UndergraduateInformation Technology
Bachelor of Information Technology
Southern Cross University, Lismore/Gold Coast/Coffs Harbour, NSW, Australia
About this program
If you live and breathe technology, our Bachelor of Information Technology is your invitation to step inside the engine driving the global economy. This degree is an Australian Computer Society-accredited immersion into a field that redefines the world every single day. From the moment you start, you will be building a powerhouse technical foundation in programming, cloud computing, and software engineering, all while taking the driver’s seat by specialising in either Artificial Intelligence or Cybersecurity. A 12-week industry placement is baked into the core of the program, giving you the experience and professional networks needed to transition seamlessly into the industry. To ensure you stay ahead of the curve, the curriculum aligns with globally-recognised industry certifications, allowing you to earn the digital badges that act as a “green light” for recruiters. Whether you aspire to be an AI architect, a cyber defence lead, or a visionary software developer, this course is your technical blueprint to not just witness the future, but to build it.
Cost & duration
English test scores
Verified scu.edu.au ↗
Course structure
1 term of coursework
- Core UnitsUnit CodeUnit TitleNotesCOMP1007Information Technology Professional Skills and EthicsCOMP1006Foundations of ComputingCOMP1003Foundations of ProgrammingCOMP1004Cybersecurity Governance
- Risk
- and ComplianceCOMP1008Database SystemsCOMP1001Data Communications and NetworksCOMP1005Applied Artificial IntelligenceCOMP2011Information Technology Project Management and GovernanceCOMP2010Software Engineering PracticesERTH2004Career Development and Professional PracticeCOMP3003Information Technology Industry Practice Note 1
- Note 2COMP3004Developing Artificial Intelligence ApplicationsCOMP3007Information Technology Capstone Project Note 2COMP2009Fundamentals of Artificial Intelligence and Machine Learning COMP1007
- COMP1007Information Technology Professional Skills and Ethics
- COMP1006Foundations of Computing
- COMP1003Foundations of Programming
- COMP1004Cybersecurity Governance
- Risk
- and Compliance
- COMP1008Database Systems
- COMP1001Data Communications and Networks
- COMP1005Applied Artificial Intelligence
- COMP2011Information Technology Project Management and Governance
- COMP2010Software Engineering Practices
- ERTH2004Career Development and Professional Practice
- COMP3003Information Technology Industry Practice
- COMP3004Developing Artificial Intelligence Applications
- COMP3007Information Technology Capstone Project
- COMP2009Fundamentals of Artificial Intelligence and Machine Learning
- Artificial Intelligence SpecialisationUnit CodeUnit TitleNotesCOMP2008Programming and Software DevelopmentCOMP3006Algorithms and Data StructuresCOMP3009Advanced Artificial IntelligenceCOMP3002Cloud Applications Development COMP2008
- COMP2008Programming and Software Development
- COMP3006Algorithms and Data Structures
- COMP3009Advanced Artificial Intelligence
- COMP3002Cloud Applications Development
- Cybersecurity SpecialisationUnit CodeUnit TitleNotesCOMP3008Network and Infrastructure SecurityCOMP2007System and Application SecurityCOMP3005Digital ForensicsCOMP3001Blockchain Technology COMP3008
- COMP3008Network and Infrastructure Security
- COMP2007System and Application Security
- COMP3005Digital Forensics
- COMP3001Blockchain Technology
- Elective UnitsUnit CodeUnit TitleNotesSelect four (4) equivalent units (48 credit points) from another specialisation
- university wide elective unit or from the following list of elective units:COMM1005A Culture of DialogueEDUC1001Language and Learning in Your DisciplineCOMM1004A Culture of EnquiryINDG1002Indigenous KnowledgeSTAT2003Quantitative Research Methods Select four (4) equivalent units (48 credit points) from another specialisation
- university wide elective unit or from the following list of elective units:
- Select four (4) equivalent units (48 credit points) from another specialisation
- university wide elective unit or from the following list of elective units:
- COMM1005A Culture of Dialogue
