The ICT60220 – Advanced Diploma of Information Technology (Telecommunications Network Engineering) is a comprehensive and nationally recognized qualification designed for individuals seeking to enhance their expertise in telecommunications network engineering. This qualification equips students with advanced skills and knowledge necessary to work as professionals in the dynamic and ever-evolving telecommunications industry. It provides an in-depth understanding of network systems, installations, and maintenance, preparing individuals for technical roles that require both specialized knowledge and hands-on experience in designing and managing complex telecommunications infrastructures.

Overview of the ICT60220 Qualification

The ICT60220 – Advanced Diploma of Information Technology (Telecommunications Network Engineering) is part of the Information and Communications Technology (ICT) Training Package, tailored for those aiming to build advanced technical expertise in telecommunications network design, management, and troubleshooting. The qualification focuses on developing high-level skills in managing telecommunications networks, ensuring they are secure, reliable, and efficient.

This qualification is ideal for individuals who wish to pursue careers as network engineers, telecommunications engineers, or network administrators within telecommunications companies, government organizations, or private enterprises. It is suited to those who already have a foundational understanding of IT and telecommunications and want to build on that knowledge to assume leadership or specialized technical roles in the industry.

Key Skills Developed

The ICT60220 focuses on the technical and managerial aspects of telecommunications network engineering, helping students develop the following core skills:

1. Telecommunications Network Design: Students will learn how to design, implement, and optimize complex telecommunications networks. This involves understanding network architecture, designing scalable and resilient systems, and integrating various technologies such as IP networking, wireless communication, and fiber optics.
2. Network Implementation and Configuration: A key aspect of this qualification is the ability to configure and install a wide range of telecommunications equipment, including routers, switches, and wireless devices. Students will gain hands-on experience in configuring networks for various types of infrastructure, ensuring efficient data flow and secure communication.
3. Troubleshooting and Problem Resolution: Network engineers are often called upon to troubleshoot and resolve issues that affect the performance of telecommunications systems. Students will develop skills in diagnosing network faults, identifying root causes, and applying solutions to restore services quickly and effectively.
4. Telecommunications Security: Security is a top priority in modern telecommunications networks. This qualification covers essential topics such as encryption, firewalls, secure network protocols, and intrusion detection, preparing students to protect sensitive data and ensure the integrity of the networks they manage.
5. Project Management: Students will gain skills in managing telecommunications projects, from initial planning and budgeting through to implementation and delivery. This includes understanding project management methodologies, working within deadlines, and managing resources effectively.
6. Advanced Networking Protocols and Technologies: The qualification delves into advanced networking concepts, including IP routing, switching, MPLS, and VOIP. Students will learn how to apply these technologies to optimize network performance and meet the increasing demand for high-speed, reliable telecommunications.
7. Cloud Networking and Virtualization: With the increasing reliance on cloud-based technologies, students will also learn how to integrate cloud services into telecommunications networks. This includes configuring cloud-based networks and utilizing virtualization technologies to improve network efficiency and flexibility.
8. Compliance and Regulatory Standards: Telecommunications networks must comply with various regulatory standards, both national and international. Students will learn the relevant industry regulations and standards for network engineering, ensuring they can design and implement networks that meet compliance requirements.

Course Structure and Units

The ICT60220 – Advanced Diploma of Information Technology (Telecommunications Network Engineering) consists of both core and elective units designed to provide students with the skills needed for a successful career in telecommunications engineering. Some of the core units covered in this qualification include:

