, and create alerts to stay ahead of potential problems. This course also contains a hands-on section where you will explore Nagios CSP, one of the most popular monitoring platforms available today!
Throughout the course, you will explore advanced monitoring techniques, including the use of SNMP, NetFlow, and WMI, and learn how to implement these protocols effectively to gather valuable insights into your network’s performance.
Real-world scenarios and best practices will be emphasized to help you apply your knowledge effectively. By the end of the course, you will have the skills and confidence to implement network monitoring solutions tailored to your organization’s needs. Whether you’re looking to advance your career, optimize your network’s performance, or gain a solid foundation in network monitoring, this course provides the tools and insights necessary for success. Join us and take the first step toward becoming a proficient network monitoring professional.
Target
- Network administrators, system engineers, and IT support staff who want to enhance their skills in network monitoring and management.
- Individuals pursuing a career in IT or networking who seek to build a solid foundation in network monitoring tools and techniques.
- Entrepreneurs and small business owners who manage their own IT infrastructure and want to ensure their networks are reliable and efficient.
- Tech enthusiasts and hobbyists who want to learn more about network monitoring and how it impacts overall network performance.
- Professionals looking to deepen their understanding of network monitoring protocols, such as SNMP and NetFlow, and how to implement them effectively.
Sector
- Information Technology
- Networking and Telecommunications
Area
- Network infrastructure management
- Network performance monitoring
- Network security and troubleshooting
Learning outcomes
- Learn why network monitoring is crucial for maintaining a healthy and efficient IT infrastructure.
- Discover the benefits of proactive monitoring and how it can prevent major issues before they occur.
- Step-by-step instructions on downloading, installing, and setting up a Network Monitoring tool.
- Learn how to configure your Network Monitoring tool for optimal performance, including setting up user accounts and notifications.
- Navigate and customize dashboards to display the most relevant information for your network.
- Understand what sensors and probes are, how they work, and how to set them up to monitor various network elements.
- Deep dive into SNMP, including SNMPv1, SNMPv2c, and SNMPv3.
- Understand the concepts of NetFlow and sFlow, their use cases, and how to set up NetFlow monitoring.
- Learn how to use WMI for monitoring Windows servers and applications.
- Learn the importance of syslogs and how to utilize them within your network monitoring setup.
- Best Practices and Real-World Applications
- Set up monitoring for both Windows and Linux servers, including specific sensors and configurations for each environment.
- Learn how to configure SNMP monitoring for Network Devices and Infrastructure.
- Understand the importance of regular maintenance and updates to keep your monitoring system running smoothly.
Learning content
- Introduction
- and Network Monitoring Essentials
- Infrastructure and Network Monitoring Setup
- Alerting and Fine Tuning
- Nagios Core Services Platform (CSP) for Beginners
- Practicing at Home with Cisco Packet Tracer (Cisco Device Emulation Tool)
- Real-World Applications
- Monitoring Quiz and Role Play
- Conclusion
Approach/method
Online
Duration
3.5 hours on-demand video
Assessment
No
Certification
Yes
Provider contacts
Date
Always available
Location
Online
Website
Course title: Introduction to TCP/IP
Target group: Junior (Fresh Employee)
Level: Awareness
Introduction to TCP/IP
Provider
Coursera
Description
You use the Internet through your PC (Personal Computer), laptop, tablet, smartpad, and smartphone every day in everything you do. Through your own PC/laptop, you can easily learn everything about the Internet, and that is what this course is focused on. In this course ‘Introduction to TCP/IP,’ you will learn the operational functions of Internet technologies (which include IPv4, IPv6, TCP, UDP, addressing, routing, domain names, etc.) and your PC/laptop’s security and gateway Internet setup and basic principles. In addition, through a simple Wireshark experiment, you will see the TCP/IP packets and security systems in action that are serving your PC/laptop, that serves you.
Target
- Individuals using PCs, laptops, tablets, smartpads, and smartphones daily
- Beginners or learners interested in Internet technologies and network basics
Sector
- Information Technology (IT)
- Networking and Telecommunications
Area
- Computer Networks
- Internet Technologies and Security
- TCP/IP Protocols
Learning outcomes
- Network Analysis
- Intrusion Detection and Prevention
- General Networking
- System Configuration
- Network Protocols
- File Transfer Protocol (FTP)
- Dynamic Host Configuration Protocol (DHCP)
- Network Architecture
- Network Routing
- TCP/IP
- Network Security
Learning content
- Module 1
My PC’s Internet & Gateway - Module 2
TCP/IP Protocol - Module 3
Internet Routing & Functions - Module 4
Internet Security - Module 5
Wireshark Internet Project
Approach/method
Online
Duration
7 hours to complete
Assessment
No
Certification
Yes
Provider contacts
Date
Always available
Location
Online
Website
Course title: Edge Computing Fundamentals
Target group: Junior (Fresh Employee)
Level: Awareness
Edge Computing Fundamentals
Provider
Coursera
Description
This course is designed for IoT Product Developers, Cybersecurity professionals, and enterprise IT leaders who wish to understand the technological landscape to ensure their products are secure and fit for their purpose. This course serves as an introduction to the specialization. Upon completion, learners will be able to identify key architectural components of edge computing networks, compare various types of devices and sensors utilized in edge computing, identify challenges associated with edge networks, compare key principles of cybersecurity, identify potential security vulnerabilities in edge networks, list security protocols, explain data privacy and confidentiality, and more.
