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Automation and artificial intelligence are rapidly evolving. By 2030, nearly half of all industries are anticipated to be transformed by automation, requiring the professional upskilling of current workers.Cyber security is a significant issue for organisations and governments around the world, with major incidents costing millions of dollars every year. Cyber resilience is critical and relies on a cyber-savvy work force that can assess cyber risk, meet privacy and security regulations, and protect sensitive systems and customers from attacks, both within traditionally technical roles and more broadly. The Diploma of Applied Technologies (Cyber Security) aims to prepare graduates to become dynamic, creative and adaptable practitioners with the skills and knowledge to make valuable contributions to organisational resilience through applying cyber security tools.On completion of this qualification, you will be able to:* Apply skills in IT, cybersecurity, digital manufacturing and/or automation to contemporary industry practices* Commence employment or enhance career opportunities* Transition to further study, leadership and managementYou will learn the contemporary technological skills to meet the changing job market and learning will be contextualised to Cyber Security.

Learn about online risks and threats and gain skills in contemporary technology. Prepare for a career in cyber security. Help organisations and government bodies become more resilient to cyber threats.

Diploma of Applied Technologies (Cyber Security)

La Trobe’s Bachelor of Cybersecurity offers you the opportunity to step into the rapidly evolving digital world of cybersecurity.You’ll build a highly specialised technical skillset as you learn about the history of hacking, build your coding expertise, and access industry-based projects and mentoring opportunities with major corporations.You’ll also have the opportunity to complement your industry-focused learning with a choice of elective subjects, which are available to you.You&#39;ll learn:<ul><li>Cybersecurity fundamentals<ul><li>Learn the basic principles and best practices of cybersecurity. Understand how it mitigates cyber vulnerabilities and protects confidential information.</li></ul></li><li>Ethical hacking and defence<ul><li>Gain evaluation techniques to assess the security of network configuration and apply these skills to defend against network-based threats.</li></ul></li><li>Programming and cyber algorithms<ul><li>Explore the widely used Python programming language and learn how algorithms are used to solve cybersecurity challenges.</li></ul></li><li>Network engineering<ul><li>Study the architecture of computer networks and the internet, and examine protocols and services used in the defence of online information.</li></ul></li><li>Cyber governance and risk management<ul><li>Learn the frameworks for cybersecurity governance and risk mitigation based on your emerging understanding of business strategy and risk appetite.</li></ul></li></ul>

Discover how to safeguard businesses from digital threats. This course covers both IT fundamentals and cyber security techniques, so you can pursue opportunities across the ICT sector. You will also learn Python, one of the most used programming languages.

Bachelor of Cybersecurity

Cyber security plays a vital role in our networked global infrastructure. This course covers the theoretical foundations and concepts needed to understand the security issues faced by network environments and the importance of data stewardship.The industry and research-based projects offered by this Microsoft-certified program give you a global perspective and make you work-ready. All our units are embedded with the United Nations sustainable goals. This program is co-designed with CISCO Networking Academy and offers free access to CISCO NetAcad resources. You can use this graduate certificate as a pathway to further expand your knowledge by completing a Master of Information Technology. Units from this course can also count towards a cyber security specialisation in the MBA.

Gain a global perspective of cybersecurity challenges. This course is co-designed with Cisco and includes embedded Microsoft certifications. You’ll study concepts including networks and data safety. Gain practical experience in IT and security.

Graduate Certificate in Cyber Security

This double degree will equip you with modern business and cyber security skillsets. By combining advanced cyber security techniques with a comprehensive understanding of global business dynamics and core IT principles, graduates will be prepared to implement robust security solutions while navigating the complexities of modern business environments. Emphasis is placed on fostering adaptivity, sustainability, problem-solving and creativity, enabling graduates to thrive in diverse industries and sectors. Graduates will have the required knowledge to pursue a career managing a cyber security firm, or as a cyber security analyst at any number of modern businesses.

Thrive in today’s complex business environment as an essential cyber security specialist. You’ll get to know computer systems, data, and cyber security standards. Bolster your IT skills with a professional approach to problem solving and innovation.

Bachelor of Cyber Security/Bachelor of Business

Our Graduate Certificate in Cyber Security will equip you with a deep understanding of scientific theories and practices in the field, empowering you to develop and communicate effective solutions to cyber security challenges. The program emphasises professional integrity and ethical conduct, ensuring you can design and implement sustainable, inclusive cyber security strategies. Pathways  After completing the Graduate Certificate in Cyber Security, you are able to apply to the on-campus Master of Cyber Security and carry over all credits achieved. You will be exempted from completing the four (4) courses (48 credit points) completed in the Graduate Certificate in Cyber Security and will be required to complete an additional twelve (12) courses (144 credit points) as specified in the program structure in order to qualify for the MC159P25 Master of Cyber Security degree. Credit outside of the above arrangements will be assessed consistently with the RMIT University credit policy . If you wish to apply for a credit transfer/RPL, please refer to Apply for credit.

