- Students are to follow the requirements of the Handbook for the year they commenced the course.
However, the subject links below do not contain the subject information for the current year. You can view current subject information through the new Course Handbook.
Doctor of Philosophy (Integrated)
Testamur Title of Degree: | Doctor of Philosophy (Integrated) |
Abbreviation: | PhD (Int) |
UOW Course Code: | 210 |
Home Faculty: | Engineering and Information Sciences |
Study Area/Disciplines/My University Key Words: | Mathematics, Statistics, Applied Statistics, Physics, Information & Communication Technology, Computer Science, Information Technology, Information Systems, Engineering, Medical Radiation Physics, Computer Science, Information Technology, Information Systems, Information & Communication Technology, Security, Software Engineering, Multimedia Information Processing, Intelligent Systems, Civil, Computer, Electrical, Environmental, Materials, Mechanical, Mechatronic, Mining, Telecommunications, Philosophy |
Total Credit Points: | 192 |
CRICOS Code | 074738A - Mathematics & Applied Statistics |
Duration: | 4 years full-time or part-time equivalent |
Delivery Session(s): | Autumn, Spring |
Delivery Mode: | On Campus |
Delivery Campus: | Wollongong |
Additional Information | Course Finder (Information & Communication Technology, Mathematics & Statistics) Course Finder (Engineering, Physics) |
Course Description
The Doctor of Philosophy (Integrated) is a four-year research degree which incorporates a traditional three-year PhD thesis with one year of coursework subjects, combining generic research training and discipline-specific content into a single degree.
The coursework, which is undertaken in the first year of the degree, comprises research training skills and individual coursework subjects. Research skills are tailored for each faculty, but typically include: research methodology; literature review, critical analysis, or laboratory projects; and advanced topics or a minor research project. The individual subjects are normally chosen from options within the Masters by Coursework degrees within the relevant faculty, thereby allowing students to obtain deeper content knowledge in a specific discipline area.
International students intending to become university researchers and teachers in their home country will benefit from exposure to Australian teaching methods through these subjects.
The research component is the same as for the three-year PhD program, leading to the production of a written thesis which involves a significant contribution to a field of knowledge.
In order to progress to the research component, PhD Integrated students must complete the first year with an average of 65%, including 65% in each research training skills subject. Students progressing to the research component will have developed their specific research topic before commencing the research component. For research areas that the Faculty specialises in please see the PhD handbook entry.
Visit Research and Innovation for more information regarding the course structure.
Entry Requirements
Academic requirements, English requirements and credit transfer information are available from Course Finder (Information & Communication Technology, Mathematics & Statistics) and
Course Finder (Engineering, Physics).
Course Structure
Year 1
Candidates will be required to complete a total of 48 credit points of coursework subjects consisting of a selection of research training and relevant discipline subjects which support the intended area of research.
PHD (Integrated) subject list
- Mathematics and Applied Statistics
- Physics and Medical Radiation Physics
- Information Technology & Communication
- Engineering (Civil, Environmental, Mining, Materials, Mechanical, Mechatronics, Electrical, Computer & Telecommunications)
Continuation to the PhD thesis will be dependent upon successful completion of the coursework component at a WAM of 65.
