- 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.
Bachelor of Nanotechnology
Bachelor of Nanotechnology Advanced
Testamur Title of Degree: | Bachelor of Nanotechnology, |
Abbreviation: | BNanotech, |
UOW Course Code: | 846, |
CRICOS Code: | 051709G, |
Study Area / Disciplines / My University Key Words: | Science, Nanotechnology |
Total Credit Points: | 192 |
Duration: | 4 years full time or part-time equivalent |
Home Faculty: | Faculty of Science, Medicine and Health |
Intake Session(s): | Autumn |
Delivery Mode: | On campus (Face-to-face) |
Delivery Campus/UAC Code: | Wollongong/ |
ATAR: | BNanotech 85, |
Additional Information: | Course Finder |
Course Description
Bachelor of Nanotechnology
UOW's Bachelor of Nanotechnology targets the emerging field of nano-materials, molecular machines and nano-science, and draws on the internationally recognised strengths of the University's materials-based research institutes. It has a materials chemistry focus with possible electives in physics, engineering and biology to tailor the qualification to your area of interest.
You will be able to choose from all the fields fundamental to nanotechnology: chemistry, biology, physics, mathematics and materials science. You will explore the advantages of technologies built in the nano-dimension. Through case studies in areas including biomimetics and nanostructured materials you will learn the importance of design, synthesis and characterisation in the realisation of the end-products.
If you do not qualify for direct entry to the degree you can gain admission via the Bachelor of Science, subject to satisfactory performance in first year and approval of the Course Co-ordinator and the Sub Dean.
Bachelor of Nanotechnology Advanced
The Bachelor of Nanotechnology Advanced Program is designed specifically for high-achieving students interested in a challenging degree leading to a career in scientific research. Students who are eligible for this degree fulfil all the same requirements as Bachelor of Nanotechnology candidates, but are also eligible for additional benefits and challenges.
All are invited to participate in various enrichment activities throughout the program and, after the first year, to develop a close association with an appropriate member of one of the faculty's research teams.
Advanced students have the opportunity to undertake individual research subjects. Students are normally required to achieve at least a Distinction average in subjects completed in a calendar year.
In the final year, all students undertake a substantial piece of supervised research, together with other required seminar and/or course work. Graduates may then be eligible for direct enrolment into a research doctorate in their chosen field or into other postgraduate degrees.
Entry Requirements
Academic requirements, English requirements and credit transfer information are available from the Course Finder at:
Bachelor of Nanotechnology
Bachelor of Nanotechnology Advanced
Course STRUCTURE
Students who have not completed HSC Mathematics at Band 4 or higher (or equivalent) are required to complete a mathematics subject (MATH151 or equivalent) normally in the first year. This will extend the time required to complete the course.
Students may only count 60 credit points of 100-level subjects towards the degree.
Students must complete a minimum of 32 credit points of 300-level subjects.
Students must have a grade of Pass (not Pass Supplementary) or higher in at least 24 credit points of 300-level core subjects which form part of a Science major.
Bachelor of Nanotechnology (846)
This is a prescribed program of study comprising core and optional subjects as set out below.
Progression Requirements
Satisfactory performance must be achieved (normally a Weighted Average Mark (WAM) of 70% or greater in 300-level subjects) for entry into the fourth year of the Bachelor of Nanotechnology degree. Students with a WAM below 70% in 300-level subjects may only progress into the fourth year of the Bachelor of Nanotechnology with the approval of the Nanotechnology Coordinator. Students who do not gain entry into the fourth year of the Bachelor of Nanotechnology degree will normally be required to transfer into the Bachelor of Science (Nanotechnology) degree.
Bachelor of Nanotechnology Advanced (846_2)
Students who are eligible for this degree fulfil all the same requirements as Bachelor of Nanotechnology candidates but are also eligible for additional benefits and challenges.
Progression Requirements
To maintain a place in an Advanced degree, students are normally required to achieve a Weighted Average Mark (WAM) of at least 75% in the 200- and 300-level subjects completed. The performance of each student will be reviewed initially by the Faculty after the completion of 72 credit points. Students not meeting the minimum progression requirements will be required to transfer into the Bachelor of Nanotechnology or Bachelor of Science degree.