By successfully completing this Information Technology Open Degree Pathway you can gain entry into the following courses: •	Bachelor of Cybersecurity with La Trobe University•	Bachelor of Information Technology with La Trobe University•	Bachelor of Information Technology with University of South Australia•	Associate Degree in Information Technology with University of South Australia

Have you got the IT bug? Experts in IT have never been more in need. This set of subjects are available without entry requirements. If completed successfully, it can set you on the path for a variety of qualifications in tech.

Information Technology Open Degree Pathway

As technology continues to evolve the need for organisations to protect and secure digital information is becoming more critical. As a graduate of the Master of Cyber Security, you will possess the skills to generate and implement innovative cyber security solutions for business, government and individuals.In this degree, you&#39;ll develop the expertise to investigate and identify current and future cyber security threats, conduct risk and vulnerability assessments of networked devices and infrastructure, and generate and implement innovative cyber security solutions.

Become an organisation's first line of defence against cyber security attacks. Explore programming fundamentals and modern computer systems. Then learn how to anticipate threats, identify weaknesses in IT infrastructure and resolve security incidents.

Master of Cyber Security

The course covers an extensive range of theoretical and technical skills across subjects including cybersecurity principles, ethical hacking and penetration testing, human-centric cybersecurity in a smart society, enterprise cybersecurity governance and applications, as well as work-integrated learning to allow you to put your knowledge into practice.On completion, you&#39;ll be able to analyse and recommend innovative cybersecurity solutions, utilising your design thinking and problem-solving skills to protect the digital fortress.Tailor your study to your lifestyle thanks to our innovative digital learning system, accessible from anywhere with 24/7 personalised support. With all your course materials online, and the option to study full or part time, on-campus, online or a blend of both it&#39;s all about flexibility.Course duration: 3 years full time, 6 years part time.

Devise innovative cybersecurity solutions for businesses and organisations. Learn programming languages and work on your ethical hacking skills. Designed to meet the Australian Computer Society's guidelines. Step into in-demand IT roles.

Dreaming of building the next top-selling app or developing revolutionary software? If so, the Bachelor of Computer Science from Charles Sturt University is for you. This on-campus or online computer science degree promotes technical mastery while equipping you with the practical skills and attributes to put you at the top of the employment list. From the foundations of computer science and programming to studies in software production, operating systems and the Internet of Things, you&#39;ll move through subjects reflecting the most up-to-date global technologies. You can tailor your computer science study to major in the high-growth areas of cyber security or web development. Plus, you’ll have the opportunity to gain real work experience through our paid internship program with global companies IBM Australia.The Bachelor of Computer Science can be studied on campus in Bathurst or completely online.

Become a professional programmer with this dynamic online course. You'll graduate with object oriented programming skills to take a software application from concept to reality. Design for the desktop, mobile or web. Accredited by the ACS.

Bachelor of Computer Science

Artificial Intelligence (AI) is all around us; it’s changing the way we see the world, not only creatively in technical areas but across a variety of industries. Understanding how AI works and what benefits it can have can put you in the forefront in the job market. Within this program you will learn to implement AI algorithms and techniques using high-level programming languages to solve real-world problems. At UniSQ you can benefit from our extensive connections with industry partners and gain work-integrated learning experience during a final-year capstone course.

Learn to mine data, create database systems, and feed AI algorithms. You’ll study programming, maths and networks. Cover statistical concepts. Think about AI solutions for real world problems. Grow your professional skills. Get real industry experience.

Bachelor of Information Technology (Artificial Intelligence and Data Science)

Introduction to Cybersecurity

Australia and Cyber Intelligence

Cyber Crime and Cyber Policing

Applied Cyber Security

Data Analytics for Cyber Security

Defensive Cyber Security and Procedures

Cyber Conflict, Cyber Espionage and Information Warfare

Offensive Cyber Security and Penetration Testing

Defensive Cyber Security Procedures

Cyber Threat Intelligence

In the modern Internet era, industries and organisations need to be prepared to defend against cyber threats and attacks. Stakeholders should be familiar with basic principles and best practices of cybersecurity to protect their businesses and personal information. In this subject, these principles and strategies for future cyber security are explored. Key topics include: information security; ethical and legal practices; mitigating cyber vulnerabilities; and the process of incident response and analysis. The subject introduces the broad discipline of cybersecurity and outlines how to ensure the privacy, reliability, confidentiality and integrity of information systems and mitigate against cyber threats and risks.