Mathematics and Applied Statistics
Subject | Session | Credit Points | |
Compulsory research training subjects: | |||
Research Methods | Autumn | 6 | |
Project | Annual/Spring | 12 | |
OR |
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Project | Annual/Spring | 12 | |
Plus |
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Data Mining and Knowledge Discovery | Autumn | 6 | |
Plus a schedule of subjects from the list below, approved by the HPS: | |||
Mathematics for Cryptography | Autumn | 6 | |
Solutions to Differential Equations by One-Parameter Groups | n/o2014 | 6 | |
Financial Calculus | Autumn | 6 | |
Numerical Methods in Finance | Spring | 6 | |
Practitioners' Seminar | Annual/Spring | 6 | |
Statistics in Health Research | Spring | 6 | |
Modern Inference | n/o 2014 | 6 | |
Advanced Data Analysis | Autumn | 6 | |
Survey Design and Analysis | Spring | 6 | |
Statistical Consulting | Autumn | 6 | |
Experimental Design | Spring | 6 | |
Stochastic Methods in Finance | Autumn | 6 | |
Linear and Generalised Linear Models | Spring | 6 | |
Statistical Inference | Spring | 6 | |
Applied Probability and Financial Risk | Autumn | 6 | |
Sample Surveys and Experimental Design (with Project) | Autumn | 6 |
Physics and Medical Radiation Physics
Medical Radiation Physics | ||
Medical Physics Research Project | 18 | |
Radiation and Radiotherapy Physics | 8 | |
Medical Imaging and Nuclear Medicine | 8 | |
Radiobiology and Radiation Protection | 8 | |
Physics | ||
Quantum Mechanics | 8 | |
Solid State Physics | 8 | |
Special Topics in Physics A | 8 | |
Applied Physics Project | 24 |
Information Technology & Communication -
Computer Science & Software Engineering
Subject | Session | Credit Points | |
Compulsory research training subjects: | |||
Fundamentals of HDR Writing | Spring | 6 | |
Project | Annual | 12 | |
CSCI991 | Project | Annual | 12 |
CSCI940 | CS Research Methodology | Autumn | 6 |
Plus the relevant discipline subjects as listed below. These subjects may be varied with the approval of the HPS. | |||
CSCI910 | Formal Methods in Software Engineering | Autumn | 6 |
CSCI920 | Contemporary Topics in Computer Science | Autumn/Spring | 6 |
CSCI924 | Reasoning and Learning | Spring | 6 |
CSCI926 | Software Testing and Analysis | Autumn | 6 |
CSCI927 | Service-Oriented Software Engineering | Spring | 6 |
CSCI928 | Software Engineering Requirements and Specifications | Spring | 6 |
CSCI935 | Computer Vision | Spring | 6 |
CSCI936 | Visualisation | Autumn | 6 |
CSCI944 | Perception and Planning | Spring | 6 |
CSCI946 | Multimedia Content Management | Spring | 6 |
CSCI964 | Computational Intelligence | Autumn | 6 |
CSCI966 | Coding for Secure Communications | Autumn | 6 |
CSCI968 | Advanced Network Security | Autumn | 6 |
CSCI969 | Topics in Applying Information Security | Autumn | 6 |
CSCI971 | Advanced Computer Security | Spring | 6 |
CSCI941 | Advanced Topics in Computer Science A | Autumn/Spring | 6 |
CSCI942 | Advanced Topics in Computer Science B | Autumn/Spring | 6 |
Information Systems & Technology
Subject | Session | Credit Points | |
Compulsory research training subjects: | |||
RESH900 | Fundamentals of HDR Writing | Spring | 6 |
ISIT940 | Research Methods | Autumn | 6 |
And: | |||
ISIT999 | Information Systems Project | Annual | 18 |
OR | |||
ISIT998 | Information Technology Research Report | Annual | 12 |
Plus the relevant discipline subjects as listed below. These subjects may be varied with the approval of the HPS. | |||
ISIT900 | Fundamentals of Contemporary Technologies | Autumn/Spring | 6 |
ISIT901 | Information Systems Strategic Planning | Spring | 6 |