Module 1 includes topics such as the architecture of edge networks, edge computing technologies, devices and sensors, network infrastructure, communication technologies, and more. In Module 2, you will explore the various applications of edge networks such as IoT, Smart Cities, autonomous vehicles, healthcare, industrial automation, and retail and energy management. Module 3 will consist of several topics including common security vulnerabilities as well as the challenges and fundamental concepts in security and privacy.
Target
- IoT product developers and engineers
- Cybersecurity professionals focusing on edge/IoT security
- Enterprise IT leaders and decision-makers responsible for secure edge deployments
- Security architects and platform owners evaluating edge solutions
Sector
- Information Technology and Services
- Telecommunications and networking
- Manufacturing and Industrial IoT
- Healthcare technology and smart city initiatives
- Energy and utilities
Area
- Edge computing architecture and networks
- Devices and sensors in edge environments
- Edge network infrastructure and communication technologies
- Cybersecurity fundamentals for edge deployments
- Security vulnerabilities and threat modeling for edge networks
- Security protocols and data privacy/confidentiality at the edge
- Application domains of edge networks (IoT ecosystems, smart cities, autonomous systems, healthcare, industrial automation, retail, energy management)
Learning outcomes
- Learn new concepts from industry experts
- Gain a foundational understanding of a subject or tool
- Develop job-relevant skills with hands-on projects
- Earn a shareable career certificate
Learning content
- Module 1: Exploring the Landscape of Edge Computing
- Module 2: Exploring Application and Confronting Challenges in Edge Network
- Module 3: A Closer Look at Edge Network Security and Privacy
Approach/method
Online
Duration
1 week to complete at 10 hours a week
Assessment
No
Certification
Yes
Date
Always available
Location
Online
Website
Course title: Implementing Security in IoT and Edge Devices
Target group: Mid Level Employee
Level: Extended Know-How
Implementing Security in IoT and Edge Devices
Provider
Coursera
Description
This course is intended for IoT Product Developers and Cybersecurity Professionals. By the end of the course, learners will be able to explain the security needs of IoT devices and list their security aspects and how to protect them, identify IoT device vulnerabilities and how to develop effective security strategies to safeguard against potential threats, explain the basics of hardware security, list common encryption techniques used in IoT and edge devices, apply security measures to secure IoT and edge device deployments, and more. During Module 1, learners will learn about security challenges and vulnerabilities. Module 2 consists of topics such as hardware security, security-by-design, and best practices for edge computing. Continuing to Module 3, learners will discuss privacy, compliance, and regulatory considerations in edge computing.
Target
- IoT Product Developers
- Cybersecurity Professionals
- Engineers focusing on IoT security
- Hardware engineers
- Security architects
- Compliance officers
- Privacy engineers
- IT / IoT product teams
- Security teams
- Regulation-focused professionals
- Edge computing specialists
Sector
- IT / IoT
- IoT hardware and edge computing
- Regulated industries
- IoT/edge ecosystems
- IT / IoT product teams
- Security teams
- IoT/edge deployments
- Edge computing sectors
- IoT software and hardware development
Area
- IoT security
- hardware security
- encryption
- secure deployments
- edge computing
- privacy
- regulatory compliance
- data governance
- security-by-design
- threat modeling
- risk assessment
- privacy regulations
- regional and industry-specific requirements
- edge deployments
- IoT/edge ecosystems
- security needs of IoT devices
Learning outcomes
- Learn new concepts from industry experts
- Gain a foundational understanding of a subject or tool
- Develop job-relevant skills with hands-on projects
- Earn a shareable career certificate
Learning content
- Module 1: Understanding IoT Device Security in the Context of Edge Computing
- Module 2: Building Secure IoT and Edge Devices
- Module 3: Privacy Preservation in Edge Computing
Approach/method
Online
Duration
1 week to complete /at 10 hours a week
Assessment
Yes
Certification
Yes
Date
Always available
Location
Online
Website
Course title: Design Secure and Scalable Platform Architectures
Target group: Mid Level Employee
Level: Extended Know-How
Design Secure and Scalable Platform Architectures
Provider
Learn.Microsoft
Description
In this module, learners will gain insights into designing platform architectures that are secure, scalable, and compliant with regulatory standards. The module covers capacity planning, cost optimization, and the role of automation in maintaining consistency and reducing manual errors. Learners will also explore strategies for building scalable solutions that can handle increasing demand and complex workflows.