1. ICTNWK601 – Design and implement a network security plan
   This unit focuses on designing and implementing robust security measures for telecommunications networks, protecting against unauthorized access and ensuring data integrity.
2. ICTNWK602 – Manage network security
   Students will develop the skills needed to manage and maintain the security of telecommunications networks, including applying best practices for securing routers, switches, and wireless systems.
3. ICTNWK603 – Design, install, and maintain enterprise communication systems
   This unit covers the design and installation of large-scale communication systems, ensuring that students are capable of implementing enterprise-level network solutions.
4. ICTNWK604 – Implement an enterprise wireless local area network (WLAN)
   Students will learn to design and implement wireless networking solutions, ensuring high-speed communication within large organizations.
5. ICTNWK605 – Plan and manage the installation of a complex network
   This unit focuses on the planning and management of network installations, ensuring that students can oversee the setup of complex telecommunications infrastructure projects.
6. ICTNWK606 – Design and manage an integrated IP telecommunications network
   Students will learn how to design and manage integrated IP-based telecommunications networks, focusing on both fixed and wireless technologies.
7. ICTNWK607 – Manage network infrastructure for telecommunications services
   This unit teaches students how to manage telecommunications infrastructure effectively, ensuring seamless service delivery across various platforms.
8. BSBPMG522 – Undertake project work
   Project management skills are critical for managing complex telecommunications projects. This unit helps students gain practical experience in managing project timelines, budgets, and deliverables.

Elective units allow students to specialize in particular areas of interest or need within the field of telecommunications engineering, such as fiber optics, 5G networking, or advanced routing protocols.

Pathways and Career Opportunities

The ICT60220 – Advanced Diploma of Information Technology (Telecommunications Network Engineering) opens up numerous career opportunities within the rapidly growing telecommunications sector. Some of the potential career roles for graduates include:

• Telecommunications Network Engineer: These professionals design, implement, and manage telecommunications networks, ensuring they operate efficiently and securely. They work on both the infrastructure and the optimization of networks.
• Network Administrator: Network administrators manage the day-to-day operation of computer networks, ensuring connectivity, security, and system performance.
• Telecommunications Project Manager: Graduates may choose to pursue project management roles, overseeing large-scale telecommunications projects and ensuring that they are completed on time, within budget, and according to specifications.
• Systems Analyst: Systems analysts focus on optimizing the performance of telecommunications systems, analyzing data to identify areas of improvement.
• Network Security Specialist: With the increasing demand for cybersecurity, network security specialists focus on safeguarding telecommunications networks from unauthorized access, data breaches, and other security threats.
• Voice and Data Communications Specialist: These professionals specialize in managing voice over IP (VoIP) networks, video conferencing systems, and other data communication technologies used by businesses and organizations.

Graduates can also pursue further studies in advanced information technology, project management, or specialized telecommunications fields, leading to higher-level roles or business ownership opportunities.

Duration and Delivery Methods

The ICT60220 – Advanced Diploma of Information Technology (Telecommunications Network Engineering) typically takes 18 to 24 months to complete, depending on the mode of delivery and whether students are undertaking the qualification full-time or part-time.

This qualification can be delivered through a combination of face-to-face learning and hands-on practical experience in the form of labs, workshops, and industry placements. Some training providers also offer blended learning options, including online modules that allow for more flexibility in studying.

Why Choose the ICT60220 Advanced Diploma of Information Technology (Telecommunications Network Engineering)?

There are several compelling reasons to choose the ICT60220 – Advanced Diploma of Information Technology (Telecommunications Network Engineering):

1. High Demand for Skilled Professionals: The telecommunications industry is rapidly growing, and there is a strong demand for skilled network engineers who can design, implement, and maintain complex systems.
2. Specialized Knowledge: The qualification provides students with in-depth, specialized knowledge of telecommunications networks, preparing them for high-level technical roles in an industry that relies on cutting-edge technology.
3. Career Opportunities: Graduates of this diploma can pursue a wide range of roles within the telecommunications and IT industries, offering flexibility and job security.
4. Industry Recognition: The ICT60220 is widely recognized within the telecommunications industry, ensuring that graduates are equipped with the skills and qualifications that meet industry standards.
5. Salary Potential: With specialized skills in telecommunications and network engineering, graduates can command competitive salaries in both the public and private sectors.

About Us

The Stanford Institute of Technology (SIT), based in Melbourne, Australia, provides world-class vocational education to both local and international students. Offering programs in business, construction, IT, and hospitality, SIT focuses on practical, industry-aligned training. With a commitment to inclusivity and quality education, SIT empowers students to excel in their chosen careers globally.

Contact Us

Address - 13/19 Radnor Drive, Deer Park Vic 3023
Phone Number - +61 450 811 553, +61 416 611 554
Mail - info@sit.edu.au
Website - https://www.sit.edu.au/