ISIT903 | Enterprise Architecture Design | Autumn | 6 |
ISIT904 | Systems Integration | Spring | 6 |
ISIT905 | Technology Management and Innovation | Autumn | 6 |
ISIT906 | Information Design and Content Management | Spring | 6 |
ISIT908 | IT Governance | Spring | 6 |
ISIT909 | Advanced Business Process Management | Spring | 6 |
ISIT916 | Organisational Issues and IT | Autumn | 6 |
ISIT917 | Business Intelligence and Knowledge Management | Autumn | 6 |
ISIT918 | Strategic Network Management | Autumn | 6 |
ISIT924 | Simulation and Modelling | Spring | 6 |
ISIT925 | Strategic Network Design | Spring | 6 |
ISIT929 | Concepts and Issues in Healthcare Computing | Spring | 6 |
ISIT930 | Introduction to Health Informatics | Autumn | 6 |
ISIT938 | eBusiness Technologies | Autumn | 6 |
ISIT946 | Project and Change Management | Spring | 6 |
ISIT950 | Systems Development Methodologies | Autumn | 6 |
ISIT951 | Web Services and Service Oriented Architecture | Spring | 6 |
Engineering (Civil, Environmental, Mining, Materials, Mechanical, Mechatronics, Electrical, Computer and Telecommunications)
Core Subjects | Credit Points | ||
RESH900 | Fundamentals for HDR Writing | 6 | |
ENGG940 | Dissertation | 12 | |
CIVL904 | Highway Materials | 6 | |
CIVL909 | Advanced Foundation Engineering | 6 | |
CIVL912 | Engineering Hydrology | 6 | |
CIVL916 | Research Topics in Civil Engineering | 6 | |
CIVL980 | Advanced Computer Applications | 6 | |
CIVL981 | Special Topic A | 6 | |
ENVE929 | Site Contamination and Remediation Technologies | 6 | |
ENGG953 | Modelling of Engineering Management Systems | 6 | |
ENGG956 | Financial Management for Engineered Assets | 6 | |
ENVE923 | Industrial Waste Engineering and Cleaner Production | 6 | |
ENVE924 | Solid and Hazardous Waste Management | 6 | |
ENVE925 | Water Quality Engineering and Management | 6 | |
ENVE926 | Air and Noise Pollution Management | 6 | |
ENVE927 | Environmental Engineering Processes Design | 6 | |
ENVE928 | Design or Urban Water Systems | 6 | |
ENVE929 | Site Contamination and Remediation Technologies | 6 | |
ENVE930 | Coastal, River and Groundwater Engineering | 6 | |
ENVE931 | Membrane Processes and Applications | 6 | |
MECH979 | Sustainable Transport and Engine Technology | 6 | |
ENGG909 | The Science of Materials | 6 | |
ENGG953 | Modelling of Engineering Management Systems | 6 | |
ENGG956 | Financial Management for Engineered Assets | 6 | |
MATL903 | Recent Developments in Materials | 6 | |
MATL905 | Engineering Alloys | 6 | |
MATL906 | Ceramic Materials | 6 | |
MATL907 | Polymeric Materials | 6 | |
MATL913 | Structural Analysis of Materials | 6 | |
MATL952 | Corrosion, Wear and Fatigue | 6 | |
MATL938 | Casting and Forming | 6 | |
MATL972 | Selection and Design of Materials | 6 | |
ENGG941 | Sustainability for Engineers, Scientists and Professionals | 6 | |
ENGG948 | Sustainable Energy Technologies | 6 | |
ENGG953 | Modelling of Engineering Management Systems | 6 | |
ENGG956 | Financial Management for Engineered Assets | 6 | |
MECH913 | Pneumatic Transport of Bulk Solids | 6 | |
MECH918 | Sustainable Energy in Buildings | 6 | |
MECH919 | Advanced Topics in Mechanical Engineering 1 | 6 | |
MECH928 | Finite Element Techniques in Mechanical Engineering | 6 | |
MECH934 | Advanced Manufacturing Processes | 6 | |
MECH935 | Integrated Manufacturing Systems | 6 | |
MECH949 | Advanced Computer Control of Machines and Processes | 6 | |
MECH950 | Advanced Robotics | 6 | |
MECH979 | Sustainable Transport and Engine Technology | 6 | |
MECH980 | Automotive Dynamics | 6 | |
ECTE912 | DC-Sourced Power Electronics | 6 | |
ECTE925 | Industrial Drives and Actuators | 6 | |