- EDUC1001Language and Learning in Your Discipline
- COMM1004A Culture of Enquiry
- INDG1002Indigenous Knowledge
- STAT2003Quantitative Research Methods | Core Units: COMP1007 Information Technology Professional Skills and Ethics
- COMP1006Foundations of Computing
- COMP1003Foundations of Programming
- COMP1004Cybersecurity Governance
- Risk
- and Compliance
- COMP1008Database Systems
- COMP1001Data Communications and Networks
- COMP1005Applied Artificial Intelligence
- COMP2011Information Technology Project Management and Governance
- COMP2010Software Engineering Practices
- ERTH2004Career Development and Professional Practice
- COMP3003Information Technology Industry Practice
- COMP3004Developing Artificial Intelligence Applications
- COMP3007Information Technology Capstone Project
- COMP2009Fundamentals of Artificial Intelligence and Machine Learning | Artificial Intelligence Specialisation: COMP2008 Programming and Software Development
- COMP3006Algorithms and Data Structures
- COMP3009Advanced Artificial Intelligence
- COMP3002Cloud Applications Development | Cybersecurity Specialisation: COMP3008 Network and Infrastructure Security
- COMP2007System and Application Security
- COMP3005Digital Forensics
- COMP3001Blockchain Technology | Elective Units: Select four (4) equivalent units (48 credit points) from another specialisation
- university wide elective unit or from the following list of elective units:
- COMM1005A Culture of Dialogue
- EDUC1001Language and Learning in Your Discipline
- COMM1004A Culture of Enquiry
- INDG1002Indigenous Knowledge
- STAT2003Quantitative Research Methods
Career & PR pathway
Occupations this degree typically leads to, and their skilled-migration list status
Developer ProgrammerANZSCO 261312
On MLTSSL, so it supports the 189, 190, and 491. Assessed by the ACS on the same basis as Software Engineer. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.
Assessed by Australian Computer Society (ACS)
ICT Business AnalystANZSCO 261111
On both MLTSSL and CSOL, so it supports 189/190/491 and the employer-sponsored 482/186. Common landing occupation for IT and business-analytics graduates.
Assessed by Australian Computer Society (ACS)
Software EngineerANZSCO 261313
On both MLTSSL and CSOL, so it supports the points-tested 189, 190, and 491 as well as the employer-sponsored 482 and 186. Needs an ACS skills assessment, which usually wants the degree plus one to two years of relevant work, or a Professional Year in ICT in place of some of that experience.
Assessed by Australian Computer Society (ACS)
Systems AnalystANZSCO 261112
On MLTSSL, supporting the 189, 190, and 491, with an ACS skills assessment. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.
Assessed by Australian Computer Society (ACS)
ICT Security SpecialistANZSCO 262112
The code used for the points-tested 189, 190, and 491 pathways. Newer cyber security specialisations (Cyber Security Engineer, Cyber Security Analyst, and others) were split out of this code in 2021 to 2025 ANZSCO updates and sit on CSOL instead; picking the right code matters for which visa applies.
Assessed by Australian Computer Society (ACS)
Computer Network and Systems EngineerANZSCO 263111
On both MLTSSL and CSOL, supporting 189/190/491 and the employer-sponsored 482/186.
Assessed by Australian Computer Society (ACS)
Database AdministratorANZSCO 262111
On STSOL and CSOL, which supports the 190 and 491 (not the 189 on its own) plus the employer-sponsored 482/494/186.
Assessed by Australian Computer Society (ACS)
Systems AdministratorANZSCO 262113
On STSOL, supporting the 190 and 491. Also on CSOL, additionally supporting the employer-sponsored 482 and 186.
Assessed by Australian Computer Society (ACS)
List membership changes over time and does not guarantee an invitation. See the skilled occupation lists guide and the points calculator before relying on this for a visa decision.
Admissions
ATAR: 70. To be eligible to receive the Bachelor of Information Technology, students must complete the equivalent of twenty-two (22) units (288 credit points) comprising: 14 core units (192 credit points) and 1 specialisation (48 credit points); and 4 elective units (48 credit points).
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