Global Utilities

Nanotechnology

Bachelor of Science (Honours)/Master of Nanotechnology (SZHSNT)

Overview

This double degree program is offered by the Departments of Physics, Chemistry and Biochemistry, and enables completion of a Masters level nanotechnology degree in combination with a Bachelor of Science (Honours) degree focused on the disciplines that underpin nanotechnology. It provides nanotechnology students with a direct path from first year through to a Masters qualification. Graduates with qualifying grades will be eligible for entry into a Ph.D. in a relevant discipline area at La Trobe University. The double degree structure is chosen for the teaching of nanotechnology, as it requires knowledge of a broad range of supporting sciences and time to develop the required specialisation.

Professional recognition

Graduates from this degree will be eligible for accreditation with the Australian Institute of Physics. Those students completing the nanostructured materials stream will also be eligible for accreditation with the Royal Australian Chemical Institute.

Course structure

This double degree program is of five and a half years full-time or equivalent part-time duration and requires the completion of 660 credit points. Students may complete the program in five years as part of an accelerated study program. The course features streams in nanostructured materials and bionanotechnology. These incorporate core studies in physics, chemistry or biochemistry, biology and mathematics together with specialised studies in nanotechnology at all year levels; units include nanochemistry, scanning probe microscopies, synchrotron science and technology, imaging and materials characterisation, nanomaterials and fabrication, sensors and devices and a nanotechnology research project. The final year features an advanced program considering materials behaviour and unique processes occurring only at the nanometre scale, together with a half year equivalent nanotechnology masters thesis project hosted by a leading research group and, in some circumstances, in partnership with an external organization.

This is an advanced program requiring students to achieve a minimum average grade of 65% each year across all units to continue in the Masters program. Students not achieving the required grade or those electing to do so may revert to the Bachelor of Nanotechnology / Bachelor of Science double degree or the Bachelor of Science single degree at any time.

First year (130 credit points)
Core units (115 credit points)

Teaching period

Unit name

Unit code

Credit Points

TE-SEM-1

Issues in Nanotechnology A

NAN1ISA

5

TE-SEM-1

Principles of Physics A

PHY1SCA

15

TE-SEM-1

Calculus and Number Systems

MAT1CNS

15

TE-SEM-1

General Principles of Chemistry

CHE1GEN

15

TE-SEM-1

Organisation and Function of Cells and Organisms

BIO1OF

15

TE-SEM-2

Applications of Chemistry

CHE1APL

15

TE-SEM-2

Calculus and Linear Algebra

MAT1CLA

15

TE-SEM-2

Issues in Nanotechnology B

NAN1ISB

5

TE-SEM-2

Principles of Physics B

PHY1SCB

15

Elective (15 credit points)
An elective may be chosen from any first year unit offered by any discipline in the University.

Second year (135/145 credit points)
Students undertake one of the following specialised streams of study.

Nanostructured Materials Stream:
Core units (145 credit points)

Teaching period

Unit name

Unit code

Credit Points

TE-SEM-1

Issues in Nanotechnology A

NAN2ISA

5

TE-SEM-1

Modern Physics

PHY2MOD

15

TE-SEM-1

Optics

PHY2OPT

15

TE-SEM-1

Fundamentals of Chemistry

CHE2FND

20

TE-SEM-1

Vector Calculus

MAT2VCA

15

TE-SEM-2

Developments in Chemistry

CHE2DEV

20

TE-SEM-2

Nanochemistry

CHE2NAN

10

TE-SEM-2

Imaging and Materials Characterisation

PHY2IMC

10

TE-SEM-2

Issues in Nanotechnology B

NAN2ISB

5

TE-SEM-2

Linear Algebra

MAT2LAL

15

TE-SEM-2

Electromagnetism and Modern Materials

PHY2EMM

15


Bionanotechnology Stream:
Core units (135 credit points)