Subject Code | Subject Name | Session | Credit Points |
First Year | |||
Autumn Session | |||
Chemistry 1A: Introductory Physical and General Chemistry | Autumn | 6 | |
or |
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Foundation Chemistry: Properties of Matter | Autumn | 6 | |
Note: Students who have achieved a mark of 65% or more in NSW HSC Chemistry or equivalent must select CHEM101. All other students must select CHEM104. | |||
Engineering Materials | Autumn | 6 | |
Foundations of Engineering Mathematics | Autumn | 6 | |
or |
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Mathematics 1: Algebra and Differential Calculus | Autumn | 6 | |
Fundamentals of Physics A | Autumn | 6 | |
Spring Session | |||
Chemistry 1B: Structure and Reactivity of Molecules for Life | Spring | 6 | |
or |
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Foundation Chemistry: Reactions and Structures | Spring | 6 | |
Essentials of Engineering Mathematics | Spring | 6 | |
or |
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Mathematics 2: Series and Integral Calculus | Spring | 6 | |
Current Perspectives in Nanotechnology | Spring | 6 | |
Fundamentals of Physics B | Spring | 6 | |
Summer Session | |||
Only for students who have completed CHEM104 and CHEM105. | |||
Foundation Chemistry: Properties and Reactivity of Matter | Summer | 6# | |
# Note: CHEM106 does NOT count for credit with CHEM105, but is required for students completing CHEM104 and CHEM105 as pre-requisite subjects for most 200-level CHEM subjects. Completion of CHEM106 does NOT count towards the minimum 192 credit points for this course. | |||
Second Year | |||
Core | |||
Inorganic Chemistry II | Autumn | 6 | |
Structure of Materials | Autumn | 6 | |
Advanced Modern Physics | Autumn | 6 | |
Organic Chemistry II | Autumn | 6 | |
or |
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Thermodynamics and Phase Equilibria | Autumn | 6 | |
Molecular Structure, Reactivity and Change | Spring | 6 | |
Research Topics in Nanotechnology | Spring | 6 | |
Select TWO electives to total 48 credit points at Second Year: | |||
NOTE: Subjects are grouped into streams to guide students on possible combinations within an area of interest. Students are NOT required to choose electives from the same streams in Second Year and Third Year. | |||
Materials Chemistry Stream | |||
Analytical and Environmental Chemistry | Spring | 6 | |
Mechanical Behaviour of Materials | Spring | 6 | |
Physics Stream | |||
Applied Mathematical Modelling | Spring | 6 | |
Vibrations, Waves and Optics | Spring | 6 | |
Mechatronics Stream | |||
Engineering Mechanics | Spring | 6 | |
Engineering Design and Innovation | Spring | 6 | |
Other subject options | |||
Molecules, Cells and Organisms | Spring | 6 | |
Statistics for the Natural Sciences | Spring | 6 | |
Third Year | |||
Core | |||
Molecular Structure and Spectroscopy | Autumn | 8 | |
Research Project in Nanomaterials | Autumn | 8 | |
Advanced Materials and Nanotechnology | Spring | 8 | |
Polymeric Materials | Spring | 6 | |
Select any THREE electives from the following subjects: | |||
Note: Subjects are grouped into streams to guide students on possible combinations within an area of interest. Students are NOT required to select electives from a single stream. | |||
Materials Chemistry Stream | |||
Instrumental Analysis | Autumn | 8 | |
Engineering Alloys | Autumn | 6 | |
Fracture, Failure and Degradation | Autumn | 6 | |
Experimental Methods and Computing | Autumn | 6 | |
Bioinformatics: From Genome to Structure | Spring | 8 | |
Organic Synthesis and Reactivity | Spring | 8 | |
Physics Stream | |||
Quantum Mechanics | Autumn | 6 | |
Advanced Photonics | Spring | 6 | |
Electronic Materials | Spring | 6 | |
Mechatronics Stream | |||
Mechanics of Solids | Autumn | 6 | |
Fundamentals of Machine Component Design | Spring | 6 | |
Other subject options | |||
Principles of Biochemistry | Autumn | 6 | |
The Biochemistry of Energy and Metabolism | Spring | 6 | |
Fourth Year | |||
Advanced Materials and Processing | Autumn | 6 | |
Ceramics, Glasses and Refractories | Spring | 6 | |
Electronic Materials | Spring | 6 | |
Major Project Thesis in Nanotechnology | Annual | 24 | |
Plus one elective from the General Schedule | 6 |
Honours
The degree of Bachelor of Nanotechnology Honours and Bachelor of Nanotechnology Advanced Honours are awarded for performance in third and fourth year subjects, based on a Weighted Average Mark (WAM) formula in accordance with Method 3 in the General Course Rules Section 8.
Professional Recognition/ACCREDITATION
Students may choose options enabling them to graduate and be eligible for accreditation with the Royal Australian Chemical Institute (RACI).
OTHER Information
Further information is available at:
UOW Course Finder
UOW Course Finder (Advanced)
Email: smah-students@uow.edu.au