Associate Degree of Computer Science
HONE YOUR TECHNICAL SKILLS IN AN EVER-EVOLVING INDUSTRY
Available at
Online,
Melbourne,
Sydney
Fees
Associate Degree of Computer Science
Domestic Fees
Units x Costs ($AUD)
4 x $3,807
12 x $2,728
Indicative Annual Course Fee*
(based on 1.0 EFTSL)
$26,140 AUD Year 1
$21,824 AUD Year 2
Plus Student Services and Amenities Fee (SSAF)
* The Indicative Annual Course Fee reflects that students are charged fees on a per unit basis and the fee for a unit may increase.
For more information view the SAE Fee Schedule or visit the Fee & Payment page.
Associate Degree of Computer Science
International Fees
Units x Costs ($AUD)
4 x $4,439
12 x $3,178
Indicative Annual Course Fee*
(based on 1.0 EFTSL)
$30,468 AUD Year 1
$25,424 AUD Year 2
Plus Student Services and Amenities Fee (SSAF)
* The Indicative Annual Course Fee reflects that students are charged fees on a per unit basis and the fee for a unit may increase.
For more information view the SAE Fee Schedule or visit the Fees & Payment page.
Duration(s)
4 Trimesters Full Time (Fast Track)
Complete your course faster by studying units over 15 months (4 trimesters).
Associate Degree of Computer Science
Course Durations
4 Trimesters Full Time (Fast Track)
Complete your course faster by studying units over 15 months (4 trimesters).
6 Trimesters Full Time
Whilst still classified as a full-time study load, you will complete the units over two years (6 trimesters).
Start Date(s)
February 2025
Associate Degree of Computer Science
Start Dates
Online
February 2025
May 2025
September 2025
Melbourne
February 2025
May 2025
September 2025
Sydney
February 2025
May 2025
September 2025
Entry Requirements
Associate Degree of Computer Science
Domestic Entry Requirements
Domestic students must meet one of the following criteria:
Completion of an Australian Senior Secondary Certificate of Education (QCE, WACE, HSC, SACE, etc.), like your Year 12 certificate or equivalent; OR
Completion of a Diploma-level qualification issued under the Australian Qualifications Framework (AQF); OR
Associate Degree of Computer Science
International Entry Requirements
International Entry Requirements
Minimum age requirements
International students seeking admission to SAE must be 18 years of age OR must be turning 18 during their first trimester of studies at SAE.
Academic requirements
Successful completion of secondary school studies (assessed as an equivalent of Australian Year 12 secondary studies). Minimum overall pass is required.
English language requirements
International English Language Testing Sydney (IELTS): An overall score of 6.0 or higher with no individual band lower than 5.5 (only the Academic Test is accepted), OR
Test of English as a Foreign Language (TOEFL): 73 overall (internet-based test), OR
Pearson Test of English (PTE): Academic score of 46 or higher, OR
Completion of Year 12 English in an Australian secondary school or college or equivalent with a minimum result of “Satisfactory” or equivalent.
associate degree of COMPUTER SCIENCE
Comprising two of the three stages included in our bachelor’s program, the Associate Degree of Computer Science offers emerging professionals a practical look at computer science fundamentals.
Guided by industry-expert mentors, you’ll develop key skills in scripting and automation, project design, IT and cyber security, web development, cloud computing and technical workflow practices.
In addition to your core units, you’ll choose from a pool of electives to develop a specialisation in one of four areas: Games Programming, Software Development, Cyber Security or Web Development.
Enhance your expertise by completing dynamic projects reflective of real-world scenarios, simulating professional practice to prepare you for the workplace. As you develop your technical knowledge and work on more dynamic projects, you’ll collaborate with fellow SAE students and apply your skills to multidisciplinary projects in VFX, Film, Games and Animation.
Graduate from the Associate Degree of Computer Science equipped with the in-demand skillset you need to thrive in any number of industries, from IT and telecommunications to healthcare and education.