ECTE931 | Real-time Computing | 6 | |
ECTE941 | Intelligent Control | 6 | |
ENGG953 | Modelling of Engineering Management Systems | 6 | |
ENGG956 | Financial Management for Engineered Assets | 6 | |
MECH935 | Integrated Manufacturing Systems | 6 | |
MECH939 | Advanced Topics in Mechatronic Engineering | 6 | |
MECH941 | Micro/Nano Robotic Systems | 6 | |
MECH949 | Advanced Computer Control of Machines and Processes | 6 | |
MECH950 | Advanced Robotics | 6 | |
MECH980 | Automotive Dynamics | 6 | |
MINE902 | Advanced Studies in Mining Engineering | 6 | |
MINE903 | Simulation of Mining Operations and Problems | 6 | |
MINE904 | Rock Mechanics | 6 | |
MINE905 | Environmental Control in Mines | 6 | |
MINE906 | Mining Engineering Techniques | 6 | |
MINE916 | Mineral Valuation, Risk Analysis | 6 | |
MINE918 | Commodity Analysis | 6 |
Electrical, Computer & Telecommunications Engineering
Subject | Session | Credit Points | |
All students must complete the following two compulsory research training subjects: | |||
RESH900 | Fundamentals of HDR Writing | Autumn/Spring | 6 |
ECTE953 | Advanced Project | Autumn/Spring | 12 |
Plus the relevant discipline subjects as listed below. These subjects may be varied with the approval of the HPS. | |||
ECTE903 | Image and Video Processing | Spring | 6 |
ECTE912 | Power Electronics and Drives | Autumn | 6 |
ECTE923 | Power Systems Analysis | Autumn | 6 |
ECTE926 | Power Distribution Systems | Spring | 6 |
ECTE927 | Renewable and Distributed Generation | Autumn | 6 |
ECTE931 | Real-time Computing | Autumn | 6 |
ECTE932 | Computer Architecture | Spring | 6 |
ECTE933 | Embedded Systems | Autumn | 6 |
ECTE935 | Advanced Computer Architecture | Autumn | 6 |
ECTE941 | Intelligent Control | Autumn | 6 |
ECTE942 | Computer Controlled Systems | Spring | 6 |
ECTE944 | Identification and Optimal Control | Spring | 6 |
ECTE962 | Telecommunications Systems Modelling | Autumn | 6 |
ECTE965 | Wireless Communication Systems | Spring | 6 |
ECTE967 | Mobile Networks | Autumn | 6 |
ECTE971 | Robotics and Flexible Automation | Spring | 6 |
ECTE986 | Telecommunications Network Management | n/o 2014 | 6 |
ECTE992 | Internet Networking Protocols | Spring | 6 |
Other subjects may be undertaken with prior approval with supervisors.
WORK INTEGRATED LEARNING/INTERNSHIP SUBJECTS
GLOBAL WORKPLACE PRACTICE (GWP800)
An informative and intensive subject designed to meet the employment aspirations of international students to undertake work in Australia. This subject crosses boundaries between theory and practice and will maximise the student's potential to access workplace experiences leading to formal post-university employment options. Students will acquire and develop work-based learning skillsets; will critically examine the discourses and theories of intercultural competence, as well as develop cultural awareness and business communication skills that are fit-for-purpose regardless of students' career aspirations. It also provides an opportunity for students to integrate and apply their university knowledge in an industry context.
Trimester 2 and Spring 2014 applications for GWP800 on Wollongong Campus are now OPEN.
For more information on GWP800, visit the Work Integrated Learning website.
OTHER INFORMATION
Students are advised to consult the University's Higher Degree Research (HDR) Supervision and Resources Policy.
For further information about the Faculty's areas of research strength, please consult the Faculty's website.
For more technical information about the degree progress, please consult the Research Student Centre website.
Email: eis@uow.edu.au