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Medical Physics

Sample enrolment

The Faculty suggests the following unit of study enrolment sequences to maximise the learning experience. These suggested sequences allow for the fastest pathways to graduation relative to the time of student enrolment.

Note that other arrangements are also possible.

Part-time: semester 1 commencement

ÌýSemesterUnit of Study 1 & Credit PointsUnits of Study 2 & Credit PointsTotal

Year 1

1

Core Unit

PHYS5002

Anatomy and Biol Essentials for Physicists

Core Unit

PHYS5011

Nuclear Physics and Magnetic Resonance Imaging

Ìý
6612

2

Core Unit

PHYS5018

Health Physics and Radiation Protection

Core Unit

PHYS5006

Medical Imaging Physics

Ìý

6612

Year 2

ÌýÌýÌý

1

Core Unit

ÌýPHYS5012

Radiation Physics and Dosimetry

Core Unit

ÌýPHYS5029

Nuclear Medicine Physics

Ìý

6612

2

Core Unit

PHYS5005

Radiotherapy Physics

Core Unit

ÌýPHYS5020

Computation and Image Processing

Ìý

6612
Year 3ÌýÌýÌý1Ìý

Masters Core Unit

PHYS5035

Research Methodology and Project A

ÌýÌý
12Ìý12
2Ìý

Masters Core Unit

PHYS5036

Research Methodology and Project B

ÌýÌý
12Ìý12
Total Credit Points72

Full-time: semester 1 commencement

ÌýSemesterUnit of Study 1 & Credit PointsUnits of Study 2 & Credit PointsUnits of Study 3 & Credit PointsUnits of Study 4 & Credit PointsTotal

Year 1

1

Core Unit

PHYS5002

Anatomy and Biol Essentials for Physicists

Core Unit

PHYS5011

Nuclear Physics and Magnetic Resonance Imaging

Core Unit

PHYS5012

Radiation Physics and Dosimetry

Core Unit

PHYS5029

Nuclear Medicine Physics

Ìý

666624

2

Core Unit

PHYS5005

Radiotherapy Physics

Core Unit

PHYS5006

Medical Imaging Physics

Core Unit

PHYS5018

Health Physics and Radiation Protection

Core Unit

PHYS5020

Computation and Image Processing

Ìý

666
624

Year 2

1

Ìý

Masters Core Unit

PHYS5035

Research Methodology and Project A

Masters Core Unit

ÌýPHYS5036

Research Methodology and Project B

ÌýÌý

Ìý

1212ÌýÌý24
Total Credit Points
72