Teaching period

Unit name

Unit code

Credit Points

TE-SEM-1

Biochemistry and Molecular Biology A

BCH2BMA

20

TE-SEM-1

Issues in Nanotechnology A

NAN2ISA

5

TE-SEM-1

Modern Physics

PHY2MOD

15

TE-SEM-1

Optics

PHY2OPT

15

TE-SEM-1

Fundamentals of Chemistry

CHE2FND

20

TE-SEM-2

Biochemistry and Molecular Biology B

BCH2BMB

20

TE-SEM-2

Nanochemistry

CHE2NAN

10

TE-SEM-2

Imaging and Materials Characterisation

PHY2IMC

10

TE-SEM-2

Issues in Nanotechnology B

NAN2ISB

5

TE-SEM-2

Electromagnetism and Modern Materials

PHY2EMM

15


Third year (135/145 credit points)

Nanostructured Materials Stream:
Core units (135 credit points)

Teaching period

Unit name

Unit code

Credit Points

TE-SEM-1

Issues in Nanotechnology A

NAN3ISA

5

TE-SEM-1

Biochemistry and Molecular Biology A

BCH2BMA

20

TE-SEM-1

Selected Topics for Joint Chemistry Major

CHE3ADA

30

TE-SEM-1

Advanced Synchrotron Science and Technology

PHY5SYA

15

TE-SEM-2

Issues in Nanotechnology B

NAN3ISB

5

TE-SEM-2

Advanced Scanning Probe Microscopy

PHY5SPA

15

TE-SEM-2

Materials and Methods for a Joint Chemistry Majors

CHE3ADB

30

TE-SEM-2

Mechanics

MAT2MEC

15


Bionanotechnology Stream:
Core units (145 credit points)

Teaching period

Unit name

Unit code

Credit Points

TE-SEM-1

Biochemistry and Molecular Biology 3A

BCH3BMA

30

TE-SEM-1

Issues in Nanotechnology A

NAN3ISA

5

TE-SEM-1

Advanced Synchrotron Science and Technology

PHY5SYA

15

TE-SEM-1

Vector Calculus

MAT2VCA

15

TE-SEM-2

Issues in Nanotechnology B

NAN3ISB

5

TE-SEM-2

Biochemistry and Molecular Biology 3B

BCH3BMB

30

TE-SEM-2

Linear Algebra

MAT2LAL

15

TE-SEM-2

Mechanics

MAT2MEC

15

TE-SEM-2

Advanced Scanning Probe Microscopy

PHY5SPA

15


Fourth year (120 credit points)

Teaching period

Unit name

Unit code

Credit Points

TE-SEM-1

Issues in Nanotechnology A

NAN5ISA

5

TE-SEM-1

Physics of Quantum Matter

PHY3PQM

15

TE-SEM-1

Atomic and Nuclear Physics

PHY3ANP

15

TE-SEM-1

Advanced Nanomaterials and Fabrication

PHY5NFA

15

TE-SEM-2

Issues in Nanotechnology B

NAN5ISB

5

TE-SEM-2

Nanotechnology Research Project

NAN3PRJ

20

TE-SEM-2

Thermal and Statistical Physics

PHY3TSP

15

TE-SEM-2

Electromagnetic Theory and Plasma Physics

PHY3EPP

15

TE-SEM-2

Advanced Sensors and Devices

CHE5SEA

15


Fifth year (130 credit points)

Teaching period

Unit name

Unit code

Credit Points

TE-SEM-1

Issues in Nanotechnology C

NAN5ISC

5

TE-SEM-1

Nanotechnology Masters Thesis A

NAN5THA

30

TE-SEM-1

Quantum Mechanics and Electrodynamics

PHY4QME

15

TE-SEM-1

Mesoscopic Nanoscience

PHY4MES

15

TE-SEM-2

Issues in Nanotechnology D

NAN5ISD

5

TE-SEM-2

Nanotechnology Masters Thesis B

NAN5THB

30

TE-SEM-2

X-ray Science

PHY4XRY

15

TE-SEM-2

Surface Science

PHY4SSC

15


Comprehensive course information

The La Trobe Undergraduate Handbook includes full details of our course structures. The Handbook is available on-line at: http://www.latrobe.edu.au/handbook/

Unit offerings may change according to available staffing resources and because of the ongoing process of evaluation and updating of content. For the most comprehensive descriptions of units, students should access the La Trobe Unit Database on-line at www.latrobe.edu.au/udb_public.

Content Approved by: Nanotechnology Course Co-ordinator
Page maintained by: Nanotechnology Course Co-ordinator
Last Updated: 6 August, 2008