Bachelor of Science (Nanotechnology)
University of Technology Sydney
CRICOS provider number: 00099F TEQSA provider ID: PRV12060
Courses included
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This course has been cancelled
^ These tuition fees will remain current for the calendar year of commencement but may increase in subsequent years. The University reserves the right to review its overall fee position without notice. Student fees are calculated on the basis of the exact enrolment. The fees listed are indicative only and may vary due to enrolment choices. For example, where elective subjects are taken from a faculty other than the student’s host faculty, individual subject costs may vary.
About
Nanotechnology is about understanding how the world works at the level of atoms and molecules, and applying that knowledge to create new innovative solutions. Some examples of nanotechnology products are stain-proof and self-cleaning surfaces, clear gel sunscreen, microchips, and cosmetics. This is a multidisciplinary course and students develop analytical, critical thinking and problem-solving skills. Students examine innovation and commercialisation processes, and gain appreciation of how new technologies may be brought to the marketplace. Students also gain practical experience with advanced scientific equipment and techniques including electron microscopy and X-ray diffraction thin film techniques.
Students starting in November 2021 should note that they may not be able to enrol in a full-time study load for the Summer session. To confirm, contact UTS via the ASK UTS web page.
Areas of study
Bio-nanotechnology, materials science, nanofabrication, nanomaterials, nanoscale sensors, nanotubes.
Career opportunities
Materials scientist, polymer scientist, composite technologist, nanotechnologist, science teacher, imaging specialist, research associate, drug delivery researcher. Graduates can find work in the development of new devices and materials including sensors for detection of chemical and biological materials, techniques for measuring nanoscale structures, and materials for use in applications like chemical catalysis, transportation, data storage, medical implants, drug or gene delivery, telecommunications or batteries.
Honours
Available as an additional year to meritorious students.
Admission criteria
Applicants with recent secondary education
Assumed knowledge: Mathematics Advanced, any 2 units of English, any 2 units of science.
Recommended studies: Chemistry, Mathematics Extension 1, Physics.
Other applicants
Statement of service: Applicants are advised to complete the employment question on their UAC application and provide statements of service to UAC, as an adjustment of up to five points to their selection rank may be awarded on the basis of relevant employment experience. Applicants must meet the UTS minimum matriculation requirements in order for their employment experience to be assessed, and their documented employment experience must be at least one full-time year or greater.
Optional aptitude assessment: UTS Science believes that some applicants may have an aptitude for scientific study that is not reflected in their HSC results. The aptitude assessment is an opportunity for students to demonstrate their potential, and possibly secure an offer to study at UTS Science. The assessment is designed to assess applicants’ analytical and critical thinking skills. Much like the STAT test, it is not a knowledge-based assessment and there is no need to study for it. Applicants who wish to commence study can register to participate in the UTS Science Aptitude test.
Taking this assessment does not mean applicants are guaranteed to receive an offer from UTS Science.
Student profile
Access information about the background of students in this course.
Further information
View all details of this course on the UTS website.
University of Technology Sydney degrees
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Course updates
Courses are added and cancelled throughout the admissions year and course details are subject to change. Check the UAC course search regularly.
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UTS cross-faculty and combined courses
UTS offers many cross-faculty courses and combined courses in the areas of Arts and Social Sciences, Business, Design, Engineering and Information Technology, Health, Law and Science.
UTS also offers a Bachelor of Creative Intelligence and Innovation (BCII), a Bachelor of Arts in International Studies and a Bachelor of Sustainability and Environment as combined degrees. TD School at UTS also offers a unique future-focused Diploma in Innovation that can be completed in parallel with almost any Bachelor degree and double degree, except BCII. Diploma enrolment is by direct application once at UTS.