Upon completion, you will be eligible for up to 160 credit points towards the Bachelor of Computer Science, providing a structured pathway to future study opportunities.
Your journey towards a dynamic career in Computer Science starts at SAE!
CAREER OUTCOMES
What jobs will this course lead to?
- Games Programmer
- AI Programmer
- Software Engineer
- Systems Engineer
- Security Engineer
- Digital Forensics Investigator
- Cyber Threat Intelligence Assistant
- Junior Web Developer
WHAT OUR STUDENTS SAY ABOUT SAE
"Getting to meet other creatives [at SAE] who had other passions was very satisfying, as we were then able to collaborate on music and other projects."
Aldo Arechar
SAE Alumni | Current Job: Hans Zimmer's Remote Control Productions company in LA
"Studying at SAE taught me the fundamentals of game development, without it I probably wouldn't be able to be doing what I am doing right now."
Keovilay Cola Saycocie
SAE Alumni | Current Job: Unreal Engine Developer
"I have always wanted to be a film director, I worked on film sets and TV sets as an assistant director for several years, and after joining for my bachelor’s degree I focused more on production and a future working as a producer."
Sarah Khalaf
SAE Alumni | Current Job: TV ProducerSAE ASSOCIATE DEGREE OF COMPUTER SCIENCE OFFERS:
An opportunity to master your craft in the skills of professional computer science, creating innovative and technically sophisticated computer science projects.
In-depth knowledge of the computer science industry with practical, collaborative, industry-standard mentoring.
A range of approaches to learning and teaching, including virtual and on-campus opportunities that allow for flexibility, real-world application of knowledge, and support for students.
Learn in world-class studio environments
Apply advanced techniques and strategies, using industry-standard programming languages for software development and machine learning. Utilise the latest industry IDEs, DevOps platforms, Real-Time Engines, Cloud Computing, and Machine Learning technologies.
Practical, immersive training
Learn as you collaborate on real-world projects and briefs. Build a continually expanding portfolio of innovative solutions to share with an employer or first client.
Creative collaboration
Create the technology of the future, enhancing capabilities for science, corporate, government, media and for defence by collaborating with SAE students from other creative and technical areas.
Expand your career
Graduate with a professional portfolio, employability and entrepreneurial skills, and a network of fellow creatives.
YOUR CAREER IN COMPUTER SCIENCE BEGINS NOW
Tools & Software
COMPUTER SCIENCE SKILLS
Computer science strategies & techniques
Technical workflow practices
Python, C++ & Java programming languages
Data management
Networking and hardware
Principles of ethics, AI & project management
Upskilling within a specialisation
Course Structure
The Associate Degree of Computer Science is broken up into two distinct stages, each designed to develop different skills. This course allows you to choose from a pool of electives throughout your studies and will see you develop a specialisation in one of four areas: Games Programming, Software Development, Cyber Security or Web Development.
Core Units
Stage 1: Foundations
Develop the essential technical skills and the knowledge required to collaborate with other students and professionals.
Credit points: 10
This subject serves as your gateway to understanding how humans and computers interact effectively. Here, you will explore the fundamental principles of HCI that underpin all user interfaces, from the ones on your phone to complex software applications. We will delve into various interaction methods, including traditional desktop interfaces, mobile technologies, and even emerging concepts like tangible objects and ambient displays.
This subject serves as your gateway to understanding how humans and computers interact effectively. Here, you will explore the fundamental principles of HCI that underpin all user interfaces, from the ones on your phone to complex software applications. We will delve into various interaction methods, including traditional desktop interfaces, mobile technologies, and even emerging concepts like tangible objects and ambient displays.
Credit points: 10
Scripting and automation concepts are core to computing disciplines. In the cyber security context, scripting and automation is used in numerous ways, from secure software development, through to software defined networks, and Development Security Operations. You will experience a practical approach to scripting and automation, focusing on the development of scripts and the integration of these scripts with common security and business applications to automate security, networking, and other processes. You will use Python, a popular scripting and automation language widely used in the cyber security industry, and Powershell, a powerful scripting language used as a command shell, a scripting language and for configuration management.