Explore the basic principles of cybersecurity. Get familiar with industry terminology, software, and best practices. You’ll learn about the importance of protecting data. Study real-world cyber threats and delve into current solutions.

This subject begins with an overview of the Open Systems Interconnection (OSI) architecture and security attacks on system services, and a discussion of different existing security mechanisms. The main focus includes cryptography, system security, network and web security. The students learn: <ol><li>Cryptographic algorithms and protocols, underlying network security applications including single-key and public-key encryption methods, hash functions, digital signatures and key exchange; </li><li> Intrusion detection systems and firewalls that can be used to protect a computer system from security threats, such as intruders, viruses, and worm; </li><li>The use of cryptographic algorithms and security protocols for providing network and internet security in terms of user authentication/identification, IP security and Web security.</li></ol>

Networks Systems and Web Security

This subject will cover basic aspects of information and data security including integrity models, message authentication, authentication tools, access controls and cryptography. Topics will focus on data assurance and prevention methods including data integrity methods. This subject also covers basic cyber-attack defences such as firewalls.

Data Security and Information Assurance

In this subject, you will learn about the procedural nature of cyber security. You will analyse the effectiveness of threat and vulnerability mitigation through use of contemporary cyber security frameworks. You will be explore mitigation strategies, operational controls, and countermeasures needed to address various threats and vulnerabilities from both technical and organisational perspectives. Upon completion of this subject, you will be able to apply your cyber security knowledge to communicate, support, and design improvements to business and personal cyber security posture (i.e. cyber security strength and readiness).

This subject introduces you to industry approaches taken in threat intelligence and assessment. The subject will be task-focused and will allow you to explore the threat intelligence process with a focus on three key areas: understanding industry threat landscapes; legal and ethical considerations for penetration testing; and understanding and assessing penetration testing processes within industry contexts.

The subject begins with a broad examination of cybercrime and moves to a specific focus on cyber fraud. The subject explores contemporary criminological theoretical approaches to explaining cyber fraud, analyses offender methodologies and examines cyber fraud victimology. The subject addresses contemporary approaches to prevention and enforcement in Australia and across the world. The role of relevant government, law enforcement, regulatory agencies and the corporate and private sector in the prevention and detection of cyber fraud is addressed.

Understanding and Preventing Cyber Fraud

This subject introduces students to fundamentals of distributed networked environments, primarily focusing on wired networks but students will examine some of the different approaches in wireless networks. It provides knowledge of internetworking standards and understanding of the networking architecture, technology and operation.This subject will provide students with an understanding of: OSI model framework; TCP/IP, common internet risks and requirements; operation of encryption techniques; digital signatures; public key infrastructure; authentication and non-repudiation. Additionally, students will be required to analyse and assess recent developments in ICT security technologies related to networking. Completing this subject will provide you with the background knowledge and practical experience to go on to obtain micro credentials in the Cisco CCNA 1 “Introduction to Networks” Course, which is the first of three modules in the Cisco Certified Network Associate (CCNA) industry certification.

Data Networks and Security

This subject introduces students to laws and policies regulating Cyberspace. It invites students to critically evaluate the sufficiency and effectiveness of laws, policies and industry self-regulation in addressing challenges to government, business and society in an increasingly online world. The subject specifically examines Australian and International Law and practice in this area paying attention to perspectives from legal, political and technological experts.

Cyber Law and Policy

This subject delves into the scientific study of human behaviour in relation to cyber security, with a particular focus on psychological, sociological, anthropological, financial and economic considerations. Key theories covered include motivation, cognition, emotion, and personality traits that influence victim vulnerability and hacker success. Additionally, the subject examines cybercrime business models, criminological theories, and the impact of organisational culture, leadership, and communication on cyber security practices. Students will analyse the economic and financial implications of investing in human factors in cyber security and propose cost-effective risk management strategies. Through the development of a comprehensive cyber security culture, education, and engagement strategy, students will apply professional skills in evaluative judgment, team building, negotiation, and high-level communication skills.

Human Factors in Cybersecurity

Computer systems and networks, and the applications that they support, are essential to information flows, economic transactions and critical infrastructure in the twenty-first century. While early computer hackers were more interested in exploration, modern cybercrime is increasingly driven by activist or malicious sentiment (hacktivism), espionage and/or the desire for profit. This unit will present an overview of cyber security in practice with reference to both public and private sector organisations. The unit will look at the motives and perpetrators of cybercrime. It will explore how individuals and organisations face specific threats from their use of technology and identifies challenges in maintaining cyber and information security. It further examines the protective security measures required to protect physical and digital access to information through people, infrastructure and computer systems.

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