Master of Applied Science (Microscopy and Microanalysis)

Biomolecular imaging and analysis comprise highly developed techniques that are applicable across a spectrum of biomedical disciplines from pathology to
bioengineering. Similarly, nanomaterials characterisation using atomic scale imaging lies at the forefront of technological development and research in subdisciplines of the material, physical and engineering sciences.

Overview

Modern microscopy encompasses lightbased, laser-based and electron-based imaging techniques performed with high-end, sophisticated instruments. Complementary to the imaging is the analysis conducted using software capable of generating multidimensional and multichannelled (coloured) reconstructions of micro- and nano-scaled structures. The importance of the imaging field is reflected in studies involving intravital visualisation of tumours, which have advanced our understanding of how cancer cells interact with normal host cells to drive cancer progression. In addition, advanced nanomaterials characterisation has explained the mechanical behaviour and other properties of many important engineering materials. Graduates of this program have a great future in PhD research and access to a number of career options in forensic, biomedical, biotechnological, chemical, geological, archaeological, metallurgical, physical, engineering and nanotechnological fields requiring imaging expertise. This program is highly suitable for undergraduates as well as professionals who would like to acquire new skills or obtain a professional qualification in an area related to their current employment.

University of Sydney Advantage

The University of Sydney is the only institution in Australia, and one of the few in the world, that offers a formal qualification in microscopy and microanalysis. The Key Centre for Microscopy and Microanalysis is the premier teaching and research microscopy facility in the country and has the most comprehensive array of imaging and analysis equipment and expertise available for students. The Key Centre is also headquarters of the Australian Microscopy and Microanalysis Research Facility (AMMRF), undertaking cuttingedge instrumentation and nanostructural analysis.

Program Expectations

This program will develop and enhance students’ skills in specimen preparation, operation of microscopes and analytical equipment, interpretation of images and spectra. Students will have the background knowledge to choose the best method to solve any given characterisation problem and will gain practical experience in the operation of a variety of microscopy methods and also in sample preparation.

After completion of this program students will:

• be able to operate light and electron microscopes competently and independently
• have developed expertise in some advanced microscopy techniques, chosen to reflect their interests and needs
• be able to prepare specimens suitable for microscopy or microanalysis
• be able to choose the most appropriate microscopy technique to address any given problem
• be able to understand and interpret information obtained using microscopy and microanalysis methods
• understand the fundamental principles underlying all of microscopy and microanalysis

Mode of Delivery

All teaching is performed in the Key Centre for Microscopy and Microanalysis at the University of Sydney, Camperdown campus. Classes are a mixture of lectures and practicals. Students have the opportunity to drive world-class instruments, at first under supervision, until they become competent independent operators in their research projects. Most practical teaching is in groups of two to three students. Classes are in the daytime and most units of study are run as intensive block teaching over two weeks. Assessment exercises are completed during and/or after the formal teaching sessions. There are no formal examinations, but students are assessed according to attendance, participation, competence on the use of equipment, submission of short problem solving exercises and written reports.

Admission Requirements

• Graduate Certificate in Applied Science (Microscopy and Microanalysis):
  - a Bachelor’s degree in a relevant area and/or appropriate experience
• Graduate Diploma in Applied Science (Microscopy and Microanalysis):
  - a Bachelor’s degree in a relevant area and/or appropriate experience
• Master of Applied Science (Microscopy and Microanalysis):
  - a Bachelor’s degree or completion of GradDipApplSc(Microsc&Microan) at credit level or higher.

Program Requirements

• GradCertApplSc(Microsc&Microan):
  - satisfactory completion of 24 credit points
• GradDipApplSc(Microsc&Microan):
  - satisfactory completion of 36 credit points
• MApplSc(Microsc&Microan):
  - satisfactory completion of 48 credit points

Each program requires the completion of two core units of study. These core units provide a solid foundation in the principles and practice of light and electron microscopy methods. Further optional units are selected, allowing students to tailor their program of study to best suit their individual interests and needs. Masters students are given the opportunity to extend their practical experience by undertaking an independent project and report. A research path is available for approved, outstanding students who plan postgraduate research study after completion of this program.

Units of Study

Up to date list of units of study.

After Graduation

Microscopists play a pivotal role in measuring and interpreting the structure-property relationships in materials and enjoy excellent employment prospects.

Our students find employment in areas as diverse as:

• forensic laboratories
• anatomy and histology
• pathology
• hospitals
• environmental agencies and monitors
• museums
• manufacturing industries, quality control and product development
• government and university research laboratories

The emerging areas of biotechnology and nanotechnology are now creating an increasing demand for skills and know-how in microscopy.

Minimum Program Duration – Full Time

• GradCertApplSc(Micros&Microan)
  - 1 semester
• GradDipApplSc(Micros&Microan)
  - 2 semesters
• MApplSc(Micros&Microan)
  - 2 semesters

Minimum Program Duration – Part Time

GradCertApplSc(Micros&Microan)
- 2 semesters

GradDipApplSc(Micros&Microan)
- 4 semesters

MApplSc(Micros&Microan)
- 4 semesters

Is Mid-Year Entry Available?

Yes