Scripting and automation concepts are core to computing disciplines. In the cyber security context, scripting and automation is used in numerous ways, from secure software development, through to software defined networks, and Development Security Operations. You will experience a practical approach to scripting and automation, focusing on the development of scripts and the integration of these scripts with common security and business applications to automate security, networking, and other processes. You will use Python, a popular scripting and automation language widely used in the cyber security industry, and Powershell, a powerful scripting language used as a command shell, a scripting language and for configuration management.
Credit points: 10
This unit explores the concepts of entrepreneurship, innovation and project design. You will develop approaches to identify promising opportunities and actionable strategies to transform them into tangible successes. Through exposure to developing new ideas, processes and ways of working - both individually and in entrepreneurial teams - you will hone skills to put creative ideas into practice and achieve real-world impact.
As Alan Kay explained, "The best way to predict the future is to create it", so let's get at it!
This unit explores the concepts of entrepreneurship, innovation and project design. You will develop approaches to identify promising opportunities and actionable strategies to transform them into tangible successes. Through exposure to developing new ideas, processes and ways of working - both individually and in entrepreneurial teams - you will hone skills to put creative ideas into practice and achieve real-world impact.
As Alan Kay explained, "The best way to predict the future is to create it", so let's get at it!
Credit points: 10
This unit focuses on the fundamental knowledge and skills required by all IT professionals. You will explore basic IT concepts and terminology as well as the hardware and software elements that form the basis of systems from personal computing through to enterprise level. You will also explore how software is developed and used, and the collection, storage and use of data. All these topics will be viewed through a cyber security lens and the unit will conclude by considering the field of cyber security as a holistic discipline.
This unit focuses on the fundamental knowledge and skills required by all IT professionals. You will explore basic IT concepts and terminology as well as the hardware and software elements that form the basis of systems from personal computing through to enterprise level. You will also explore how software is developed and used, and the collection, storage and use of data. All these topics will be viewed through a cyber security lens and the unit will conclude by considering the field of cyber security as a holistic discipline.
Credit points: 10
Modern personal and enterprise computing relies on internetworked systems. Understanding the basis of how systems are networked and how information is transported is essential to cyber security. This unit explores fundamental networking concepts, how networks are managed, and how they are secured. You will use network simulation tools to build simple and complex networks and will be introduced to important diagnostic tools and techniques.
Modern personal and enterprise computing relies on internetworked systems. Understanding the basis of how systems are networked and how information is transported is essential to cyber security. This unit explores fundamental networking concepts, how networks are managed, and how they are secured. You will use network simulation tools to build simple and complex networks and will be introduced to important diagnostic tools and techniques.
Credit points: 10
This unit equips you with the foundational knowledge and practical skills to navigate the intricate world of data structures and algorithms. You will explore fundamental structures like arrays, linked lists, stacks, and queues, along with their strengths, weaknesses, and real-world applications. Delve into advanced structures such as trees and graphs, used to represent hierarchical relationships and network connections, and explore essential algorithms for sorting (e.g. selection sort, merge sort), searching (e.g. linear search, binary search), and graph traversal.
This unit equips you with the foundational knowledge and practical skills to navigate the intricate world of data structures and algorithms. You will explore fundamental structures like arrays, linked lists, stacks, and queues, along with their strengths, weaknesses, and real-world applications. Delve into advanced structures such as trees and graphs, used to represent hierarchical relationships and network connections, and explore essential algorithms for sorting (e.g. selection sort, merge sort), searching (e.g. linear search, binary search), and graph traversal.
Credit points: 10
This unit serves as your launchpad into the world of creating software applications. You'll unveil the secrets behind the technology you use every day and gain the fundamental skills to build your own programs. We will delve into the core concepts of procedural programming, where you will learn how to break down problems into step-by-step instructions that computers can understand. This foundation will then be expanded upon as we explore the power of object-oriented programming (OOP), a more structured and efficient approach to building complex software. The unit adopts a hands-on learning approach, where you will actively apply your knowledge through engaging projects.
