Department of Computer Engineering
Shaping the next generation of technology innovators
Diploma of Computer Engineering – Artificial Intelligence 0-2
Diploma Program · 60 Credit Hours ·
60CH
Credit Hours
7
Learning Outcomes
4+
Career Pathways
2
Years Duration
The 60 CH of the Computer Engineering – Artificial Intelligence Diploma program spans over university, college, and department requirements as either mandatory or elective courses.
A student can enroll in the Diploma program only when all the foundation requirements in Math
and English are met. Otherwise, the student will first enroll in the AU English Language
program and/or prerequisite Math courses.
RECOMMENDED STUDY PLAN
- Apply mathematics, science, engineering fundamentals, and standard hardware/software tools to solve well-defined problems.
- Conduct tests and experiments in the practice area and analyze and interpret data.
- Provide support in performing tasks and procedures and assist in designing engineering systems and components.
- Understand and apply relevant standards and codes of practice with an emphasis on health and safety aspects in the workplace.
- Recognize the impact of engineering practice in global, economic, environmental, and societal contexts.
- Apply common communication techniques in well-defined technical and non-technical engineering environments and select appropriate technical literature.
- Function effectively as individuals and in diverse teams and use a foreign language if applicable.
AI Technician
Smart Systems Developer
Junior Data Analyst
Robotics Engineering Assistant
Technical Support Specialist for Smart Systems
Diploma of Computer Engineering – Networking 0-2
Diploma Program · 60 Credit Hours ·
60CH
Credit Hours
7
Learning Outcomes
4+
Career Pathways
2
Years Duration
The 60 CH of the Diploma of Computer Engineering – Networking program span university, college, and department requirements, offered as mandatory and elective courses.
A student may enroll in the Diploma program only after completing all foundation requirements in Math and English. Otherwise, the student will first enroll in the AU English Language Program and/or prerequisite Math courses.
RECOMMENDED STUDY PLAN
- Apply mathematics, science, and engineering fundamentals, along with standard hardware and software tools, to solve well-defined engineering problems.
- Conduct tests and experiments in computer engineering areas and analyze and interpret data.
- Assist in the design, development, and maintenance of computer systems, including hardware and software components.
- Understand and apply relevant standards and codes of practice, with an emphasis on health and safety in the workplace.
- Recognize the impact of computer engineering practices in global, economic, environmental, and societal contexts.
- Apply effective communication techniques in technical and non-technical environments and utilize appropriate technical documentation.
- Function effectively both independently and within diverse teams, and use a foreign language when applicable.
Hardware Technician
IT Support Technician
Embedded Systems Assistant
Computer Engineering Technician
Computer Systems Technician
Technical Support Specialist
Diploma of Computer Engineering – Cybersecurity 0-2
Diploma Program · 60 Credit Hours ·
60CH
Credit Hours
7
Learning Outcomes
4+
Career Pathways
2
Years Duration
The 60 CH of the Computer Engineering – Cybersecurity Diploma program span over university, college, and department requirements as either mandatory or elective courses.
A student can enroll in the Diploma program only when all the foundation requirements in Math
and English are met. Otherwise, the student will first enroll in the AU English Language
program and/or prerequisite Math courses.
RECOMMENDED STUDY PLAN
- Apply mathematics, science, engineering fundamentals, and standard hardware/software tools to solve well-defined problems.
- Conduct tests and experiments in the practice area and analyze and interpret data.
- Provide support in performing tasks and procedures and assist in designing engineering systems and components.
- Understand and apply relevant standards and codes of practice with an emphasis on health and safety aspects in the workplace.
- Recognize the impact of engineering practice in global, economic, environmental, and societal contexts.
- Apply common communication techniques in well-defined technical and non-technical engineering environments and select appropriate technical literature.
- Function effectively as individuals and in diverse teams and use a foreign language if applicable.