Target
- IT architects
- platform engineers
- security engineers
- cloud engineers
- enterprise architects
- DevOps engineers
- SREs
- IT operations managers
- automation engineers
- platform reliability engineers
- CI/CD engineers
- solution architects
- backend engineers
- data engineers
- compliance officers
- IT auditors
- privacy officers
Sector
- Information Technology
- Software/Cloud Services
- FinTech
- Healthcare
- Government
- Cloud services
- SaaS
- IT outsourcing
- Enterprise IT
- E-commerce
- Telecom (if applicable)
Area
- Platform architecture design
- Security-by-design
- Regulatory compliance
- Capacity planning
- Automation
- Regulatory compliance (note: already listed under area in previous messages; include once)
- Scalability patterns
- Workflow orchestration
- Microservices
- Event-driven architectures
- Performance engineering
- Governance
- Change management
- Cost modeling
- Budgeting
- Policy as code
- Infrastructure as code
- Platform reliability engineering
Learning outcomes
- Gain insights into designing platform architectures that are secure, scalable, and compliant with regulatory standards.
- Explore the role of automation in maintaining consistency, reducing manual errors, and accelerating deployments.
- Understand the importance of capacity planning and estimation for forecasting future resource needs.
- Learn cost optimization strategies to manage resources efficiently and avoid over-provisioning.
- Discover how to implement scalable solutions that can handle increasing demand and complex workflows.
Learning content
- Introduction
- Core Principles of Secure and Scalable Platform Design
- Security Considerations in Platform Architecture
- Scale Platform Architectures for Growth and Adaptability
- Automation and Resiliency for Modern Platforms
- Module assessment
- Summary
Approach/method
Online
Duration
50 min
Assessment
No
Certification
Yes
Date
Always available
Location
Online
Website
Course title: Effective Collaboration & Teamwork Skills for Professionals
Target group: Junior (Fresh Employee)
Level: Awareness
Effective Collaboration & Teamwork Skills for Professionals
Provider
Coursera
Description
Great teams are not formed by chance; they are established with intention, trust, and the necessary skills. This course teaches you how to create teamwork that produces outcomes, builds relationships, and stimulates innovation. You’ll start by learning about the foundations of effective team building, the actual benefits of cooperation in the workplace, and the leadership positions that drive collaborative achievement. Learn how to overcome collaborative challenges, use diversity as a strength, and use emotional intelligence to foster stronger connections. Learn how to build psychological safety so that every voice is heard, assign defined roles and duties, and maintain team alignment through communication and feedback. You will also learn how to resolve workplace disagreements and comprehend various conflict management approaches. You will discover how to keep teams motivated, maintain engagement, and use reflective techniques for continuous improvement. By the end of this Collaboration and Teamwork training, you’ll have the knowledge, confidence, and methods to lead teams that work together smoothly, settle problems constructively, and accomplish remarkable results.
Target
- New and aspiring team leaders seeking to build effective teams
- Mid-level managers aiming to improve cross-functional collaboration
- Team members who want to contribute more effectively in team settings
Sector
- All sectors across private, public, and nonprofit organizations
- Especially relevant in R&D, product development, operations, and project management contexts
Area
- Team foundations: trust, psychological safety, defined roles
- Leadership and governance: leadership roles that drive collaboration
- Diversity and emotional intelligence: leveraging differences, building connections
- Communication and feedback: alignment, ongoing dialogue
- Conflict resolution: approaches to managing disputes
- Motivation and engagement: sustaining momentum
- Continuous improvement: reflective practices for teams
Learning outcomes
- Work seamlessly with diverse teams to achieve goals
- Build trust and rapport with colleagues and stakeholders
- Resolve challenges without losing team trust
- Contribute effectively in both virtual and in-person settings
- Learn new concepts from industry experts
- Gain a foundational understanding of a subject or tool
- Develop job-relevant skills with hands-on projects
- Earn a shareable career certificate
Learning content
- Module 1: Building Strong Team Foundations
- Module 2: Elevating Team Performance
Approach/method
Online
Duration
3 hours to complete
Assessment
Yes
Certification
Yes
Provider contacts
Date
Always available
Location
Online
Website