This unit serves as your launchpad into the world of creating software applications. You'll unveil the secrets behind the technology you use every day and gain the fundamental skills to build your own programs. We will delve into the core concepts of procedural programming, where you will learn how to break down problems into step-by-step instructions that computers can understand. This foundation will then be expanded upon as we explore the power of object-oriented programming (OOP), a more structured and efficient approach to building complex software. The unit adopts a hands-on learning approach, where you will actively apply your knowledge through engaging projects.
Credit points: 10
This unit will introduce you to foundational knowledge and skills for web development which will be useful throughout your studies and career in computer science. You will learn foundational concepts, principles and skill in web development. We will delve into the core concepts of the Document Object Model (DOM), Hyper Text Markup Language (HTML) and its companion Cascading Style Sheets (CSS), and an industry-standard programming language for websites: Javascript. Explore concepts of web design theories and practices including web servers, web databases, web domains, Content Management Systems, web design, web layout, responsive web design, functionality and usability.
This unit will introduce you to foundational knowledge and skills for web development which will be useful throughout your studies and career in computer science. You will learn foundational concepts, principles and skill in web development. We will delve into the core concepts of the Document Object Model (DOM), Hyper Text Markup Language (HTML) and its companion Cascading Style Sheets (CSS), and an industry-standard programming language for websites: Javascript. Explore concepts of web design theories and practices including web servers, web databases, web domains, Content Management Systems, web design, web layout, responsive web design, functionality and usability.
Stage 2: Refine & Expand
Broaden your scope to work on complex multidisciplinary projects in accordance with industry standard practices.
Credit points: 10
This unit is about the relationship between Systems Thinking and Design Thinking. Throughout the unit, students will explore the role of Design in Systems Thinking and how looking at the world through a systems lens influences the design of effective, conceptual solutions. Students will engage in discussions concerning the critical concepts developed in the Systems and Design Thinking fields, their underlying assumptions, and the ways in which they can be integrated as a cohesive conceptual framework.
This unit is about the relationship between Systems Thinking and Design Thinking. Throughout the unit, students will explore the role of Design in Systems Thinking and how looking at the world through a systems lens influences the design of effective, conceptual solutions. Students will engage in discussions concerning the critical concepts developed in the Systems and Design Thinking fields, their underlying assumptions, and the ways in which they can be integrated as a cohesive conceptual framework.
Credit points: 10
Through a combination of theoretical exploration and practical application, you will engage with current literature, exploring relevant research articles, papers, and case studies in the field. By critically analysing existing work, you will develop a solid understanding of the current state of computing technology enabling you to contextualise your investigations within broader societal, ethical, and environmental contexts. Ethical behaviour is paramount in technology development and you will explore ethical frameworks, professional codes of conduct, and legal responsibilities to be equipped to make informed decisions that align with societal values.
Through a combination of theoretical exploration and practical application, you will engage with current literature, exploring relevant research articles, papers, and case studies in the field. By critically analysing existing work, you will develop a solid understanding of the current state of computing technology enabling you to contextualise your investigations within broader societal, ethical, and environmental contexts. Ethical behaviour is paramount in technology development and you will explore ethical frameworks, professional codes of conduct, and legal responsibilities to be equipped to make informed decisions that align with societal values.
Credit points: 10
This unit will include a hands-on approach to learning technical skills and knowledge about hardware, electronics and networking components. You will learn how to construct and repair components in addition to learning the craft of wiring and soldering. Throughout this unit, you will also learn and practise how to work safely and use safety equipment.
This unit will include a hands-on approach to learning technical skills and knowledge about hardware, electronics and networking components. You will learn how to construct and repair components in addition to learning the craft of wiring and soldering. Throughout this unit, you will also learn and practise how to work safely and use safety equipment.
