![]() |
Science, Technology and Engineering |
![]() |
NanotechnologyMaster of Nanotechnology (SMNT)OverviewThe Master of Nanotechnology is a comprehensive two year course featuring both in-depth lecture units, seminars by leading speakers and a wide range of practical learning opportunities. Graduates are equipped with the broad range of the skills required to flourish in the rapidly developing field of nanotechnology. The course has a strong research focus, with high achieving students, those in the Honours stream, working in state-of-the-art research laboratories equipped with world class fabrication and characterization resources. Admission requirementsApplicants must have the equivalent of an Australian bachelor degree containing a major in physics and at least two years of chemistry, or equivalent. Applicants should have obtained a minimum average of 65% in the third year of their bachelor degree, or have reached an equivalent standard as judged by the Nanotechnology Course Co-ordinator. There is a quota on the number of students to be enrolled at each course intake. As an understanding of physics, chemistry and biology is important for admission to this course, the best applicants will be selected, based on their provision of a curriculum vitae and their academic record. Course intakes occur twice per year, at the beginning of the La Trobe University teaching semesters. Professional recognitionSatisfactory completion of the course may meet the professional level requirements for membership of the Australian Institute of Physics, depending on the units selected. Course structureThe full-time course is of two years (four semesters) duration. Part-time enrolment is available. The duration of a part-time enrolment should be equivalent to four semesters of a full-time enrolment. The course has two streams, an honours stream and a regular stream. The first year of both streams is common and comprises 120CP of coursework units. Regular stream
|
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
Teaching period |
Unit name |
Unit code |
Credit points |
TE-SEM-1 |
Issues in Nanotechnology A |
NAN5ISA |
5 |
TE-SEM-1 |
Advanced Synchrotron Science and Technology |
PHY5SYA |
15 |
TE-SEM-2 |
Issues in Nanotechnology B |
NAN5ISB |
5 |
TE-SEM-2 |
Imaging and Materials Characterisation |
PHY2IMC |
10 |
TE-SEM-2 |
Nanochemistry |
CHE2NAN |
10 |
TE-SEM-2 |
Advanced Scanning Probe Microscopies |
PHY5SPA |
15 |
Electives (60 credit points)
Choose a minimum of 30 credit points from Group A (Level 4, 5) Units.
Choose a maximum of 30 credit points from Group C (Level 3) Units.
Other undergraduate and postgraduate level units offered in relevant disciplines of the Faculty may be selected with the approval of both the Nanotechnology Course Co-ordinator and the department or area offering the unit.
Second year (120 credit points)
Students undertake one of the following streams of study
Regular Stream
Core units (60 credit points)
Teaching period |
Unit name |
Unit code |
Credit points |
TE-SEM-1 |
Advanced Nanomaterials and Fabrication |
PHY5NFA |
15 |
TE-SEM-2 |
Advanced Sensors and Devices |
CHE5SEA |
15 |
TE-SEM-1 or 2 |
Directed Study in Nanotechnology |
NAN5DIR |
15 |
TE-SEM-1 or 2 |
Issues in Nanotechnology Extended |
NAN5ISX |
10 |
|
|
|
|
plus one of the following units |
|||
TE-SEM-1 |
Issues in Nanotechnology C |
NAN5ISC |
5 |
TE-SEM-2 |
Issues in Nanotechnology D |
NAN5ISD |
5 |
Electives (60 credit points)
Choose further units from Groups A, B and C to a minimum value of 60 credit points. Group A units are recommended.
Other undergraduate and postgraduate level units offered in relevant disciplines of the Faculty may be selected with the approval of both the Nanotechnology Course Co-ordinator and the department or area offering the unit.
Honours Stream
Core Units (105 credit points)
Teaching period |
Unit name |
Unit code |
Credit points |
TE-SEM-1 |
Advanced Nanomaterials and Fabrication |
PHY5NFA |
15 |
TE-SEM-1 |
Nanotechnology Masters Thesis A |
NAN5THA |
30 |
TE-SEM-2 |
Advanced Sensors and Devices |
CHE5SEA |
15 |
TE-SEM-2 |
Nanotechnology Masters Thesis B |
NAN5THB |
30 |
TE-SEM-1 or 2 |
Issues in Nanotechnology Extended |
NAN5ISX |
10 |
|
|
|
|
plus one of the following units |
|||
TE-SEM-1 |
Issues in Nanotechnology C |
NAN5ISC |
5 |
TE-SEM-2 |
Issues in Nanotechnology D |
NAN5ISD |
5 |
NAN5THA and NAN5THB (completed across two semesters) may be substituted with NAN5THX Nanotechnology Masters Thesis Extended (completed in one semester) to accommodate special circumstances and non-standard enrolments, with the approval of the Nanotechnology Course Co-ordinator.
Electives (15 credit points)
Choose a minimum of a further 15 credit points from Groups A, B and C. Group A units are recommended.
Other undergraduate and postgraduate level units offered in relevant disciplines of the Faculty may be selected with the approval of both the Nanotechnology Course Co-ordinator and the department or area offering the unit.
Group A (Level 4, 5) Units
Most units have prerequisites
Teaching period |
Unit name |
Unit code |
Credit points |
TE-SEM-1 |
Quantum Mechanics and Electrodynamics |
PHY4QME |
15 |
TE-SEM-1 |
Mesoscopic Nanoscience |
PHY4MES |
15 |
TE-SEM-2 |
Surface Science |
PHY4SSC |
15 |
TE-SEM-2 |
X-ray Science |
PHY4XRY |
15 |
TE-SEM-1 or 2 |
Directed Study in Nanotechnology |
NAN5DIR |
15 |
Group B (Level 4, 5) Units
Most units have prerequisites
Teaching period |
Unit name |
Unit code |
Credit points |
TE-SEM-1 or 2 |
Advanced Programming Project |
CSE4PRG |
15 |
TE-SEM-1 or 2 |
Mathematical Fluidic Mechanics |
MAT4MFM |
15 |
TE-SEM-1 |
Medical Engineering |
ELE5MEN |
15 |
TE-SEM-2 |
Applied Maths Project |
MAT4AMP |
15 |
TE-SEM-2 |
Regression Analysis |
STA4RA |
15 |
Group C (Level 3) Units
Most units have prerequisites
Teaching period |
Unit name |
Unit code |
Credit points |
TE-SEM-1 |
Physics of Quantum Matter |
PHY3PQM |
15 |
TE-SEM-1 |
Atomic and Nuclear Physics |
PHY3ANP |
15 |
TE-SEM-2 |
Thermal and Statistical Physics |
PHY3TSP |
15 |
TE-SEM-2 |
Electromagnetic Theory and Plasma Physics |
PHY3EPP |
15 |
TE-SEM-1 |
Selected Topics for Joint Chemistry Majors |
CHE3ADA |
30 |
TE-SEM-2 |
Materials & Methods for Joint Chem Majors |
CHE3ADB |
30 |
TE-SEM-1 |
Biochemistry and Molecular Biology 3A |
BCH3BMA |
30 |
TE-SEM-2 |
Biochemistry and Molecular Biology 3B |
BCH3BMB |
30 |
Advanced standing may be available for previous tertiary studies, for units completed equivalent to fourth year level or the completion of a Postgraduate Diploma in Science majoring in Physics, Chemistry or a related discipline.
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.