Our cyber security course has a flexible mode of delivery and will develop the networking and security theory and skills you need to secure corporate networks against threats. Every business has a network presence, which exposes it to both deliberate and inadvertent attacks. You will be equipped to address these critical business needs in network security.
You will gain hands-on experience taught by industry certified professionals using state-of-the-art equipment. The degree includes courseware by (ISC)2 and the Cisco Academy and can additionally lead to industry qualifications.
This course is designed for students who hold a Bachelor degree in any discipline. The first year includes topics in general security using the (ISC)2 SSCP Common Body of Knowledge, and in fundamental networking using the Cisco Academy CCNA program. System and application security and hardening are also covered.
You will gain the knowledge and skills required for professional certification in advanced professional practice (note that separate processes and, in some cases, tests and professional experience requirements apply). This includes Cisco certification as a Cisco Certified Network Associate (CCNA) and CCNA Security. Graduates with suitable work experience may also seek (ISC)2 certification as Systems Security Certified Practitioner (SSCP).
Student who have completed Graduate Certificate in Cyber Security at Box Hill Institute, or have completed equivalent subjects at AQF level 8 at other institutions would be given an advanced standing of up to 4 units in this course.
29 Sep 2020 at 02:00PM AEST
Box Hill Institute reserves the right to alter or delete details of a course offering, fees or other information provided
February and July
Full time: 1 year or part time equivalent
For information regarding dates such as enrolment, orientation and study breaks please visit the Academic Calendars page.
Graduates will find employment in key senior roles such as:
You must have successfully completed an undergraduate degree in any discipline.
Student who have completed Graduate Certificate in Cyber Security at Box Hill Institute, or have completed equivalent subjects at AQF level 8 at other institutions would be given an advanced standing of upto 4 units in this course.
Recognition of Prior Learning is available.
You may be eligible to progress into the second year of the Master of Cyber Security degree
This course is accredited by the Tertiary Education Quality and Standards Agency (TEQSA) and the qualification is aligned with the Australian Qualification Framework (AQF) level 8 and Box Hill Institute Graduate Attributes.
|Core Skills Support Fee||$80|
|Retain Course Items||$0|
|Total Course Estimate||$49,237|
|Payable Estimate (at commencement)||$15,936|
Retain Course Items are purchased once by the student prior to commencing. Those items then become the property of the student. Fees listed are at 2020 rates and may increase annually over the duration of delivery. The student tuition fees listed are subject to change given individual circumstances at enrolment. For more information please contact our Course Advisors on 1300 BOX HILL.
You will complete 8 core subjects
In this subject, students gain knowledge and skills that will allow them to address the technical and administrative challenges involved in centrally controlling a multi-user network. Students gain in-depth knowledge of the structure and function of a multi-user operating system, and they gain professional skills in operating system installation, configuration, administration, and maintenance. Students gain skills in access control, including managing accounts and resources.
The subject emphasises the relationship between system management and security. This includes coverage of effective mitigation strategies such least privilege, application and operating system patches, and password/ passphrase management. The subject also covers business continuity issues, auditing, and reporting.
This subject provides students with a comprehensive overview of information and business security. Students gain knowledge and skills to understand, apply, evaluate, and manage information and business security. Students gain an understanding of how a security program needs to support the organisation’s goals and objectives. Students also gain the ability to analyse, evaluate and manage an organisation’s security program.
The subject provides an overview of six of the key domains of security as recognised by the (ISC)2 SSCP CBK: Access Controls, Cryptography, Security Operations and Administration, Monitoring and Analysis, Risk Response and Recovery and Malicious Code and Activity. The seventh domain (Networks and Communications) is covered in ICT806 Overview of Network Security. These domains provide a framework for the discussion, analysis, evaluation, and management of information and business security.
The subject emphasises effective mitigation strategies for cyber intrusions in the present ICT environment, as identified by the Australian Defence Signals Directorate and Australian Government Protective Security Policy amongst others.
This subject provides students with a solid basis in networking and routing having particular regard to network security. Students gain the knowledge and skills to analyse, design, specify, configure, and manage a medium sized network. The unit provides an overview of internetworking topologies and technologies. This involves an examination of networking from the OSI (Open Systems Interconnection) seven-layer model and TCP/IP perspectives. Students will gain knowledge in the function and operation of appropriate equipment from each layer. The subject provides an introduction to router security. The key practical assessment task involves the successful analysis, design, specification, configuration, and management of a medium sized network.
This subject focuses on the processes and technologies required to secure a network. Current issues and emerging trends and technologies are examined. The subject includes security policy design and management; firewalls and secure routers; AAA (authentication, authorisation, and accounting) in a networked environment; intrusion prevention systems; and an overview of virtual private networks (VPN).
The subject begins with an overview of the security vulnerabilities, threats and attacks that are found in computer networks. This includes an overview of the security vulnerabilities found in networked industrial control systems, such as SCADA (Supervisory Control and Data Acquisition). The remainder of the subject concentrates on various technical methodologies and management policies designed to protect networked systems. The emphasis is on higher level activities such as policy decisions, and network design and configuration. The subject also provides an overview of effective mitigation strategies for network attacks, including filtering, whitelisting and network segmentation. Students gain skills in advanced techniques in network security and consolidate these with laboratory and assignment work.
This subject covers the principles of switching and wide area network technologies. The students gain skills in the analysis, design, configuration, and management of switched networks, including Local Area Networks (LAN) and VLANs (Virtual Local Area Networks). Students also gain knowledge and skills in scaling IP addresses, wide area network (WAN) technologies, and key network protocols, such as the Spanning Tree Protocol (STP), the Interior Gateway Routing Protocol (IGRP), and the Enhanced Interior Gateway Routing Protocol (EIGRP). Student assessment includes the analysis, design, configuration, and management of a switched network.
This subject introduces students to key areas of professional practice, professionalism and professional communication associated with network security. The subject covers professional certification, autonomy, reflection, responsibility and accountability. Students will be introduced to research and industry literature as well as research principles which are also key aspects of lifelong professional development. Students gain knowledge and skills in communication and collaboration that will help them to work effectively as network security professionals. These include oral and written communication, research report writing, teamwork, group dynamics, and conflict resolution.
The subject provides students with an overview of the context of network security in Australia and worldwide, including organisational and social issues. The subject addresses specific issues that are particularly relevant to ICT professionals in network security, such as legal and ethical issues, social issues, and privacy.
Through critical engagement with literature, case studies and problem solving, students lay the foundation of professional principles which will inform their practice in a rapidly changing, high risk work context.
This subject provides students with the knowledge and skills to effectively manage IT projects. This encompasses common and emerging concepts, theories, processes, and techniques that are essential to managing IT projects. The subject will help students to understand, analyse, and evaluate the common issues that project team members and stakeholders face, and to design and manage ways to address these issues. The subject covers the key knowledge areas from project management frameworks and methodologies, including the project lifecycle, project selection, project planning, managing project resources, costs, duration, and quality, leadership, risk management and change management. Students gain knowledge in how project characteristics and management differ in the context of outsourcing, off-shoring and international project teams. Group and individual projects are used to assess levels of achievement.
This subject introduces scripting languages used for system administration, networking, and security applications. There is an emphasis on the Perl programming language. The subject provides an overview of the scripting language paradigm, along with abstraction, problem solving, and understanding requirements. The subject focuses on applications of scripting language programming. This includes automating system administration; SQL database administration; SNMP; LDAP; log files; network monitoring; and other security applications. There is also coverage of security concerns with scripting languages, including buffer overflow; SQL injection; and command injection.
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