Credit points: 10
Game development is a long and complicated process. But how do game developers know what ideas to pursue and which ones to give up? This is why we develop rapid prototypes: to test a theory or idea before we lose months or years of time to a concept that is simply too challenging to develop to the standard we desire. These prototypes are created purely to test a concept or tool. They are developed, analysed, and disposed of once we have learned what we can from them.
Game development is a long and complicated process. But how do game developers know what ideas to pursue and which ones to give up? This is why we develop rapid prototypes: to test a theory or idea before we lose months or years of time to a concept that is simply too challenging to develop to the standard we desire. These prototypes are created purely to test a concept or tool. They are developed, analysed, and disposed of once we have learned what we can from them.
Credit points: 10
This course introduces students to the dynamic field of cloud computing. Through a blend of theoretical understanding and hands-on practice, students will grasp the basics of cloud computing, including virtualisation, service models (IaaS, PaaS, SaaS), and the principles driving cloud adoption. Using platforms like AWS, Azure, or Google Cloud, students will learn to provision virtual machines, configure networking, and manage storage. They’ll delve into cloud security, covering identity management, encryption, and compliance. Additionally, leveraging microservices, containers (e.g., Docker, Kubernetes), and serverless computing (e.g., AWS Lambda), students will design and implement scalable, resilient, and cost-effective cloud-native solutions.
This course introduces students to the dynamic field of cloud computing. Through a blend of theoretical understanding and hands-on practice, students will grasp the basics of cloud computing, including virtualisation, service models (IaaS, PaaS, SaaS), and the principles driving cloud adoption. Using platforms like AWS, Azure, or Google Cloud, students will learn to provision virtual machines, configure networking, and manage storage. They’ll delve into cloud security, covering identity management, encryption, and compliance. Additionally, leveraging microservices, containers (e.g., Docker, Kubernetes), and serverless computing (e.g., AWS Lambda), students will design and implement scalable, resilient, and cost-effective cloud-native solutions.
Games Programming Electives
Credit points: 10
This advanced unit empowers you with a strong foundation in C# and C++ programming to create custom plugins for the industry-leading game engines, Unity and Unreal Engine. Delve into techniques and concepts required to craft high-quality plugins that address various game development needs. Explore the fundamental architecture of both Unity and Unreal Engine plugins, along with APIs (Application Programming Interfaces) that act as communication channels between your plugin and the engine.
This advanced unit empowers you with a strong foundation in C# and C++ programming to create custom plugins for the industry-leading game engines, Unity and Unreal Engine. Delve into techniques and concepts required to craft high-quality plugins that address various game development needs. Explore the fundamental architecture of both Unity and Unreal Engine plugins, along with APIs (Application Programming Interfaces) that act as communication channels between your plugin and the engine.
Credit points: 10
This unit delves into the design and implementation of Artificial Intelligence (AI) specifically for video games. You will explore core game AI concepts, algorithms, and techniques used to create intelligent and believable behaviours for Non-Player Characters (NPCs) and other in-game entities. The unit will cover topics like pathfinding, decision-making, planners, and character animation to bring your game world to life.
This unit delves into the design and implementation of Artificial Intelligence (AI) specifically for video games. You will explore core game AI concepts, algorithms, and techniques used to create intelligent and believable behaviours for Non-Player Characters (NPCs) and other in-game entities. The unit will cover topics like pathfinding, decision-making, planners, and character animation to bring your game world to life.
Credit points: 10
Have you ever dreamt of building a game where you can challenge your friends or players worldwide? Networking and Multiplayer Systems is your launchpad! We will equip you with the essential skills to create the backbone of any multiplayer game. You will master network protocols, conquer latency, and ensure smooth data flow for a responsive and engaging experience. We will delve into client-server communication, unravel the mysteries of game state management, and empower you to write code that transmits game information efficiently.
