Master of Professional Engineering (Accelerated) (Software)

at University of Sydney

Units of Study
 

• Advanced Data Models 
• Advanced Signal Processing with Deep Learning 
• Capstone Project A 
• Capstone Project B 
• Capstone Project B Extended
• Computer and Network Security 
• Dissertation A 
• Dissertation B 
• Internet Software Platforms 
• Management of Technology 
• Model Based Software Engineering 
• Object Oriented Application Frameworks 
• Parallel and Distributed Computing 
• Pervasive Computing 
• Practical Experience 
• Professional Practice in IT 
• Project Management in IT 
• Quality Engineering and Management 
• Signals, Software and Health 
• Software Construction and Design 2 
• Software Defined Networks 
• Software Engineering Project 
• Software Quality Engineering 

To be eligible for admission, an applicant is required to have:

• - an Australian Bachelor of Engineering degree with a 65 percent average, or equivalent qualification, in a related field of engineering to which the student is applying.
   

For qualifications awarded outside Australia, equivalencies and entry requirements are determined based on the country, institution and qualification.

Tuition Fee for International Students (Year 1): $50,500 (indicative only)
 

For international students, the tuition fee is for Year 1 of full-time study of 48 credit points (1.0 EFTSL). However, for courses that require completion of less than 48 credit points (Sydney Professional Certificates, Graduate Certificates and some Graduate Diplomas which are less than 48 credit points), the fees indicated are based on the total credit points required for completion of that course as listed in the 'Course details' section.

The tuition fee that you will pay depends on the calendar year in which you undertake your study in the course, and your study load.
This indicative tuition fee is subject to annual increase each year of your study, effective at the start of each calendar year.

Software engineering graduates will find employment opportunities in information technology, database management, multimedia and telecommunication software systems, language compilers, internet programming, real-time software engineering, control systems, biomedical systems and artificial intelligence.

Future study options

The University of Sydney is a research intensive institution with a strong track record of technology transfer, industry leadership and commercialisation. Research activities in the faculty focus on a wide range of areas from aerospace, biomedical, combustion, processing and manufacture, design, robotics, electronics, networks, wireless and satellite systems. If you would like to be part of Sydney's engineering research community, you may consider applying for admission to a research degree. Students completing a Master of Professional Engineering program with excellent average marks are eligible to undertake supervised research in the degree of Master of Philosophy or Doctor of Philosophy.