Have you ever dreamt of building a game where you can challenge your friends or players worldwide? Networking and Multiplayer Systems is your launchpad! We will equip you with the essential skills to create the backbone of any multiplayer game. You will master network protocols, conquer latency, and ensure smooth data flow for a responsive and engaging experience. We will delve into client-server communication, unravel the mysteries of game state management, and empower you to write code that transmits game information efficiently.
Credit points: 10
Are you ready to take your game design skills to the next level? This unit delves into the power of games for more than just entertainment. We will explore the invigorating world of Applied Game Design, with a subcontext of meaningful application, where you will learn how to craft engaging experiences that not only entertain but also achieve specific goals for players, such as education, training, or social impact.
Are you ready to take your game design skills to the next level? This unit delves into the power of games for more than just entertainment. We will explore the invigorating world of Applied Game Design, with a subcontext of meaningful application, where you will learn how to craft engaging experiences that not only entertain but also achieve specific goals for players, such as education, training, or social impact.
Software Development Electives
Credit points: 10
Dive into the world of advanced algorithms, the workhorses behind automation and machine learning. You'll learn how to analyse these algorithms for efficiency and choose the right tool for the job. We'll also explore how to integrate machine learning algorithms into your software, allowing your programs to learn and adapt. This opens up a world of possibilities, from automating repetitive tasks to building software that can predict future trends. Finally, you'll master the art of data visualisation, transforming complex data into clear and compelling stories - you will showcase your findings with interactive charts and graphs, making data analysis accessible to everyone.
Dive into the world of advanced algorithms, the workhorses behind automation and machine learning. You'll learn how to analyse these algorithms for efficiency and choose the right tool for the job. We'll also explore how to integrate machine learning algorithms into your software, allowing your programs to learn and adapt. This opens up a world of possibilities, from automating repetitive tasks to building software that can predict future trends. Finally, you'll master the art of data visualisation, transforming complex data into clear and compelling stories - you will showcase your findings with interactive charts and graphs, making data analysis accessible to everyone.
Credit points: 10
Are you ready to transform from a software consumer to a software creator? Get ready to tackle real-world challenges head-on in this project-based unit. We'll provide a curated selection of project themes inspired by what's happening in the industry. These themes could involve anything from building innovative mobile apps to designing user-friendly web platforms. The choice is yours! Throughout the unit, you'll work collaboratively in teams. Together, you'll analyse a chosen challenge, brainstorm creative solutions, and bring your ideas to life. This isn't just about coding – you'll hone your communication skills, master project planning, and learn how to work effectively as a team.
Are you ready to transform from a software consumer to a software creator? Get ready to tackle real-world challenges head-on in this project-based unit. We'll provide a curated selection of project themes inspired by what's happening in the industry. These themes could involve anything from building innovative mobile apps to designing user-friendly web platforms. The choice is yours! Throughout the unit, you'll work collaboratively in teams. Together, you'll analyse a chosen challenge, brainstorm creative solutions, and bring your ideas to life. This isn't just about coding – you'll hone your communication skills, master project planning, and learn how to work effectively as a team.
Credit points: 10
In this unit you will delve into the exciting world of mobile game development, building upon your existing knowledge of game design and scripting. You will learn effective mobile game programming techniques with a focus on design patterns, and work with powerful tools that can improve the efficiency, maintainability, and scalability of your code. This unit equips you with the skills and knowledge to embark on a successful journey as a mobile game developer, allowing you to create polished and engaging games that stand out from the crowd.
In this unit you will delve into the exciting world of mobile game development, building upon your existing knowledge of game design and scripting. You will learn effective mobile game programming techniques with a focus on design patterns, and work with powerful tools that can improve the efficiency, maintainability, and scalability of your code. This unit equips you with the skills and knowledge to embark on a successful journey as a mobile game developer, allowing you to create polished and engaging games that stand out from the crowd.
Credit points: 10
This unit covers the essential aspects of software testing and reliability engineering. Beginning with foundational principles, you will learn various testing techniques and how to design effective test cases and plans. You will develop practical skills through the execution of projects that focus on integration testing and regression test suite development. Later topics include software reliability engineering principles, statistical methods for analysis, and strategies for improving system reliability.
This unit covers the essential aspects of software testing and reliability engineering. Beginning with foundational principles, you will learn various testing techniques and how to design effective test cases and plans. You will develop practical skills through the execution of projects that focus on integration testing and regression test suite development. Later topics include software reliability engineering principles, statistical methods for analysis, and strategies for improving system reliability.
Cyber Security Electives
Credit points: 10
Embark on a thrilling journey into the unseen battlegrounds of the digital age. We will peel back the layers of cyberwarfare, uncovering the art and science behind digital espionage, weaponised code, and the ever-evolving tactics employed by attackers. Through a dynamic blend of learning methods, you will gain a comprehensive understanding of cyberwarfare. We will delve into the cryptographic principles that safeguard information, explore the tools used by cyber spies to infiltrate networks, and even participate in practical exercises that simulate real-world hacking scenarios.
Embark on a thrilling journey into the unseen battlegrounds of the digital age. We will peel back the layers of cyberwarfare, uncovering the art and science behind digital espionage, weaponised code, and the ever-evolving tactics employed by attackers. Through a dynamic blend of learning methods, you will gain a comprehensive understanding of cyberwarfare. We will delve into the cryptographic principles that safeguard information, explore the tools used by cyber spies to infiltrate networks, and even participate in practical exercises that simulate real-world hacking scenarios.
Credit points: 10
In this unit you will learn techniques in gathering evidence of cyber security breaches from devices and how to conduct ethical hacking to analyse vulnerabilities - key skills used to assist law enforcement organisations to analyse and investigate digital evidence and crimes. You will develop skills and knowledge in digital evidence collection, analysis and reporting, and memory, operating system, email and network forensics.
In this unit you will learn techniques in gathering evidence of cyber security breaches from devices and how to conduct ethical hacking to analyse vulnerabilities - key skills used to assist law enforcement organisations to analyse and investigate digital evidence and crimes. You will develop skills and knowledge in digital evidence collection, analysis and reporting, and memory, operating system, email and network forensics.
Credit points: 10
This unit focuses on understanding and combating malware threats in computer systems and networks. Students will learn about various types of malware, including viruses, worms, Trojans, ransomware, and spyware. They will explore how these malicious programs infiltrate systems, compromise data, and disrupt network operations. Additionally, students will acquire practical skills to dissect and examine suspicious files and URLs using advanced analysis methods.
This unit focuses on understanding and combating malware threats in computer systems and networks. Students will learn about various types of malware, including viruses, worms, Trojans, ransomware, and spyware. They will explore how these malicious programs infiltrate systems, compromise data, and disrupt network operations. Additionally, students will acquire practical skills to dissect and examine suspicious files and URLs using advanced analysis methods.
Credit points: 10
This subject equips you with the knowledge and skills to navigate the ever-evolving landscape of cyber security threats. You will delve into the fundamentals of network security, exploring various threats, vulnerabilities, and the countermeasures employed to safeguard networks. This subject is ideal for learners with a curiosity about cyber security and a desire to understand how networks are protected from malicious attacks. If you are passionate about safeguarding data and ensuring online security, this subject is the perfect gateway to your journey in this dynamic field!
This subject equips you with the knowledge and skills to navigate the ever-evolving landscape of cyber security threats. You will delve into the fundamentals of network security, exploring various threats, vulnerabilities, and the countermeasures employed to safeguard networks. This subject is ideal for learners with a curiosity about cyber security and a desire to understand how networks are protected from malicious attacks. If you are passionate about safeguarding data and ensuring online security, this subject is the perfect gateway to your journey in this dynamic field!
Web Development Electives
Credit points: 10
In this unit, you will learn to understand the user or target audience as part of your design process through exploring UX (user experience) and UI (user interface) design. By applying UX design tools such as personas and user journeys and UI design such as prototyping, iterating and testing, you will explore creating websites or apps that provide an ideal user experience. Knowing how to do user research and design digital interfaces effectively is essential for a contemporary designer.
In this unit, you will learn to understand the user or target audience as part of your design process through exploring UX (user experience) and UI (user interface) design. By applying UX design tools such as personas and user journeys and UI design such as prototyping, iterating and testing, you will explore creating websites or apps that provide an ideal user experience. Knowing how to do user research and design digital interfaces effectively is essential for a contemporary designer.
Credit points: 10
This unit covers the essential aspects of software testing and reliability engineering. Beginning with foundational principles, you will learn various testing techniques and how to design effective test cases and plans. You will develop practical skills through the execution of projects that focus on integration testing and regression test suite development. Later topics include software reliability engineering principles, statistical methods for analysis, and strategies for improving system reliability.
This unit covers the essential aspects of software testing and reliability engineering. Beginning with foundational principles, you will learn various testing techniques and how to design effective test cases and plans. You will develop practical skills through the execution of projects that focus on integration testing and regression test suite development. Later topics include software reliability engineering principles, statistical methods for analysis, and strategies for improving system reliability.
Credit points: 10
In this unit you will delve into the exciting world of mobile game development, building upon your existing knowledge of game design and scripting. You will learn effective mobile game programming techniques with a focus on design patterns, and work with powerful tools that can improve the efficiency, maintainability, and scalability of your code. This unit equips you with the skills and knowledge to embark on a successful journey as a mobile game developer, allowing you to create polished and engaging games that stand out from the crowd.
In this unit you will delve into the exciting world of mobile game development, building upon your existing knowledge of game design and scripting. You will learn effective mobile game programming techniques with a focus on design patterns, and work with powerful tools that can improve the efficiency, maintainability, and scalability of your code. This unit equips you with the skills and knowledge to embark on a successful journey as a mobile game developer, allowing you to create polished and engaging games that stand out from the crowd.
Credit points: 10
In order to become a ‘full stack’ web developer, you will need to be skilled at both front-end and back-end web development. Where ‘front-end’ web development focuses on the aspects of websites without a database, back-end web development focuses on the use and interaction of a website database. This unit will build upon prior learning in front-end web development, programming and databases. To further develop and refine your knowledge and skills in web development, this unit will delve further into the theories and practical applications of web development for dynamic websites that use database interaction in addition to asynchronous website dynamics using a combination of Javascript and PHP.
In order to become a ‘full stack’ web developer, you will need to be skilled at both front-end and back-end web development. Where ‘front-end’ web development focuses on the aspects of websites without a database, back-end web development focuses on the use and interaction of a website database. This unit will build upon prior learning in front-end web development, programming and databases. To further develop and refine your knowledge and skills in web development, this unit will delve further into the theories and practical applications of web development for dynamic websites that use database interaction in addition to asynchronous website dynamics using a combination of Javascript and PHP.
CRICOS Course Codes
116346K (6 TRIMESTERS)
Australian Qualifications Framework
AQF Level: 7
Self-accredited by SAE
FEE‑HELP* is an Australian Government loan scheme that assists eligible fee paying students pay all or part of their tuition fees. It cannot be used for additional study costs such as accommodation or text books. The total amount of FEE‑HELP a person can use is known as the ‘FEE‑HELP limit’.
Once a person begins using FEE‑HELP, the amount of FEE‑HELP they have left to use is known as their ‘FEE‑HELP balance’.
* Terms and conditions apply. For the latest updates regarding FEE-HELP please refer to sae.edu.au/fees
You can choose to study most of our courses in a part-time capacity. An SAE course advisor will be able to give you more information about the study options for your chosen course.
Note: Part-time is not available for international students.
CREDIT AND RECOGNITION OF PRIOR LEARNING
SAE may recognise your prior learning and may grant credit towards satisfying the requirements for a higher-level program. This is applied where previous learning is considered equivalent to the content and learning outcomes prescribed for units within the program.
For full details, please refer to SAE's policy on recognition of prior learning and credit transfers.
